̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics Tutorial Ia(1.0credits)(数学演習１ａ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
RICHARD Serge
DEMONET Laurent
Charles DesignatedDomi Designated
Associate Professor
Associate Professor______________________________________________________________________________●Course Purpose
The aim of this course is to deepen the understanding of calculus and to cultivate theability to apply mathematical knowledge. The course is mainly intended for students
taking Calculus I.
●Prerequisite Subjects
Calculus I, registration code : 0064511.
●Course Topics
Exercises sheets will be provided each week before the tutorial, and will be available
on the web site of the course. Homework will be due every week during the tutorial.
●Textbook●Additional Reading●Grade Assessment
Your final grade will be determined by homework (40%) and quizzes (60%).
●Notes●Contacting Faculty
Email to : richard@math.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics Tutorial Ib(1.0credits)(数学演習１ｂ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
RICHARD Serge
DEMONET Laurent
Charles DesignatedDomi Designated
Associate Professor
Associate Professor______________________________________________________________________________●Course Purpose
The aim of this course is to provide essential mathematical knowledge necessary tofurther study mathematics and other sciences at university level. The course isintended for students taking Linear algebra I.
●Prerequisite Subjects
Linear Algebra I●Course Topics
1. Geometric setting : points and vectors in Rn, located vectors in Rn, scalar productin Rn, norm and scalar product in Rn, parametric representation of a line, planes andhyperplanes. 2. Matrices and linear equations: matrices, homogeneous linear equations,row operations and Gauss elimination, elementary matrices. 3. Vector spaces: abstract
definition, linear combinations, convex sets, linear independence, dimension, the rankof a matrix. 4. Linear maps: general maps, linear maps, kernel and range of linear
maps, rank and linear maps, matrix associated with a linear map, composition of linear
maps, inverse of a linear map.
●TextbookLinear Algebra with Applications, fourth edition, Otto Bretscher, Edition: Pearson (notto buy: to borrow in Central Library)●Additional Reading●Grade Assessment
Explained during the first class●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fundamental Physics Tutorial Iａ(1.0credits)(物理学基礎演習１ａ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
LecturerFoong See KIT
Tsutomu KOUYAMA
Designated Professor
Professor______________________________________________________________________________●Course Purpose
This is a companion course to the lecture course Fundamentals of Physics I, and offers
exercises to cultivate the ability to analyze and solve problems, as well as
presentation and discussion skills so as to participate effectively in discussions
among peers and instructors, leading to mastering the concepts introduced in thelecture.
●Prerequisite Subjects
Related CoursesCalculus I; Fundamental Physics I ; Fundamentals of Physics II●Course Topics
See syllabus for Fundamentals of Physics I●Textbook
Fundamentals of Physics Extended 9th Edition International Student Version with
WileyPLUS Set (John Wiley & Sons, 2010 ISBN:9780470576083)●Additional Reading●Grade Assessment
GradingAttendance and Class participation: 40%
Assignments and Quizzes: 60%Class
attendance is required. Absentee must give a valid reason, supported with document. A
student will receive an
Absentgrade if he is absent 2 or more times without valid
reason.
●Notes●Contacting Faculty
FOONG See KitOffice: ES420 Phone: 052‑789‑2861 Email: skfoong@eken.phys.nagoya‑u.ac.jpKOUYAMA TsutomuOffice: Science Hall 7F 723Phone: 052‑789‑
5108Email:kouyama@bio.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fundamental Physics Tutorial I b(1.0credits)(物理学基礎演習１ｂ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
John A. WOJDYLOBernard GELLOZDesignated Associate
Designated Professor
Professor______________________________________________________________________________●Course Purpose
Course PurposeThis is a companion course to Fundamental Physics II, and offers
practical exercises for mastering the concepts introduced in the lecture courses.
Students taking the lecture courses should also take this tutorial class.
●Prerequisite Subjects
Related CoursesCalculus I; Fundamentals of Physics I ; Fundamentals of Physics II●Course Topics
Course ContentsSee syllabus for Fundamental Physics II.
●Textbook
Fundamentals of Physics Extended 9th Edition International Student Version with
WileyPLUS Set (John Wiley & Sons, 2010 ISBN:9780470576083)●Additional Reading●Grade Assessment
GradingWeekly assignments; attendance; class participation. (Weighting to beadvised.)Criteria for
Absent&Fail
Grades• Class attendance is required.
Absentees must give a valid reason (e.g. doctor s certificate). A student who isabsent from more than 3 sessions will receive zero for the semester attendance mark.•
The
Absentgrade is reserved for students who withdraw by November 16. After thatday, a letter grade will be awarded based on marks earned from all assessment during
the semester.
●Notes●Contacting Faculty
Office: Science Hall 5F 517Phone: 052‑789‑2307Email: john.wojdylo@s.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Computer Software I(2.0credits)(計算機ソフトウェア１)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Fundamental andAutomotive Engineering Automotive Engineering
Applied Physics
Starts 1
1 Autumn Semester
1 Autumn Semester
1 Autumn Semester
Elective/Compulsory Compulsory
Compulsory
Compulsory
Lecturer
Ichiro IDE Associate
Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to provide basic computer literacy skills and basic
computer programming techniques for solving various problems in the C language throughexercises.
●Prerequisite Subjects●Course Topics
1. Basic computer literacy skills‑ Writing and sending e‑mails‑ UNIX command line
interface2. Basics of the C language‑ Data types and variables‑ Control
structures (Selection, loop, etc.)‑ Functions‑ Standard C library functions(Input/Output, Math, etc.)‑ Fundamental data structures (Scalars, arrays, etc.)3.
Problem Solving by Programming●Textbook
K. N. King: "C Programming: A Modern Approach, 2nd Edition", W. W. Norton & Company,
2008 (ISBN: 978‑0393979503)●Additional Reading●Grade Assessment
Grades will be based on weekly reports and class attendance. Students must obtain ascore of 60 or higher to pass the course. Grades: S: 100‑90, A: 89‑80, B: 79‑70, C: 69‑
60, F: 59‑0.
●Notes●Contacting FacultyStudents can communicate with their lecturer and TA during lecture hours or via email(cs1‑15@murase.m.is.nagoya‑u.ac.jp).

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics Tutorial II a (1.0credits)(数学演習２ａ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Spring Semester
1 Spring Semester
1 Spring Semester
1 Spring Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
RICHARD SergeHERBIG Anne-Katrin
Charles Designated
Designated Associate
Associate Professor
Professor______________________________________________________________________________●Course Purpose●Prerequisite Subjects●Course Topics●Textbook●Additional Reading●Grade Assessment●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics Tutorial II b(1.0credits)(数学演習２ｂ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Spring Semester
1 Spring Semester
1 Spring Semester
1 Spring Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
RICHARD SergeHERBIG Anne-Katrin
Charles Designated
Designated Associate
Associate Professor
Professor______________________________________________________________________________●Course Purpose●Prerequisite Subjects●Course Topics●Textbook●Additional Reading●Grade Assessment●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fundamental Physics Tutorial IIａ(1.0credits)(物理学基礎演習２ａ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Spring Semester
1 Spring Semester
1 Spring Semester
1 Spring Semester
Elective/Compulsory Elective
Compulsory
Elective
Elective
Lecturer
Bernard GELLOZDesignated Professor______________________________________________________________________________●Course Purpose
The aims of this course are to deepen students
understanding of basic Physics ofelectricity and magnetism and to cultivate their ability to apply Physics knowledge.
●Prerequisite Subjects
Fundamentals of Physics●Course Topics
1. Electric Charge and Electric Fields 2. Gauss
Law 3. Electric Potential 4.
Capacitance, Current, Resistance and Circuits 5. Magnetic Fields 6. Induction andInductance●Textbook
Fundamentals of Physics
Sons IncDavid Halliday,

Robert Resnick, Jearl Walker John Wiley &●Additional Reading●Grade Assessment
Class attendance is required. Absentee must give a valid reason.Class Attendance: 10%;
Assignments, quizzes and other assessment (written, presentation, etc.): 90%●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fundamental Physics Tutorial IIｂ(1.0credits)(物理学基礎演習２ｂ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
1 Spring Semester
1 Spring Semester
1 Spring Semester
1 Spring Semester
Elective/Compulsory Elective
Compulsory
Elective
Elective
Lecturer
Bernard GELLOZDesignated Professor______________________________________________________________________________●Course Purpose
The aims of this course are to deepen students
understanding of basic Physics ofwaves and optics, and to cultivate their ability to apply Physics knowledge.
●Prerequisite Subjects
Fundamentals of Physics●Course Topics
1. Oscillations2. Introduction to Maxwell s Equations3. Waves4. Electromagnetic
Waves5. Images 6. Interference & Diffraction●Textbook
Fundamentals of Physics
Sons IncDavid Halliday,

