ＴＩＡ GRADUATE SCHOOL SUMMER OPEN FESTIVAL ２０１８

Summer Lecture in 2018 for Nanoscience/Nanotechnology
Recruitment of Participants
The Graduate School of Pure and Applied Sciences, University of Tsukuba and Institute for NanoScience Design,
Osaka University will jointly hold the Summer Lecture in 2018 for Nanoscience/Nanotechnology as part of thedevelopment of human resources. Lectures will be relayed by TV conference system between Tsukuba and Osaka.
We are looking forward to your participation.
Dates

July 30 to Agust 10, 2018 (10 days: No lecture on 4thSat., 5thSun. )Venues B0110, Laboratory of Advanced Research, University of Tsukuba,
Suita Campus and Toyonaka Campus, Osaka University
Lecturers

1. Prof. Marie D'angelo(Institut des Nanosciences de Paris, Sorbonne Université/UMR 7588 du CNRS)“Introduction to Photoemission using Synchrotron Radiation”【Offered from Osaka】

3. Assitant Prof. Venkatesha Rama Hathwar (Center for materials Crystallography, University of Tsukuba)“X-ray Scattering and Electron Density Analysis: Methodology and Applications”【Offered from Tsukuba】

4. Prof. Etienne Gheeraert, Prof. Henri Mariette (Institut Néel, CNRS and University of Grenoble Alpes, France)“Semiconductor Physics and Engineering, Doping, Defect, Optical Properties”【Offered from Tsukuba】

Targeted Participants Graduate students and professionals interested in Nanotechnology and Nanoscience
Note: With a recommendation letter from your academic adviser, college seniors and students of technicalcolleges can attend this course.
Number of Positions Around 30 people (10-days attendance in principle)

Selection Process

Registration form screening （ In case of oversubscription, we will give priority to graduatestudents） Note: After the application deadline, a participation confirmation will be sent to all participantsby e-mail.
Tuition Fee Free
Travel Expenses■For students not from the University of Tsukuba: Support for Travel expenses, and some assistancefor accommodation fee; As assistance for accommodation, you can stay at accommodation of Universityof Tsukuba. However numbers are limited, and the first-come, first-served basis. If you would like tomake a reservation, please check the box of the Registration form. If you stay at another hotels, a partof accommodation fee (about 3,000yen) will be provided later.
■Others：No assistance for travel expenses or accommodation fee, *By your own expenses, you canstay at accommodation of University of Tsukuba, it depends on the room availability. If you would like tomake a reservation, please check the box in the Registration form.
Note: Young researchers from CUPAL* can be provided the same assistance as students above.
*Summer lectures are also held as the program of Nanotech Career-up Alliance(CUPAL) which is “Theconstruction project for the consortium of the fostering science and technology personnel”subsidized by Ministryof Education, Young researchers from CUPAL Alliance can be provided the assistance from this project . Refer tothe following site for the details of CUPAL: https://nanotechcupal.jp/

How to Apply
Access the URL (https://tia-edu.jp/summer_fes2018/) , and click the “Summer Lecture in 2018”.
From the “Application”, “Click Here”, you can access to the application form, please fill in and submit the form.

Application Deadline： July.9th. 2018
ＴＩＡ連携大学院サマー・オープン・フェスティバル２０１８
SUMMER LECTURE in 2018 for Nanoscience/Nanotechnology

1Approval of Credits
Graduate Students from outside of the University of Tsukuba
University of Tsukuba approves the class subjects (1 credit each) of this Summer School as in theregular curriculum of Graduate program; for this reason, the graduate students who wish to acquire thecredits can take the classes as Exchange Students by obtaining permission from both their university
and University of Tsukuba.

If e-mail notice of participation confirmation received and would like toacquire the credits of the class subject, refer to the web page, “Acquire the credits”.
Graduate Students of University of Tsukuba
The students who received e-mail notice of participate confirmation and would like to acquire thecredits, register class subjects in TWINS by your major field. The credits will be included as completionof requirements of Graduate program*.
*In Doctoral course, only the students of Nanoscience/Nanotechnology major, can acquire the credits.
Majors Nano-science andClasses and Lecturers

Advanced Nanotechnology Ⅰ
Prof. Marie D'angelo

Advanced Nanotechnology Ⅲ
Dr . Venkatesha Rama Hathwar
Advanced Nanotechnology Ⅳ
Prof. Henri Mariette,
Prof. Etienne Gheeraert

Applied Physics

Materials Science

Physics

02BQ207

01BF291

01BG089

01BC306

02BQ208

01BF29301BG091

01BC308

02BQ209

01BF294

01BG092

01BC309

Nano-technology

Schedule from Registration to the last dayDateItems

9th July

Application deadline*Who wish for Exchange students should apply before the deadline of documents.
Refer to the following blank as details.

29th June

Deadline for the request document to University of Tsukuba for Exchange Students.
(Only for Graduate students out side of University of Tsukuba)

10th July*Who wish toattend as Exchange
Student can get
confirmation e-mailbofore the deadline.

An e-mail notice of participation confirmation will be sent from applicants.
If you are a confirmed participant, you will have the information as below:① ＴＷＩＮＳ subjects enrollment info（Only for Graduate students of University ofTsukuba）② Application Form for transportation and accommodation support (Only for students)※You pay first and we will make it up according to the RECEIPT you submit to us.
③ *Application Form for Exchange Students (Only for Graduate students out side ofUniversity of Tsukuba）

10