Robert Resnick, Jearl Walker John Wiley &●Additional Reading●Grade Assessment
Class attendance is required. Absentee must give a valid reason.Class Attendance: 10%;
Assignments, quizzes and other written assessment: 90%.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fundamentals of Biology II(2.0credits)(生物学基礎２)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
1 Spring Semester
Elective/Compulsory Elective
Lecturer
Maria VASSILEVA
Designated Associate
Professor______________________________________________________________________________●Course Purpose
This coursès main goal is to provide students with working understanding on how humanbody functions and the ability to use this knowledge in everyday health‑related
situations. The course focuses on human anatomy and physiology, but also on how organsystemsorganization has changed throughout animals
evolution. Short introduction
is given on plant morphology and physiology, as well as on basic concepts of ecology.
The overview of plants and interactions of ecological systems will allow students tocritically evaluate agricultural and ecological issues.
●Prerequisite Subjects
There is no prerequisite knowledge for this course, so even those who didn t take
Fundamentals of Biology 1, or didn t study Biology in high school, are welcome to join
and learn how human body works.
●Course Topics
1. Animals1.1 Unifying concepts of animal structure and function1.2 Nutrition anddigestion1.3 Gas exchange1.4 Circulation1.5 The immune system1.6 Control of bodytemperature and water balance1.7 Hormones and the endocrine system1.8 Reproductionand embryonic development1.9 Nervous system1.10 The senses1.11 How animals move2.
Plants2.1 Plant structure, growth and reproduction2.2 Plant nutrition andtransport2.3 Control systems in plants 3. Ecology3.1 The biosphere: an introduction
to Earth̀s diverse environments3.2
Behavioral adaptations to the environment3.3
Population ecology3.4 Communities and ecosystems3.5 Conservation biology●Textbook
The same textbook will be used as in Fundamentals of Biology 1Campbell Biology:
Concepts & Connections, 7th Ed.Jane B. Reece / Martha R. Taylor / Eric J. Simon / Jean
L. DickeyBenjamin Cummings, 2011Mastering Biology (www.masteringbio.com) is an online
system that accompanies the textbook for this course. Course login details will begiven at the first lecture. This system will not be integrated into the course
assessment methods. The choice of using it will be left to each individual student.
●Additional Reading●Grade Assessment
Evaluation will be based on in‑class participation (total of 20% of the final grade)and two exams (total of 80% for both). Attendance will not be marked.In‑classparticipation will consist of active participation in discussions and quality ofpresentations and in‑group assignments. There will be no periodic home works or
quizzes; instead students are expected to read the appropriate chapter before class, asclasses will include problem‑solving questions and discussions. Exams will emphasize
on analytical and problem‑solving questions.
●Notes̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fundamentals of Biology II(2.0credits)(生物学基礎２)●Contacting Faculty
VASSILEVA MariaOffice : School of Science, building E, room 202Phone : 789‑3530E‑mail :mnvassileva@bio.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics I and Tutorial(3.0credits)(数学１及び演習)
Course Type
Basic Specialized Courses
Class Format
Lecture and Exercise
Course Name
Fundamental andAutomotive Engineering Automotive Engineering
Applied Physics
Starts 1
2 Autumn Semester
2 Autumn Semester
2 Autumn Semester
Elective/Compulsory Compulsory
Compulsory
Compulsory
Lecturer
John A. WOJDYLO
Shinya MATSUZAKI
Designated Associate
Designated AssistantProfessor
Professor______________________________________________________________________________●Course Purpose
5th period
This course is a companion course to Mathematical Physics II. This course introduces
first order and second order ordinary differential equations and their solution
methods. Students master analytical techniques for problems that arise in physics,
engineering and chemistry. Questions of uniqueness of solutions and convergence arealso discussed. Students are also introduced to Fourier series, the Fourier transform,
convolution, Laplace transform, and the Dirac delta function. Students will find thismathematical methods course helpful in other units such as Quantum Mechanics,
Analytical Mechanics, Electricity and Magnetism, as well as in Automotive Engineeringand other engineering courses.
This course has dual aims: 1) to convey mathematical principles; 2) to improvestudents
technical ability ‒ i.e. ability to express intuition in mathematical terms
and ability to solve problems.
4th period
Students taking Mathematical Physics I should also take this tutorial class. This
course introduces first order and second order ordinary differential equations andtheir solution methods. Students master exact and approximate analytical techniques for
initial value problems that arise in physics, engineering and chemistry. Questions ofexistence, uniqueness and convergence are also discussed. Fourier series follow
naturally from the 2nd order theory and these are investigated, too.
●Prerequisite Subjects
Prerequisites
Calculus I; Calculus II; Linear Algebra I; Linear Algebra II, or Consent of Instructor
Related Courses
Mathematical Physics Tutorial I, Mathematical Physics II●Course Topics
Course Outline• First order ordinary differential equation (ODE) initial value problems. Integration
factor; separable equations; systems of ODEs (Hamiltonian systems); phase plane, flow.
Uniqueness and existence theorems. Some differences between linear and nonlinear ODEs.
• Second order linear ODE initial value problems. Homogeneous solution. Proving linear
independence (Wronskian). Method of Undetermined Coefficients; Variation of Parameters.
Series solutions: ordinary point, regular singular point; convergence tests; Method of
Frobenius. Examples from physics, engineering and chemistry.
• Fourier series. Dirichlet conditions. Role of symmetry. Gibbs phenomenon. Effect ofjump discontinuity on speed of convergence. Integration and differentiation of Fourier
series.
• Fourier transform, convolution, Dirac delta function. Laplace transform.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics I and Tutorial(3.0credits)(数学１及び演習)●Textbook
4th periodNone
5th period
Boyce W., DiPrima R, Elementary Differential Equations, 7th ‒10th Ed., Wiley.
●Additional Reading
4th period
1. Boas M.L., 2006, Mathematical Methods in the Physical Sciences, 3rd ed., John Wiley& Sons.
2. Strang, G., Introduction to Linear Algebra, 4th Edition, Chapter 6.
3. Arfken G.B. & Weber H.J., 2005, Mathematical Methods for Physicists, 6th ed.,Elsevier Academic Press. (Copies are available in the library.)
5th period
1. Boyce W., DiPrima R, Elementary Differential Equations, 9th or 10th Ed., Wiley.
2. Strang, G., Introduction to Linear Algebra, 4th Edition, Chapter 6.
3. Riley K.F., Hobson M.P., and Bence S. J., 2006, Mathematical Methods for Physics
and Engineering, 3rd ed., Cambridge University Press.
4. Boas M.L., 1983, Mathematical Methods in the Physical Sciences, John Wiley & Sons.
Arfken G.B. & Weber H.J., 2005, Mathematical Methods for Physicists, 6th ed., Elsevier
Academic Press. (Copies are available in the library.)●Grade Assessment
4th period
tutorial Attendance: 50%;Class performance: 50%

5th period
Attendance: 5%; Weekly Quizzes and Assignments: 25%; Mid‑term exam: 35%; Final Exam:
35%●Notes●Contacting Faculty
4th period
Office: ES Building, ES747
Phone: 052‑789‑5043
Email: synya@hken.phys.nagoya‑u.ac.jp
5th period
Office: Science Hall 5F 517
Phone: 052‑789‑2307
Email: john.wojdylo@s.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mathematics II and Tutorial(3.0credits)(数学２及び演習)
Course Type
Basic Specialized Courses
Class Format
Lecture and Exercise
Course Name
Fundamental andAutomotive Engineering Automotive Engineering
Applied Physics
Starts 1
2 Autumn Semester
2 Autumn Semester
2 Autumn Semester
Elective/Compulsory Compulsory
Compulsory
Compulsory
Lecturer
Takaaki FUJITA
Professor______________________________________________________________________________●Course Purpose
Building on the mathematics and physics knowledge gained in Fundamental Major Subjects,
this course introduces students to vector analysis and partial differential equations,
expecting their applications to advanced engineering, such as those related tomechanics and electromagnetics, and those to materials and heat transfer phenomena. The
purpose of the course is to acquire fundamental knowledge in vector analysis andpartial differential equations and enable students to apply it to solve actual
engineering issues through intensive exercises.
●Prerequisite Subjects
Fundamental Major Subjects: physics and mathematics courses●Course Topics
1. Orientation of the course2. Vector algebra3. Vector differential operations4. Vector
integration; line integrals, surface integrals and volume integrals5. Gauss theorem,
Green's theorem and Stokes theorem6. Concept of partial differential equations7.
Modelling: Vibrating String, Wave equation8. Sparation of variables, Use of Fourier
series9. Heat equation: Solution by Fourier series●Textbook
TBA●Additional Reading
Mathematical Methods for Physicists, sixth editionby G. B. Arfken and H. J.
WeberElesevier, 2005(ISBN: 0‑12‑088584‑0)●Grade Assessment
Attendance: (20%)Lecture exercises: (30%) Examinations: (50%) Students need to obtainat least 60% of the total marks to pass the course.
●Notes●Contacting Faculty
Office: Bld. No. 8 south, Room No. 407, Phone: 052‑789‑4593,E‑mail : fujita@ees.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Analytical Mechanics I(2.0credits)(解析力学１)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andApplied Physics
Starts 1
2 Autumn Semester
2 Autumn Semester
Elective/Compulsory Compulsory
Compulsory
LecturerFoong See KIT
Designated Professor______________________________________________________________________________●Course Purpose
Course PurposeThis is the first of two Year II courses in analytical mechanics. Its
purpose is to gain a deeper understanding of Newtonian mechanics treated in Year I, andto introduce the Lagrangian and Hamiltonian formulations of mechanics. These
formulations are then used in the solution of the two‑body central force problems.
Comparisons will be made between the approaches.
●Prerequisite Subjects
Calculus I, Calculus II, Fundamentals of Physics I &IIRelated CoursesPhysics Tutorial
Ia, Mathematical Physics I & II, Analytical Mechanics II, Quantum Mechanics I &II●Course Topics
Course Contents1. Newton s Laws of Motion
2. Momentum and AngularMomentum3. Energy and Forces
4. Calculus of Variations
5.
Lagrange s Equations6. Hamiltonian Mechanics7. Two Body Central‑Force Problems●TextbookJohn R. Taylor, Classical Mechanics (University Science Book, 2005)●Additional Reading
These reference books are available in the Main Library1. R. D. Gregory: ClassicalMechanics (Cambridge, 2008)2. J.B. Marion: Classical Dynamics of Particles and Systems(Academic Press, 1965) 3. G. R. Fowles: Analytical Mechanics (1962) 4. H. Goldstein,
Poole & Safko, Classical Mechanics (Addison Wesley, 2002)●Grade Assessment
GradingClass Attendance & Participation: 10%, Assignment: 20%, Tests: 30%, Final
Exam: 40% Class attendance is required. Absentee must give a valid reason, supportedwith document. A student will receive an
Absentgrade if he is absent from lecture
more than 3 times or he is absent without valid reason from the mid‑term exam or final
exam.
●Notes●Contacting Faculty
Office: ES420 Phone: 052‑789‑2861 Email: skfoong@eken.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Statistical Physics I(2.0credits)(統計物理学１)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andApplied Physics
Starts 1
2 Autumn Semester
2 Autumn Semester
Elective/Compulsory Elective
Compulsory
Lecturer
Fujio TAKIMOTO
Designated Professor______________________________________________________________________________●Course Purpose
The purpose of Statistical Physics I is to understand the basic laws that govern
macroscopic bodies consisting of an enormous number of atoms and molecules. This firstpart of the course covers universal phenomenological laws, called thermodynamic laws,
and their applications.
The main focus of this course is to understand the basic principles of classicalthermodynamics which are the basis for macroscopic understanding of all the physicalphenomena. The applications in automotive engineering are also introduced.
●Prerequisite Subjects●Course Topics
1.Thermal Equilibrium and Temperature
2.State Equations, Partial Differentials, Units and Dimensions
3.The First Law of Thermodynamics (energy, isothermal and adiabatic processes)
4.The Second Law of Thermodynamics
5.Entropy
6.Thermodynamic Functions
7.Phase Equilibrium and Chemical Equilibrium
8.Kinetic Theory and Statistical Mechanics●Textbook
Printed handouts will be provided.
●Additional Reading
Modern Engineering Thermodynamics; Robert T. Balmer; Academic Press (2010)●Grade Assessment
Grades will be based on class participation, assignments and a final examination.
30% for attendance
30% for assignments
40% for final examination●Notes●Contacting FacultyStudents can ask questions at any time during classes.
Questoins during off‑class hours can be asked at the lecturer's room (Engineering
Building No.3 North Wing, Room 223 (3125)) or via e‑mail: takimotof@nuem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Physics Tutorial Ia(0.5credits)(物理学演習１ａ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
2 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Koh SAITOH Professor OKAMOTO Naoya
Assistant Professor______________________________________________________________________________●Course Purpose
To support the lecture course of Analytical Mechanics I.
To gain a deeper understanding about Analytical Mechanics I.
To cultivate the ability to analyze and solve problems through solving problems
assigned in the lecture.
To cultivate discussion skills so as to participate effectively in tutorial discussions
among peers and instructor.
●Prerequisite Subjects
Related Courses
Analytical Mechanics I●Course Topics
Students learn to apply the principles and methods taught in the lecture to analyze andsolve problems under the guidance of the instructor, and to participate actively inclass discussions. Students are required to hand in regular assignments.
●TextbookJohn R. Taylor, Classical Mechanics (University Science Book, 2005)●Additional Reading
These reference books are available in the Main Library
1. H. Goldstein, Poole & Safko, Classical Mechanics (Addison Wesley, 2002)
2. R. D. Gregory: Classical Mechanics (Cambridge, 2008)
3. J.B. Marion, Classical Dynamics of Particles and Systems (Academic Press, 1965)
4. G. R. Fowles: Analytical Mechanics (1962)●Grade Assessment
Grading: Assignment 50%, Class Participation: 30%, Final Exam: 20%
Criteria for
Absent&Fail
Grades: Class attendance is required. Absentee must
give a valid reason. A student will receive an
Absentgrade if he is absent fromclass more than 2 times or he is absent without valid reason from the Final Exam. A
student who is NOT
Absentbut wishes to receive an
Absentgrade must see theinstructor immediately after the Final Exam.
●Notes●Contacting Faculty
SAITOH Koh
Office: Eng. Bldg.3, room 453
Phone: 052‑789‑3596
Email: saitoh@esi.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Physics Tutorial Ib(0.5credits)(物理学演習１ｂ)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
2 Autumn Semester
Elective/Compulsory Elective
Lecturer
Fujio TAKIMOTO
Designated Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to deepen students
understanding ofthermodynamics/statistical physics 1, and cultivate their calculation skills by solving
basic problems●Prerequisite Subjects●Course Topics
Students will solve the basic problems under faculty guidance.
1.Thermal Equilibrium and Temperature
2.State Equations, Partial Differentials, Units and Dimensions
3.The First Law of Thermodynamics (energy, isothermal and adiabatic processes)
4.The Second Law of Thermodynamics
5.Entropy
6.Thermodynamic Functions
7.Phase Equilibrium and Chemical Equilibrium
8.Kinetic Theory and Statistical Mech
●Textbook
Printed handouts will be provided.
●Additional Reading
Modern Engineering Thermodynamics; Robert T. Balmer; Academic Press (2010)●Grade Assessment
Grades will be based on participation, assignments, and a final examination.
30% for attendance
30% for assignments
40% for final examination●Notes●Contacting FacultyStudents can ask questions at any time during classes.
Questoins during off‑class hours can be asked at the lecturer's room (Engineering
Building No.3 North Wing, Room 223(3125)) or via e‑mail: takimotof@nuem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Physical Chemistry I(2.0credits)(物理化学１)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andApplied Physics
Starts 1
2 Autumn Semester
2 Autumn Semester
Elective/Compulsory Compulsory
Elective
LecturerPeter BUTKO
Designated Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to learn what physical chemistry is all about and to
grasp important principles and facts about physical chemistry. The course begins withperfect gas law, proceeds to thermodynamics, and finishes with applications ofthermodynamics to simple mixtures.
●Prerequisite Subjects
Fundamentals of Chemistry I and II●Course Topics
1 The Properties of Gases 1 (Ch. 1)
2 The Properties of Gases 2 (Ch. 1)
3 The First Law 1 (Ch. 2)
4 The First Law 2 (Ch. 2)
5 Pre‑exam Review & EXAM 1 (Chs. 1 & 2)
6 The Second and Third Laws 1 (Ch. 3)
7 The Second and Third Laws 2 (Ch. 3)
8 Physical Transformations of Pure Substances (Ch. 4)
9 Simple Mixtures 1 (Ch. 5)
10 Simple Mixtures 2 (Ch. 5)
11 Pre‑exam Review & EXAM 2 (Chs. 3 ‒ 5)
12 Chemical Equilibrium 1 (Ch. 6)
13 Chemical Equilibrium 2 (Ch. 6)
14 Pre‑final Review
15 FINAL EXAM (Ch. 1 ‒ 6)
●Textbook
P. Atkins and J. de Paula: Atkins
Press, 2014

Physical Chemistry, 10th Ed., Oxford University●Additional Reading●Grade Assessment
Two exams: 100 points each, final exam (comprehensive): 200, homework: 50. TOTAL: 450.
Grade "S": 100‑90% (405 or more points), "A": 89‑80% (404 ‑ 360 pts), "B": 79‑70% (359
‑ 315 pts), "C": 69‑60% (314 ‑ 270 pts), "F": 59‑0% (fewer than 270 pts).The
Absentgrade is reserved for students that withdraw by the 6th lecture period. After that day,a letter grade will be awarded based on grades earned from all assignments during thesemester.
It is essential to sit in each exam during the scheduled class time. There will be NO
make‑up exam. In the event of a missed exam due to a serious illness, accident orfamily emergency, compelling written documentation of the reason for the absence will
be required. If the reason is accepted, the final grade will be calculated from theappropriately weighted average from the rest of the exams. If the reason will be deemed
insufficient, the absence will be unexcused, and zero points will be awarded for the
missed exam.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Physical Chemistry I(2.0credits)(物理化学１)●Notes●Contacting Faculty
Office: SA Building‑318‑1 (Science & Agriculture)
Phone: 789‑2480
E‑mail: pbutko@chem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Electricity and Magnetism(2.0credits)(電磁気学)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Starts 1
2 Spring Semester
2 Spring Semester
2 Spring Semester
Elective/Compulsory Elective
Compulsory
Compulsory
Lecturer
John A. WOJDYLODesignated Associate
Professor______________________________________________________________________________●Course Purpose
Course PurposeThis course offers a solid introduction to electrostatics andmagnetostatics. It introduces fundamental mathematical methods required to solve
problems in physics, engineering and applied mathematics. This course has dual aims: 1)
to convey physical principles; 2) to improve students
technical ability ‒ i.e.
ability to express physical intuition in mathematical terms and ability to solve
problems.
●Prerequisite Subjects
Calculus I&II; Fundamentals of Physics III&IV; Mathematical Physics II or Consent ofInstructor.Physics Tutorial IIa●Course Topics
Course Contents• Revision of vector calculus, curvilinear coordinates, Dirac Delta
Function.• Electrostatics. Coulomb's Law. Continuous Charge Distributions. Divergence
and Curl of Electrostatic Fields. Field Lines, Flux, and Gauss's Law. Electric
Potential. Poisson's Equation and Laplace's Equation. The Potential of a Localized
Charge Distribution. Work and Energy in Electrostatics. Conductors. Induced Charges.
Surface Charge and the Force on a Conductor. • Special Techniques. The Method of
Images: point charge near a conducting plane or sphere, grounded or insulated.
Separation of Variables.• Electric Fields in Matter. Polarization. Dielectrics. The
Electric Displacement. Linear Dielectrics. • Magnetostatics. The Lorentz Force Law.
The Biot‑Savart Law. The Divergence and Curl of B. Applications of Ampere's Law.
Magnetic Vector Potential A. What isreal , A or B?• Magnetic Fields in Matter.
Magnetization. Diamagnetism, Paramagnetism, Ferromagnetism. The Auxiliary Field H.
Magnetic Susceptibility and Permeability. • Introduction to Electrodynamics.
Electromotive Force. Electromagnetic Induction. Faraday's Law. Energy in Magnetic
Fields. Maxwell's Equations. Magnetic levitation above a superconductor.
●Textbook
Griffiths, D.L., 2012, Introduction to Electrodynamics, 4th ed., Prentice Hall. (It isessential that students read this book.)●Additional Reading
Leighton, R.B. & Feynman, R.P., Feynman Lectures on Physics (Volume 2), Pearson.
(Highly recommended alternative reading.)●Grade Assessment
Attendance: 5%; Weekly quizzes or other written assessment: 15%; Mid‑term exam: 40%;
Final Exam: 40% The
Absentgrade is reserved for students who withdraw by May 16.
After that day, a letter grade will be awarded based on marks earned from allassessment during the semester.
●Notes̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Electricity and Magnetism(2.0credits)(電磁気学)●Contacting Faculty
Office: Science Hall 5F 517Phone: 052‑789‑2307Email: john.wojdylo@s.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Quantum Mechanics I(2.0credits)(量子力学１)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Compulsory
LecturerPeter BUTKO
Designated Professor______________________________________________________________________________●Course Purpose"What exactly is so special about Quantum Mechanics?" The purpose of this course is tointroduce quantum mechanics. It begins with an introduction to elementary quantum
mechanics and builds up to convey thorough theoretical understanding of atomic
electronic structure.
●Prerequisite Subjects
Fundamentals of Chemistry I and II, Fundamentals of Physics I to IV, Calculus I and II,
Linear Algebra I and II, or permission of the instructor●Course Topics
1 From Classical to Quantum Mechanics (Ch. 1)2 Wave Packets and the Schrodinger
Equation (Ch. 2)3 The Quantum Mechanical Postulates (Ch. 3)4 Pre‑exam Review & EXAM 1(Ch. 1 ‒ 3)5 The Particle in the Box 1 (Ch. 4)6 The Particle in the Box 2 (Ch. 5)7
Commuting and Non‑commuting Operators and the Uncertainty Principle (Ch. 6)8 Harmonic
Oscillator: Classical and Quantum Mechanical 1 (Ch. 7)9 Harmonic Oscillator: Classicaland Quantum Mechanical 2 (Ch. 7)10 Pre‑exam Review & EXAM 2 (Ch. 4 ‒ 7)11 The
Vibrational and Rotational Spectroscopy of Diatomic Molecules 1 (Ch. 8)12 The
Vibrational and Rotational Spectroscopy of Diatomic Molecules 2 (Ch. 8)13 The Hydrogen
Atom (Ch. 9)14 Pre‑final Review15 FINAL EXAM (Ch. 1 ‒ 9)
●Textbook
T. Engel: Quantum Chemistry and Spectroscopy, 3rd Ed. (International edition), Pearson,
2014●Additional Reading●Grade Assessment
Two exams: 100 points each, final exam (comprehensive): 200, homework: 50. TOTAL:
450.Grade "S": 100‑90% (405 or more points), "A": 89‑80% (404 ‑ 360 pts), "B": 79‑70%(359 ‑ 315 pts), "C": 69‑60% (314 ‑ 270 pts), "F": 59‑0% (fewer than 270 pts).The
Absentgrade is reserved for students that withdraw by May 23, 2014. After thatday, a letter grade will be awarded based on grades earned from all assignments
throughout the semester.
●Notes●Contacting Faculty
Office: SA Building‑318‑1 (Science & Agriculture)Phone: 789‑2480E‑mail:pbutko@chem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Analytical Mechanics II(2.0credits)(解析力学２)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Elective
LecturerFoong See KIT
Designated Professor______________________________________________________________________________●Course Purpose
Course PurposeTo treat further topics in mechanics: the use of non‑inertial frames,
particularly on the use of the rotating frame to analyze mechanics problems (such as
the Foucault pendulum) on the rotating earth, the motion of rigid bodies with a focus
on the motion of a spinning top, and collision theory leading to the celebrated
Rutherford scattering formula that supported his atomic model. In the latter one‑thirdof the course, special relativity will be introduced.
●Prerequisite Subjects
Analytical Mechanics I, Mathematical Physics I, and Mathematical Physics IIPhysics
Tutorial IIb, Quantum Mechanics II●Course Topics
1. Mechanics in Non‑Inertial Frames 2. Rotational Motion of Rigid Bodies3.
Introduction to Collision Theory4. Special Relativity●TextbookJohn R. Taylor, Classical Mechanics (University Science Book, 2005)●Additional Reading
These reference books are available in the Main Library1. R. D. Gregory: ClassicalMechanics (Cambridge, 2008)2. J.B. Marion: Classical Dynamics of Particles and Systems(Academic Press, 1965) 3. G. R. Fowles: Analytical Mechanics (1962) 4. H. Goldstein,
Poole & Safko, Classical Mechanics (Addison Wesley, 2002)●Grade Assessment
Class Participation: 10%, Assignment: 10%, Exam I: 48%, Exam II: 32%Class attendanceis required. Absentee must give a valid reason, supported with document. A student will
receive an
Absentgrade if he is absent from lecture more than 3 times or he isabsent without valid reason from the mid‑term exam or final exam.
●Notes●Contacting Faculty
FOONG See KitOffice: ES420 Phone: 052‑789‑2861 Email: skfoong@eken.phys.nagoya‑u.ac.jpSUZUKI Takeru Ken Office: ES‑611e‑mail: stakeru@nagoya‑u.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Laboratory I(1.0credits)(応用物理学実験１)
Course Type
Basic Specialized Courses
Class Format
Experiment
Course Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The course consists of a minimum set of basic experiments on applied physics. Throughthe experiments, students acquire basic experimental techniques and deepen
understandings of the experimental research.
●Prerequisite Subjects●Course Topics
Following the orientation and a first lecture on experimental data processing, students
will be divided in groups of two or three students and conduct one experiment per week
on the topics listed below. Assistant professors offer tutorials for each experiment.
At the final week, students make their oral presentations about the last experiment.
1. Optical fibers,
2. Stefan‑Boltzmann law,
3. Digital circuits,
4. Analog circuits,
5. Planck's constant
6. Elementary electric charge,
7. Heat capacity of solids,
8. Electric properties of metals and semiconductors,
9. Vacuum,
10. Sound‑velocity of ultrasonic pulse●Textbook
Basic Experiments in Applied Physics (edited by Dept. of Appl. Phys., Nagoya Univ.).
The textbook is distributed in the first lecture. Students should bring their own
experimental notebook, scientific calculator, and graph paper.
●Additional Reading●Grade Assessment
Grades will be based on the attendance on the experiments, the report on dataprocessing, all the reports on individual topics, and the presentation. Students mustobtain a score of 60/100 or higher to pass the course. Delayed submission of reports
will affect the applicable grade.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Statistical Physics II(2.0credits)(統計物理学２)
Course Type
Basic Specialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
John A. WOJDYLODesignated Associate
Professor______________________________________________________________________________●Course Purpose
Course PurposeAfter learning the structure of thermodynamics and why thermodynamics
works, students are introduced to the basic laws, from the microscopic viewpoint, thatgovern macroscopic bodies consisting of a very large number of particles. Applications
are considered in condensed matter physics, solid state physics, cosmology, chemistry,materials science and biology.
●Prerequisite Subjects
Calculus I; Calculus II; or Consent of InstructorPhysics Tutorial III, Statistical
Physics III●Course Topics
Course Outline• Review of Equilibrium Thermodynamics. The problem and the postulates.
Fundamental Relation in the energy and entropy representations. Conditions ofequilibrium. Obtaining the Fundamental Relation from the Equations of State: exact andinexact differential equations. Euler Equation. Gibbs‑Duhem Relation. Electromagnetic
radiation and the equation of state of the photon gas. Reversible processes and theMaximum Work Theorem: Carnot cycle. Legendre transformation and thermodynamic
potentials. Extremum principle in the Legendre transformed representations. Maxwell
Relations: all thermodynamic experimental information is encoded in the slopes andcurvatures of the Fundamental Relation. The three basic experimental quantities.•
Statistical Mechanics. Basic concepts in probability and statistics. Learning to count.
Statistical mechanics in the entropy representation: microcanonical formalism.
Temperature and the Boltzmann factor. Equilibrium conditions: the Boltzmann definitionof entropy behaves as it should. The Einstein model of a crystalline solid. The
two‑state modeland the Schottky Hump. A polymer model: rubber band. Counting techniques:
high dimensionality. Some number‑theoretical and combinatorial concepts: partitions ofintegers. • Statistical Mechanics in the Helmholtz Representation: Canonicalformalism. Canonical partition function. Additivity of energies and factorizability ofthe partition function. Internal modes in a gas. Probabilities in factorizable systems.
Statistical mechanics of small systems: ensembles. • The classical density of states.
Classical ideal gas. High temperature properties: Equipartition Theorem.• Kinetic
theory of dilute gases in equilibrium. Maxwell‑Boltzmann distribution.
●Textbook
1. Callen, H., Thermodynamics and an Introduction to Thermostatistics, 2nd ed.,Wiley,
1985.
(The central textbook in this course. Japanese translation has fewer
typographical errors.) 2. Blundell, S. and Blundell, K., Concepts in Thermal Physics,
2nd Ed., Oxford University Press, 2010. (Good, elementary explanations. Many copies
available in the library.)3. Reif, F., Fundamentals of Statistical and Thermal Physics,
McGraw‑Hill, 1965.
●Additional Reading̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Statistical Physics II(2.0credits)(統計物理学２)
1. Zemansky, M.W. and Dittman, R.H., Heat and Thermodynamics, An Intermediate Textbook,
McGraw‑Hill, 1992. (Excellent for empirical basis of thermodynamics; somewhat
advanced.)2. Kittel, C. and Kroemer, H., Thermal Physics, W.H. Freeman.3. Landau, L.D.
and Lifshitz, E.M., Statistical Physics, Part I, by E.M. Lifshitz and L.P.
Pitaevskii, Pergamon Press.
(A classic book: thorough, advanced treatment.)4. Kubo,
R., Thermodynamics, Wiley.5. Kubo, R., Statistical Mechanics, Wiley.
●Grade Assessment
Grading Attendance: 5%; Weekly quizzes or other written assessment: 15%; Midterm exam:
40%; Final Exam: 40% The
Absentgrade is reserved for students who withdraw by
November 16. After that day, a letter grade will be awarded based on marks earned fromall assessment during the semester.
●Notes●Contacting Faculty
Office: Science Hall 5F 517Phone: 052‑789‑2307Email: john.wojdylo@s.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Tutorial II(2.0credits)(応用物理学演習２)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Masaaki Araidai
Makio UWAHA
Assistant Professor
Professor______________________________________________________________________________●Course Purpose
Course PurposeThis is a companion course to Quantum Mechanics II and Statistical
Physics II, and offers practical exercises for mastering the concepts introduced in thelecture courses.
●Prerequisite Subjects●Course Topics
See syllabi for Quantum Mechanics II and Statistical Physics II.
●Textbook●Additional Reading●Grade Assessment
GradingWeekly assignments (40 %); attendance (30 %); class participation (30 %).Class
attendance is required. A student will be regarded as ABSENT if he/she is absent fromlecture more than 3 times without valid reason.Student can withdraw the course by theregular procedure set by University.
●Notes●Contacting Faculty
Office: Science Hall 6F 611, Phone: 052‑789‑2874Email: uwaha@nagoya‑u.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Tutorial III(1.5credits)(応用物理学演習３)
Course Type
Basic Specialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The purpose of these tutorials is to support the Electricity and Magnetism lecture
course. This course offers a solid introduction to electrostatics and magnetostatics.
It also introduces fundamental mathematical methods required to solve problems inphysics, engineering and applied mathematics.
●Prerequisite Subjects
Electricity and Magnetism●Course Topics
Students will be assigned problems on the following: • Vector calculus, curvilinear
coordinates, Dirac Delta Function.• Electrostatics. Coulomb's Law. Continuous Charge
Distributions. Divergence and Curl of Electrostatic Fields. Field Lines, Flux, andGauss's Law. Electric Potential. Poisson's Equation and Laplace's Equation. The
Potential of a Localized Charge Distribution. Work and Energy in Electrostatics.
Conductors. Induced Charges. Surface Charge and the Force on a Conductor. • Special
Techniques. The Method of Images. Separation of Variables.• Electric Fields in Matter.
Polarization. Dielectrics. The Electric Displacement. Linear Dielectrics. •Magnetostatics. The Lorentz Force Law. The Biot‑Savart Law. The Divergence and Curl of
B. Applications of Ampere's Law. Magnetic Vector Potential. • Magnetic Fields in
Matter. Magnetization. Diamagnets, Paramagnets, Ferromagnets. The Auxiliary Field H.
Magnetic Susceptibility and Permeability. • Introduction to Electrodynamics.
Electromotive Force. Electromagnetic Induction. Faraday's Law. Energy in Magnetic
Fields. Maxwell's Equations.
●Textbook
Griffiths, D.L., 2012, Introduction to electrodynamics, 4th ed., Prentice Hall.
●Additional Reading
Leighton, R.B. & Feynman, R.P., Feynman Lectures on Physics (Volume 2), Pearson.
(Highly recommended alternative reading.)●Grade Assessment
Students must submit assignments and obtain a score of 60/100 or higher to pass thistutorial course.
●Notes●Contacting FacultyStudents are encouraged to ask questions and discuss problems in this class.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Computer Software II(2.0credits)(計算機ソフトウェア２)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andAutomotive Engineering Automotive Engineering
Applied Physics
Starts 1
1 Spring Semester
1 Spring Semester
1 Spring Semester
Elective/Compulsory Compulsory
Elective
Compulsory
Lecturer
Yosuke WATANABE
Designated Associate
Professor______________________________________________________________________________●Course Purpose
Building on the knowledge gained in Computer Software 1, students will acquire advanced
programming skills through C‑programming exercises. Advanced programming includes
functions, arrays, string operations, structures, I/O, pointers, complex data
structures, and large‑scale programming. In the latter part of the course, students
will acquire the skills to create practical large‑scale programs utilizing several
advanced programming tools.
●Prerequisite Subjects
Computer Software 1●Course Topics
1. Review of Computer Software 12. Pointers3. Pointers and Arrays4. Strings5.
Input/Output 6. Writing Large Programs7. Structures, Unions and Enumerations8. Advanced
Uses of Pointers9. The Preprocessor, Declarations10. Programming project I11.
Programming project II12. Programming project III13. Programming project IV14.
Programming project V15. Programming project VI●Textbook
K N King. C Programming: A Modern Approach.

2nd ed.

●Additional Reading●Grade Assessment
Homework assignments : 50% Programming projects : 50% Students must obtain a score of
60 or higher to pass the course.
●Notes●Contacting FacultyStudents are encouraged to ask questions during and after lectures.Faculty members canalso be contacted at their offices, as well as by phone or email.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Mechanics of Continuous Media(2.0credits)(連続体物理学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Takashi ISHIHARA
Associate Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to gain an understanding of the basic idea underlying
macroscopic view of the mechanics of continuous media, particularly fluid mechanics.
Emphasis is placed on the conservation laws of mass and momentum, and on how to use
these in practice. Course objectives include the followings;(1) understanding basic
concepts underlying the mechanics of continuous media(2) the acquisition of calculus
skills(3) understanding the idea of the macroscopic view.
●Prerequisite Subjects●Course Topics
1. Fluid motion (Eulerian/Lagrangian description, stream line, particle path),2. Fluid
property (Newtonian Fluid, ideal fluid, stress, rate of strain tensor), 3. Basicequations (conservation of mass, momentum and energy), 4. Motion of ideal fluid (Eulereq., Bernoulli's theorem), 5. Two‑dimensional incompressible and irrtational flow
(stream function, complex velocity potential), 6. Water wave (hydrostatic pressure,deep water wave, wave of infinitesimal amplitude), 7. Vortex motion (Helmholtz' vortex
theorem), 8. Motion of viscous fluid (Navier‑Stokes eq.), 9. Mechanics of elastic
bodies (basic eq.)
●Textbook●Additional Reading●Grade Assessment
Examination: 60%Report 40%. Students must obtain a score of 60/100 or higher to pass
the course.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Biophysics(2.0credits)(生物物理学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andApplied Physics
Starts 1
2 Spring Semester
2 Spring Semester
Elective/Compulsory Elective
Compulsory Elective
Lecturer
Yuko OKAMOTO
Professor______________________________________________________________________________●Course Purpose
To understand the basics of biophysics, in which biological phenomena are described interms of physics language.
●Prerequisite Subjects
Preferrably, Fundamentals of Physics I, II, III, and IV.
●Course Topics
Course Contents1. Brief history of biophysics
2. Biomolecules ‒ aminoacids and proteins3. Biomolecules ‒ nucleic acids
4. Biomolecules ‒lipids and membranes5. Central dogma of molecular biology
6. Protein folding
and salvation effects7. Asakura‑Oosawa theory of depletion forces8. Protein unfolding(denaturation) at high temperature and by denaturants9. Cold denaturation of proteins
10. Protein unfolding at high pressure11. Computer simulations of protein
folding and unfolding●Textbook●Additional Reading●Grade Assessment
GradingEvaluation will be based on attendance and reports (take‑home exams).Criteria
for
Absent&Fail
GradesClass attendance is required. Absentee must give avalid reason. A student will be regarded as ABSENT if he/she is absent from lecture
more than 3 times or he/she is absent without valid reason from the final exam. A
student who is NOT ABSENT but wishes to be considered as ABSENT must see the instructor
immediately after the final exam.
●Notes●Contacting Faculty
Office: Science Hall 5F 510,

Phone: 052‑789‑3528Email: okamoto@phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Astrophysics(2.0credits)(宇宙物理学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Elective
Lecturer
Tsutomu TAKEUCHI
Associate Professor______________________________________________________________________________●Course Purpose
Course PurposeTo understand the hierarchy of the universe and the evolution of theuniverse based on classical mechanics, thermodynamics, statistical physics,
electromagnetism, atomic physics, nuclear physics, relativity, and quantum mechanics.
●Prerequisite Subjects
Basic physics (mechanics, electrodynamics)●Course Topics
Course Contents1. Hierarchy of the universe2. Basic Astrophysical Concepts3. Our Solar
System: Sun and Planets4. Stars and Interstellar Medium5. The Milky Way Galaxy6.
Galaxies in the Universe 7. The evolution of galaxies8. Cluster of galaxies and thelarge‑scale structure9. Cosmic microwave background radiation and Big Bang10. Big Bang
Nucleosynthesis and beyond11. Cosmic inflation12. The history of the Universe●Textbook
Material will be distributed during the courses.
●Additional Reading
An Introduction to Modern Astrophysics, Second Edition (Bradley W. Carol & Dale A.
Ostlie著, 2006, Benjamin Cummings)●Grade Assessment
Evaluated by report(s)Absent: if you are absent more than a half of the lectures. Fail:if you do not submit reports, or the quality of the reports is too low.
●Notes●Contacting Faculty
TAKEUCHI TsutomuE‑mail: takeuchi.tsutomu@g.mbox.nagoya‑u.ac.jpINUTSUKA Shu‑ichiroE‑
mail: inutsuka@nagoya‑u.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fluid Mechanics and Tutorial(2.5credits)(流体力学及び演習)
Course TypeSpecialized Courses
Class Format
Lecture and Exercise
Course Name
Fundamental andApplied Physics
Starts 1
2 Spring Semester
Elective/Compulsory Compulsory Elective
Lecturer
Fujio TAKIMOTO
Designated Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to understand the fundamental characteristics of fluid
motions applied to many areas of fluid mechanics and learn the physical laws governing
them.
Students will:(1) understand the properties, basic principles, and concepts of fluids.
(2) learn about the basic equations derived from above, i.e. continuity equation,
motion equation, and energy equation, and be able to use them in calculations, and(3) comprehend the aspects and properties of fluids conceptually utilizing theengineering observations of practical examples.
●Prerequisite Subjects
Thermodynamics●Course Topics
1. Properties of Fluid
2. Flow around bodies
3. Thermodynamics of fluid
4. Basic equations of fluid mechanics
Students will solve problems under faculty guidance.
●Textbook
Printed handouts will bbe provided.
●Additional Reading
Fluid Mechanics; Robert A. Granger; Dover Publications (1995)●Grade Assessment
Grades will be based on class participation, assignments and a final examination.
30% for attendance
30% for assignments
40% for final examination●Notes●Contacting FacultyStudents can ask questions at any time during classes.
Questoins during off‑class hours can be asked at the lecturer's room (Engineering
Building No.3 North Wing, Room 223 (3125)) or via e‑mail: takimotof@nuem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Quantum Mechanics II(2.0credits)(量子力学２)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
Elective/Compulsory Compulsory
LecturerFoong See KIT
Designated Professor______________________________________________________________________________●Course Purpose
Course Purpose: Building on the foundations developed in the first course, this course
introduces further concepts and methods in quantum mechanics in order to describe thedetailed structure of an atom and its interaction with the electromagnetic field.
●Prerequisite Subjects
Quantum Mechanics I, Mathematical Physics I, and Mathematical Physics IIPhysics
Tutorial III, Analytical Mechanics I & II, and Electricity& Magnetism●Course Topics
Course Contents1. Operator methods in quantum mechanics2. Angular momentum3. Spin
4. Time‑independent perturbation theory5. The real hydrogen atom ‑ fine structure andanomalous Zeeman effect6. Identical particles and Pauli exclusion principle7. Groundstate and excited states of Helium atom8. Time‑dependent perturbation theory andemission and absorption of radiation by an atom
●Textbook
Stephen Gasiorowicz: Quantum Physics, 3rd Ed. (Wiley, 2003)●Additional Reading
1. David Griffiths, Introduction to Quantum Mechanics, 2nd Ed. (Pearson, 2005)2. T.
Engel: Quantum Chemistry and Spectroscopy, 2nd Ed. (Prentice Hall, 2010)●Grade Assessment
Grading: Class Attendance and Participation: 10%
Mid‑term exam: 30%
Final
Exam: 60% Criteria for
Absent&Fail
GradesClass attendance is required.
Absentee must give a valid reason, supported with document. A student will receive an
Absentgrade if he is absent from lecture more than 3 times or he is absent without
valid reason from the mid‑term exam or final exam.
●Notes●Contacting Faculty
Office: ES420 Phone: 052‑789‑2861 Email: skfoong@eken.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Laboratory II(2.0credits)(応用物理学実験２)
Course TypeSpecialized Courses
Class Format
Experiment
Course Name
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
This course introduces basic and essential experiments in applied physics, which are
related to each research laboratory in the department. Students will acquire basic
experimental techniques and analytical methods for applied physics.
●Prerequisite Subjects
Applied Physics Laboratory I●Course Topics
Applied Physics Laboratory II and Applied Physics Laboratory III are offered
subsequently over the course of one year. Following the orientation, students will be
divided in groups of 3‑7 students and conduct experiments at each laboratory. Assistantprofessors will offer tutorials for each experiment.
1. MOS integrated circuits
2. Michelson interferometry, Luminescence of semiconductor
3. X‑ray diffraction
4. Reflection high energy electron diffraction
5. Metallurgical physics, Magnetic properties
6. Measurements of thermal expansion of solid materials: Effects of lattice vibrationand magnetic phase transition on thermal expansion
7. Electrons as particles and waves/ Diffraction and imaging of photons
8. Magnetic resonance, conductivity measurements●TextbookTextbooks for each experiment will be distributed at each research laboratory and eachexperiment will be guided by an assistant professor. Students should bring their own
experimental notebook, graph paper, and a scientific calculator to the laboratory.
●Additional Reading●Grade Assessment
Grades will be based on the attendance on the experiments and all the reports for eachexperiment. Students must obtain a score of 60/100 or higher to pass the course.
Delayed submission of reports will affect the applicable grades.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Seminar(2.0credits)(応用物理学セミナー)
Course TypeSpecialized Courses
Class Format
SeminarCourse Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory Elective
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The purpose of this class is to deepen the understanding of the role of fundamental
physics in modern technology by discussing various subjects in the field of applied
physics.
●Prerequisite Subjects
Mathematics, Analytical Mechanics, Electricity and Magnetism, Quantum Mechanics,
Statistical Physics●Course Topics
This is a seminar course; a student takes the course offered in a laboratory. Eachstudent is expected to make presentations about various subjects in the field of
applied physics. Appropriate reference books or papers will be designated during thecourse. Understanding should be further strengethened through discussions among
participants following the presentations.
●TextbookTo be announced.
●Additional Reading●Grade Assessment
Presentation, activity in the discussion and report. Students must obtain a score of
60/100 or higher to pass the course.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Optics(2.0credits)(物理光学)
Specialized Courses
LectureFundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Hideo KISHIDA
Professor______________________________________________________________________________●Course Purpose
To understand the properties of light and various interactions between light andmatters, and acquire basic knowledge about optical devices to control the light andbasic skills for optics.
Course TypeClass Format
Course Name

Outcomes:
1. The ability to explain the reflection, refraction and propagation of light on basisof the knowledge of electomagnetic waves in matters and polarization of light.
2. The ability to explain the interaction between light and matters using a classicalmodel of atoms.
3. The ability to explain the light emission and the principle of lasers.
●Prerequisite Subjects
Electricity and Magnetism, Mathematics●Course Topics
1. Electromagnetic waves and polarization of light
Maxwell equations, Fresnel's equations, Polarized lights, Electrooptical‑effects,
Optical rotation and Faraday effect
2. Spectroscopy
Cavity radiation, Dual nature of light, Lorentz model, Dispersion and absorption
3. Light emission and laser
Spontaneous emission and stimulated emission, Luminescence, Laser oscillation,
Nonlinear optical effects●Textbook●Additional Reading●Grade Assessment
Grades are detemined based on examination and quizzes (reports).
Pass mark 60/100●Notes●Contacting FacultyStudents are encouraged to make questions after the lecture.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Condensed Matter Physics I(2.0credits)(物性物理学１)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Bernard GELLOZDesignated Professor______________________________________________________________________________●Course Purpose
The goal of this course is to learn about the fundamental theories related to the
behavior of electrons and atoms in solids and about the mechanism of some of the mostimportant properties solids exhibits, including electrical, thermal, mechanical andmagnetic properties.
●Prerequisite Subjects●Course Topics
1. Solid, Liquid, Gas Phase2. Crystal Structure and Periodic Structure3. Bravais
Lattices; Famous Crystal Structures4. Typical Symmetry Elements5. Real Space andReciprocal Space6. X‑ray diffraction; Bragg Condition; Laue Function7. Brillouin zone8.
Crystal Structure Factor9. Structure Determination by X‑ray diffraction10. Elastic
properties of solids and elastic strains●Textbook
Introduction to Solid State Physics (IE), 8th Edition
John Wiley & Sons Inc 2005.(￥12,015)

Kittel, Charles/ McEuen, Paul.

●Additional Reading
Ashcroft&Mermin: Solid State Physics (Brooks/Cole) Price:Physics, an introduction (Wiley‑VCH) Price: $40$60P. Hofmann: Solid State●Grade Assessment
Grades will be based on homework, a midterm examination and a final examination●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Chemical Physics(2.0credits)(化学物理学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
3 Autumn Semester
Elective/Compulsory Elective
Compulsory Elective
Lecturer
Kousuke MAKI
Associate Professor______________________________________________________________________________●Course Purpose
Course PurposeTo learn physical basis of chemical phenomena such as phase and chemical
equilibrium, and chemical kinetics. Advanced topics will be shown depending on the
progress.
●Prerequisite Subjects●Course Topics
Course Contents1. Review of basic thermodynamics2. Thermodynamics of multi‑component
systems3. Chemical equilibrium4. Phase equilibrium5. Chemical kinetics6. Advanced
topics●Textbook
1. Donald A. McQuarrie, John D. Simon Physical Chemistry: A Molecular Approach, Univ
Science Books 2. Charles R. Cantor, Paul R. Schimmel Biophysical Chemistry (Pt. I‑III),W H Freeman & Co
●Additional Reading●Grade Assessment
Evaluation will be based on a report.The
withdraw.
●Notes●Contacting Faculty

Absentgrade is reserved for students that̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Computational Chemistry(2.0credits)(計算化学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
3 Autumn Semester
Elective/Compulsory Elective
Compulsory
Lecturer
Stephan IRLE Professor______________________________________________________________________________●Course Purpose
How can computers help with chemistry?
The purpose of this course is to introduce
computer science from a chemist s perspective. The course begins with an introduction
to the basic use of computers for data search and molecular structure and spectroscopic
visualization, and introduces FORTRAN 90 as a way to solve simple scientific problems
in an efficient way.
●Prerequisite Subjects
Mechanics, Statistical Mechanics●Course Topics
Course Contents
1. Using the computer: Searching for information
2. Constructing and viewing 3‑dimensional models of molecules: GaussView, MOLDEN
programs
3. Overview over commercial molecular modeling packages
4. Introduction to FORTRAN 90: Compilers, etc.
5. Data Types, Constants, and Variables
6. If, else if, case expressions
7. Do loops
8. Functions and subprograms
9. Application: Data processing and visualization using GNUplot
10. Molecular dynamics simulations●Textbook
Larry Nyhoff, Sanford Leestma: Introduction to FORTRAN 90 (Japanese version available)●Additional Reading●Grade Assessment
By submitting assignments●Notes●Contacting Faculty
Office: SA Building‑424 (Science & Agriculture)
Phone: 747‑6397
E‑mail: sirle@chem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Scientific Measurements(2.0credits)(計測工学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andAutomotive Engineering Automotive Engineering
Applied Physics
Starts 1
3 Autumn Semester
3 Autumn Semester
3 Autumn Semester
Elective/Compulsory Elective
Elective
Compulsory
Lecturer
Tsuyoshi UCHIYAMA
Kiichi NIITSU Lecturer
Associate Professor______________________________________________________________________________●Course Purpose
In generally science and measurement are closely correlated and product technologies
have been developed with developing measurement technologies. The purpose of the course
is to develop an understanding of the fundamentals of measurement systems, including
sensor devices and signal processing circuits.
●Prerequisite Subjects
Electronics, Electrical circuit●Course Topics
1. Outline (systematization of measurement etc.)2. Operation principle of sensing
elements3・Signal detection and conversion4・Signal processing●Textbook●Additional Reading●Grade Assessment
Report Credits will be awarded to those students who score 60 or more. Grades are as
follows:S:100‑90, A:89‑80, B:79‑70, C:69‑60, F:59‑0.
●Notes●Contacting Faculty
Questions are accepted after each lecture at the class room or in the office byappointment. To T. Uchiyama, call ext.3617 or e‑mail to tutiyama@nuee.nagoya‑u.ac.jp To
K. Niitsu, call ext.2794 or e‑mail to niitsu@nuee.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Fluid Mechanics(2.0credits)(流体力学)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Autumn Semester
Elective/Compulsory Compulsory Elective
Lecturer
Fujio TAKIMOTO
Designated Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to understand the fundamental characteristics of fluid
motions applied to many areas of fluid mechanics and learn the physical laws governing
them.
Students will:(1) understand the properties, basic principles, and concepts of fluids.
(2) learn about the basic equations derived from above, i.e. continuity equation,
motion equation, and energy equation, and be able to use them in calculations, and(3) comprehend the aspects and properties of fluids conceptually utilizing theengineering observations of practical examples.
●Prerequisite Subjects
Thermodynamics, Elementary fluid mechanics/dynamics●Course Topics
1.Vortex, circulation and integral of motion equation
2.Flow of incompressible non‑viscous fluid
3.Flow of viscous fluid
4.Flow of compressible fluid●Textbook
Printed handouts will be provided.
●Additional Reading
Fluid Mechanics; Robert A. Granger; Dover Publications (1995)●Grade Assessment
Grades will be based on class participation, assignments and a final examination.
30% for attendance
30% for assignments
40% for final examination●Notes●Contacting FacultyStudents can ask questions at any time during classes.
Questoins during off‑class hours can be asked at the lecturer's room (Engineering
Building No.3 North Wing, Room 223 (3125)) or via e‑mail: takimotof@nuem.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Statistical Physics III(2.0credits)(統計物理学３)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
John A. WOJDYLODesignated Associate
Professor______________________________________________________________________________●Course Purpose
Course PurposeStudents learn quantum statistics of ideal gases, the statisticalmechanics of systems of interacting particles and introductory theory of phasetransitions and critical phenomena. Applications are considered in condensed matterphysics, solid state physics, cosmology, chemistry, materials science and biology.
●Prerequisite Subjects
Statistical Physics II; or Consent of InstructorPhysics Tutorial IV●Course Topics
Detailed Course Outline. Some topics are covered in tutorial assignments. Statisticalmechanics.• Quantum states of a single particle. Periodic boundary conditions,reflecting boundary conditions. Density of states in 3, 2 and 1 dimensions, for linear
and quadratic dispersion relations. • Systems with varying number of particles: theGrand Canonical ensemble and partition function. • The quantum distribution functions:photon statistics → Planck distribution; Fermi‑Dirac statistics → Fermi distribution;
Bose‑Einstein statistics → Bose distribution; Maxwell‑Boltzmann statistics → Maxwell‑Boltzmann distribution. Size of the relative dispersion. The classical limit:
characterizations in terms of fugacity and mean occupation number; thermal wavelengthand the quantum‑classical crossover. • Black body radiation: energy density, radiationpressure, Stefan‑Boltzmann Law and Wien Displacement Law.• The ideal Fermi fluid:
conduction electrons in metals. Fermi energy, mean energy, specific heat in 3D, 2D,
1D.• The ideal Bose fluid: Bose‑Einstein condensation in 3D. What about in 2D or 1D?
Critical temperature. Mean energy, specific heat. The possibility of BEC in a photongas. Breakdown of the Grand Canonical description.• Systems of interacting particles. A
basic strategy for dealing with the complication of interactions. The Debye Model ofsolids. The specific heats of metals and insulators have the same temperaturedependence: why? Weakly nonideal gases: virial expansion. Derivation of the Van der
Waals equation of state for a non‑ideal gas, and for a fluid using a self‑consistentmean field approach. Thermodynamics and an introduction to advanced concepts. •Stability of thermodynamic systems. Concavity/convexity of thermodynamic potentials. Le
Chatelier s Principle. First Order phase transitions, features of the free energy.
Discontinuity in the entropy: latent heat. Slope of the coexistence curves: Clapeyron
Equation. Van der Waals fluid, unstable isotherms, physical isotherm, Maxwell equal‑
area rule. Multicomponent systems: Gibbs phase rule. Phase diagrams.• Criticalphenomena. Continuous phase transition. Thermodynamics in the neighbourhood of thecritical point. Divergence and stability. Order parameter and critical exponents
α,β,γ,δ. Classical theory in the critical region: Landau Theory. Example:
paramagnetism versus ferromagnetism; Ising model, exact solution of zero‑field 1D caseand mean field theory solution. Why classical theory fails (qualitative). The
scaling
hypothesis . Why universality classes exist (qualitative) and examples of mapping of
one problem into another.• Fluctuations. Probability distribution of fluctuations.
Moments and energy fluctuations. Correlation moments. Explanation of critical̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Statistical Physics III(2.0credits)(統計物理学３)
opalescence.• The idea of renormalization group theory and a simple sample calculation.
(If time permits.)●Textbook
1. Callen, Herbert, Thermodynamics and an Introduction to Thermostatistics, 2nd Ed.,
Wiley. (The Japanese translation has fewer misprints.)2. Reif, F., Fundamentals of
Statistical and Thermal Physics, McGraw‑Hill, 1965.3. Cardy, J., Scaling andrenormalization in statistical physics, Cambridge University Press, 1996.
●Additional Reading
1. Kittel, C. and Kroemer, H., Thermal Physics, W.H. Freeman.2.
Statistical Mechanics, Wiley.

Huang, K.,●Grade Assessment
Grading Attendance: 5%; Weekly quizzes or other written assessment: 15%; Mid‑term exam:
40%; Final Exam: 40% Criteria for
Absent&Fail
GradesThe
Absentgrade isreserved for students who withdraw by May 16. After that day, a letter grade will beawarded based on marks earned from all assessment during the semester.
●Notes●Contacting Faculty
Office: Science Hall 5F 517Phone: 052‑789‑2307Email: john.wojdylo@s.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Tutorial IV a(1.0credits)(応用物理学演習４ａ)
Course TypeSpecialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The purpose of these tutorials is to support the quantum mechanics lecture course. This
course offers a solid introduction to quantum mechanics. It also introduces fundamental
mathematical methods required to solve problems in quantum mechanics.
●Prerequisite Subjects
quantum mechanics, mechanics, mathematics●Course Topics
Students will be assigned problems on the following:• Wave‒particle duality of theelementary particle.• Schrodinger equation.• Copenhagen interpretation of the wave
function.• Symmetry and conservation law.
●TextbookModern Quantum Mechanics (J. J. Sakurai)●Additional Reading●Grade Assessment
Students must submit assignments and obtain a score of 60/100 or higher to pass thistutorial course.
●Notes●Contacting FacultyStudents are encouraged to ask questions and discuss problems in this class.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Tutorial IV b(1.0credits)(応用物理学演習４ｂ)
Course TypeSpecialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
Course PurposeThe purpose of this course is to cultivate students
calculation skills
and deepen their understanding of statistical physics.
●Prerequisite Subjects
PrerequisiteStatistical Physics I, IIRelated CoursesStatistical Physics III●Course Topics
Course ContentsStudents learn to apply the principles and methods taught in the lecture
to analyze and solve problems under the guidance of the instructor. Strongly
recommended to participate actively in the class discussion. Students are required tohand in regular weekly assignments.
●TextbookNone●Additional Reading
Federick Reif, Fundamentals of statistical and thermal physics, McGraw‑Hill(1985)Herbert B. Callen, Thermodynamics and an introduction to thermostatistics, Wiley(1985)●Grade Assessment
GradingEvaluation will be based on the assignment and the class participation.Criteria
for
Absent&Fail
GradesClass attendance is required. Absentee must give avalid reason. A student will receive an
Absentgrade if he/she is absent from class
more than 2 times without valid reason.
●Notes●Contacting Faculty
Office: Science & Agricultural Building SA306Phone: 052‑789‑5105Email:okazaki.ryuji@cc.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Laboratory III(2.0credits)(応用物理学実験３)
Course TypeSpecialized Courses
Class Format
Experiment
Course Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
This course introduces basic and essential experiments in applied physics, which are
related to each research laboratory in the department. Students will acquire basic
experimental techniques and analytical methods for applied physics.
●Prerequisite Subjects
Applied Physics Laboratory I●Course Topics
Applied Physics Laboratory II and Applied Physics Laboratory III are offered
subsequently over the course of one year. Following the orientation, students will be
divided in groups of 3‑7 students and conduct experiments at each laboratory. Assistantprofessors will offer tutorials for each experiment.
1. MOS integrated circuits
2. Michelson interferometry, Luminescence of semiconductor
3. X‑ray diffraction
4. Reflection high energy electron diffraction
5. Metallurgical physics, Magnetic properties
6. Measurements of thermal expansion of solid materials: Effects of lattice vibrationand magnetic phase transition on thermal expansion
7. Electrons as particles and waves/ Diffraction and imaging of photons
8. Magnetic resonance, conductivity measurements●TextbookTextbooks for each experiment will be distributed at each research laboratory, and eachexperiment will be guided by an assistant professor. Students should bring their own
experimental notebook, graph paper, and a scientific calculator to the laboratory.
●Additional Reading●Grade Assessment
Grades will be based on the attendance on the experiments and all the reports for eachexperiment. Students must obtain a score of 60/100 or higher to pass the course.
Delayed submission of reports will affect the applicable grades.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Electromagnetic Materials(2.0credits)(電気磁気物性)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
John A. WOJDYLODesignated Associate
Professor______________________________________________________________________________●Course Purpose
Course PurposeBuilding on Quantum Mechanics 2, students will learn quantum mechanics at
an advanced undergraduate level. The course will build physical intuition of Hilbert
space and Nature on the quantum scale while improving students
ability to express
physical intuition in mathematical terms and to solve problems. Students will beadequately prepared with regards to their knowledge of quantum mechanics to undertake
further studies in S‑lab, E‑lab, V‑lab, R‑lab, TB‑lab and other labs in both the
Department of Physics and Department of Applied Physics at Nagoya University. Students
from other disciplines, such as chemistry, can also benefit from the deep treatment of
quantum phenomena.
●Prerequisite Subjects
Quantum Mechanics 2 or Consent of Instructor.• Students must have passed Quantum
Mechanics 2 to take Quantum Mechanics 3.• Students should read the book by Susskind andFriedman before the start of semester.
●Course Topics
Course Contents• Why is quantum mechanics necessary? How does Nature behave on thequantum scale?• Mathematical introduction. Review of classical mechanics. The
postulates of quantum mechanics. The classical limit.• The harmonic oscillator. The
Heisenberg Uncertainty relations. Systems with N degrees of freedom. • Symmetries andtheir consequences. Rotational invariance and angular momentum. The hydrogen atom.
Spin. Addition of angular momentum.
• Variational and WKB methods. Time‑independent
perturbation theory. Scattering theory. • Path integral formulation of quantum
mechanics.
●Textbook1. Shankar, R., 1994, Principles of Quantum Mechanics, 2nd ed., Kluwer Academic/Plenum.
2. Susskind, L. and Friedman, A., 2014, Quantum Mechanics: The Theoretical Minimum,
Basic Books.(It is essential that students read these two books. The latter isparticularly well written and simple to understand, containing in simple terms many ofthe points treated in a more sophisticated way in the book by Shankar.)●Additional Reading
1. Feynman, R.P., Leighton, R.B., Sands, M., 2011, Feynman Lectures on Physics (Volume3), Basic Books.
(Highly recommended alternative reading ‒ slightly dated ‒ withsimple explanations and deep insights.)2. Gottfried, K. and Yan, T.‑M., 2004, Quantum
Mechanics: Fundamentals, Springer. (Most of this book is too hard for undergraduates,
but two chapters are at the right level, superb and relevant to this course.)3.
Kreyszig, E., 1989, Introductory Functional Analysis with Applications, Wiley
Classics.(Clear introduction to infinite dimensional Hilbert space, inner productspaces, spectral theory of linear operators, self‑adjoint linear operators, etc. Readthis if you want to clear up some maths concepts encountered in Shankar.)4. Landau, L.
and Lifshitz, E., 1981, Quantum Mechanics Non‑Relativistic Theory, Third Edition:̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Electromagnetic Materials(2.0credits)(電気磁気物性)
Volume 3 (Course of Theoretical Physics), Butterworth‑Heinemann. (Not for the novice;
deep insights.)●Grade Assessment
Grading Attendance: 5%; Weekly quizzes or other written assessment: 15%; Mid‑term exam:
40%; Final Exam: 40%Criteria for
Absent&Fail
GradesThe
Absentgrade isreserved for students who withdraw by May 16. After that day, a letter grade will beawarded based on marks earned from all assessment during the semester.
●Notes●Contacting Faculty
Office: Science Hall 5F 517Phone: 052‑789‑2307Email: john.wojdylo@s.phys.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Condensed Matter Physics II(2.0credits)(物性物理学２)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
3 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Bernard GELLOZDesignated Professor______________________________________________________________________________●Course Purpose
The goal of this course is to learn about the fundamental theories related to the
behavior of electrons and atoms in solids and about the mechanism of some of the mostimportant properties solids exhibits, including electrical, thermal, and mechanicalproperties.
●Prerequisite Subjects●Course Topics
1. Lattice vibrations; Phonons2. Heat capacity of solids ‑ Classical theory3. Heat
capacity of solids ‑ Einstein model and Debye model4. Thermal conductivity of solids5.
Introduction to electron theory of metals; Drude model6. Free electron model: quantum
approach; Fermi sphere7. Concept of energy bands8. Fermi‑Dirac distribution function9.
Electronic specific heat10. Semiconductors11. Dielectric properties of solids●Textbook
Introduction to Solid State Physics (IE), 8th Edition
John Wiley & Sons Inc. 2005(￥12,015)

Kittel, Charles/ McEuen, Paul

●Additional Reading
Ashcroft&Mermin: Solid State Physics (Brooks/Cole) Price:Physics, an introduction (Wiley‑VCH) Price: $40$60P. Hofmann: Solid State●Grade Assessment
Grades will be based on homework, a midterm examination and a final examination.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Applied Physics Tutorial V(1.5credits)(応用物理学演習５)
Course TypeSpecialized Courses
Class Format
Exercise
Course Name
Fundamental andApplied Physics
Starts 1
4 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The purposes of this course are to deepen students
understanding of basic physics ofElectromagnetism and Applied Mathematics, and to cultivate their ability to apply
knowledge of Physics through the exercises on Electromagnetism and Applied Mathematics.
●Prerequisite Subjects
Fundamentals of Physics III, Electricity and Magnetism, Mathematics I and Tutorial,
Mathematics II and Tutorial●Course Topics
Solve exercises on the following: Electromagnetism:1. Mathematical fundamentals2. Gauge
transformations3. Multipole expansion4. Laplace and Poisson equations5. The method ofimages6. Electromagnetic waves7. WaveguideApplied Mathematics:1. Matrices2. Calculus(Partial differentiation, Multiple integrals, and so on)3. Vector algebra4. Complex
variables5. Fourier series and Fourier transformsThe teacher may modify the content
depending on the students' background.
●Textbook
Exercises will be provided in class.
●Additional Reading
To be designated.
●Grade Assessment
Students must submit assignments and obtain a score of 60/100 or higher to pass thistutorial course.
●Notes●Contacting FacultyStudents are encouraged to ask questions and discuss problems in this class.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Condensed Matter Physics III(2.0credits)(物性物理学３)
Course TypeSpecialized Courses
Class Format
LectureCourse Name
Fundamental andApplied Physics
Starts 1
4 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Ichiro TERASAKI
Professor______________________________________________________________________________●Course Purpose
The purpose of this course is to show the students cutting‑edge research in condensed‑
matter physics and to motivate them to study this rich and fertile research area. This
course also aims at reviewing fundamental physics such as electromagnetism, statisticalphysics, and quantum mechanics through various aspects of advanced materials. Eachlecture is covered by a different professor, and the students can grasp various
research frontiers throughout the course.
●Prerequisite Subjects
Condensed‑Matter Physics I, II●Course Topics
1.TERASAKI, Ichiro: Introduction to Solid State Physics 3 and a little quiz for
prerequisites 2. MIYAZAKI, Kuni: Theoretical Physics of Foods, Gels, Glasses, and All
That 3. SATO, Noriaki Kensho: Introduction to Heavy‑Fermion Physics 4. KOHNO, Hiroshi:
The Uses of Spin: From Fundamentals to Spintronics 5. WADA, Nobuo, Introduction toBose‑Einstein Condensation 6. UWAHA, Makio, Chirality and Crystallization 7. ITOH,
Masayuki, Magnetism and Superconductivity 8. MIURA, Yuichi: Exchange Interaction in
Quantum Solid 9. KONTANI, Hiroshi: Superconductivity in Strongly Correlated Electron
Systems 10. TERASAKI, Ichiro: Introduction to Thermoelecrtricity 11. KOBAYASHI,
Yoshiaki, Study of Strongly Correlated Electron System by NMR and Neutron Diffraction
Measurements 12. KOBAYASHI, Akito: Massless Dirac Fermions in Condensed Matter Physics
13. TANIGUCHI, Hiroki: Fundamentals and Applications of Ferroelectricity●TextbookNone●Additional Reading
None●Grade Assessment
Grades will be based on attendance and reports.The
Absentgrade is reserved forstudents who withdraw by the deadline designated by the University. Class attendance isrequired and absentee must have a valid reason. Unless withdrawal is declared, theFailgrade will be given, when a student misses lectures more than three times. It
will be also given, when he or she misses submission of reports more than three times.
●Notes●Contacting Faculty
Email to terra@cc.nagoya‑u.ac.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Graduation Research A(2.5credits)(卒業研究Ａ)
Course TypeSpecialized Courses
Class Format
Experiment andExercise
Course Name
Fundamental andApplied Physics
Starts 1
4 Autumn Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The purpose of this course is to develop creativity and acquire a research‑oriented
mindset through the study of specialized subjects in applied physics.
●Prerequisite Subjects●Course Topics
Each student must perform theoretical, experimental, or computational research.
●Textbook●Additional Reading●Grade Assessment
Grades will be based on the a graduation thesis and presentation. Students must obtaina score of 60/100 or higher to pass.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Graduation Research B(2.5credits)(卒業研究Ｂ)
Course TypeSpecialized Courses
Class Format
Experiment andExercise
Course Name
Fundamental andApplied Physics
Starts 1
4 Spring Semester
Elective/Compulsory Compulsory
Lecturer
Faculty of Fundamental
and Applied Physics______________________________________________________________________________●Course Purpose
The purpose of this course is to develop creativity and acquire a research‑oriented
mindset through the study of specialized subjects in applied physics.
●Prerequisite Subjects●Course Topics
Each student must perform theoretical, experimental or computational research, write a
graduation thesis and present it to faculty members.
●Textbook●Additional Reading●Grade Assessment
Grades will be based on the graduation thesis and presentation.Students must obtain ascore of 60/100 or higher to pass.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Outline of Engineering III(2.0credits)(工学概論第３)Course Type
Related Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
3 Autumn Semester
4 Autumn Semester
4 Autumn Semester
4 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
Emanuel LELEITO
Gang ZENG Lecturer
Kiyohisa NISHIYAMA
Lecturer
Lecturer______________________________________________________________________________●Course Purpose
This course introduces the history, current state and the future prospects of R&D(research and development) in various sectors related to the engineering field inJapan. This class consists of omnibus‑style lectures, all provided in English.
●Prerequisite Subjects
Nothing●Course Topics
1. Introduction to Embedded Computing Systems and Related Technology
1.1
Fundamentals and Trends
1.2 Low Energy Design
1.3 Automotive Applications2.
Introduction to Disaster Management and Related Technology
2.1 Introduction to
Disaster Management
2.2 Disaster Management Technology
2.3 Disaster Management
Related Mini class project3. Introduction to Mass Production and Related Technology
3.1 Introduction to Mass Production
3.2 Technology for Mass Production
3.3 Current
Problems and Future of Mass Production●Textbook
The lecture materials will be distributed in each lecture.
●Additional Reading
1. Programming Embedded Systems , Second Edition, Michael Barr and Anthony Massa,
ÒReilly Media 20062. Designing Embedded Processors: A Low Power Perspective ,Henkel, Jeorg and Parameswaran, Sri, Springer Published 2007.3. Disaster Management inJapan , Cabinet Office, Government of Japan (Available Online)
http://www.bousai.go.jp/panf/saigaipanf.pdfhttp://www.bousai.go.jp/1info/pdf/saigaipanf.pdf4. Disasters by Design: A Reassessment of Natural Hazards in the United States(Natural Hazards and Disasters: Reducing Loss and Building Sustainability in a
Hazardous World: A Series) , Dennis Mileti, A Joseph Henry Press.5. Toyota Production
System: Beyond Large‑Scale Production , Taiichi Ohno, Productivity Press 1988
●Grade Assessment
Attendance: 40%, One report per lecture: 30%, Final presentation: 30%●Notes●Contacting Faculty
Lecturer: Gang ZengEmail: sogo@ertl.jpTel: 052‑789‑5420

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
View of Advanced Electrical/ Electronic and Information Engineering(2.0credits)(電気電子情報先端工学概論)
Course Type
Related Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
3 Autumn Semester
4 Autumn Semester
4 Autumn Semester
4 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
Associated Faculty______________________________________________________________________________●Course Purpose
This course discusses the fundamentals of, and current topics in each field of theadvanced electrical, electronic and information engineering, with an overview of thestatus of their researches and developments in Japan. Topics to be introduced are thoserelated with energy, material and device, information and communication, multimedia andso on. To familiarize students with the subject matter, trips to the related
manufactuaring companies are planned●Prerequisite Subjects●Course Topics
1.Electrical Engineering
Engineering●Textbook●Additional Reading●Grade Assessment
reports●Notes●Contacting Faculty

2.Electronic Engineering

3.Information and Communication̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Introduction to Civil Engineering and Architecture(2.0credits)(社会環境工学概論)
Course Type
Related Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
3 Autumn Semester
4 Autumn Semester
4 Autumn Semester
4 Autumn Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
Associated Faculty______________________________________________________________________________●Course Purpose
To learn the contributions of Civil Engineering and Architecture to develop theenvironment that forms our society●Prerequisite Subjects●Course Topics
Field trips to construction sites and lectures about construction system andarchitecture.
●Textbook●Additional Reading●Grade Assessment
Reports:::::●Notes●Contacting Faculty
Contact to Professor MizutaniEmail mizutani@civil.nagoya‑u.jp̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Introduction to Chemical and Biological Industries(2.0credits)(化学・生物産業概論)
Course Type
Related Specialized Courses
Class Format
LectureCourse Name
Fundamental andAutomotive Engineering Automotive Engineering
Applied Physics
Starts 1
4 Spring Semester
4 Spring Semester
4 Spring Semester
Elective/Compulsory Elective
Elective
Elective
Lecturer
Associated Faculty______________________________________________________________________________●Course Purpose
The purpose of this course is to provide a broad overview of trends in chemical andbiological industries in Japan.
●Prerequisite Subjects
Not specified.
●Course Topics
This course introduces cutting‑edge R&D topics and anticipated future trends, and looks
at chemical and biological production in Japan. It illustrates how these topics relate
to society in general, how they play a role in energy and environmental issues, and how
they affect the international community. The course will invite researchers with ample
experience working abroad to give inspiring lectures in English.
●TextbookNot specified.
●Additional Reading
N/A●Grade Assessment
Grades will be based on written reports and effort/attitude in class. Students mustobtain a score of 60/100 or higher to pass the course.Credits will be awarded to thosestudents who score 60 or more.Grades are as follows: S:100 ‑ 90, A:89 ‑ 80, B:79 ‑ 70,
C:69 ‑ 60, F:59 ‑ 0.
●Notes●Contacting FacultyStudents can ask questions during lecture hours.

̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Introduction to Applied Physics/ Materials and Energy Engineering(2.0credits)(物理・材料・エネルギー工学概論)
Course Type
Related Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
4 Spring Semester
3 Spring Semester
4 Spring Semester
4 Spring Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
Associated Faculty______________________________________________________________________________●Course Purpose
Fundamentals in applied physics, material science, and quantum energy are introduced.
Magnetism and superconductivity, and recent topics of quantum computers are discussed.
Materials sciences to resolve many problems in design of physical properties, inrefining and formation processing of materials are discussed. Recent developments inmaterials science are introduced. Introduction to nuclear fusion and quantum energy
utilization are also discussed.
●Prerequisite Subjects●Course Topics
1. Introduction to magnetism 2. Introduction to quantum computers 3. Introduction tosuperconductivity 4. Introduction to laser materials processing I 5. Introduction tolaser materials processing II 6. Introduction to nuclear fusion I 7. Introduction to
nuclear fusion II 8. Introduction to nuclear fusion III 9. Introduction to nuclear
fusion IV10. Fundamentals of ceramics and applications I11. Fundamentals of ceramics
and applications II12. Fundamentals of ceramics and applications III13. Fundamentals of
metals and applications I14. Fundamentals of metals and applications II●Textbook
Lecture materials will be given during every lecture.
●Additional Reading
Shackelford, James F., Introduction to Materials Science for Engineers, Prentice Hall,
Upper Saddle River, New Jersey, USA●Grade Assessment
Evaluation will be based on written reports to be submitted at each lecture.
●Notes●Contacting Faculty̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲̲
Introduction to Production Engineering(2.0credits)(生産工学概論)
Course Type
Related Specialized Courses
Class Format
LectureCourse Name
Chemistry
Fundamental andAutomotive Engineering
Applied Physics
Automotive Engineering
Starts 1
4 Spring Semester
4 Spring Semester
3 Spring Semester
3 Spring Semester
Elective/Compulsory Elective
Elective
Elective
Elective
Lecturer
Part-time Faculty______________________________________________________________________________●Course Purpose
Lecturers from Japanese leading industries provide the knowledge of the current statusof production engineering in Japan. Developing the ability of understanding English
lectures is expected.
●Prerequisite Subjects
none●Course Topics
1. Production engineering in automobile industry 2. Production systems for automotive
parts 3. Production engineering in aerospace industry
4. Production systems foraerospace products Foreign students have first priorities. The maximum number ofstudents is limited to 30. In some lectures, group discussions and assignments may be
done. Sufficient level of English language capability, TOEIC score of 600 or its
equivalent as a minimum, is required.
●Textbook
Lecture notes are provided.
●Additional Reading
None●Grade Assessment
Reports●Notes●Contacting Faculty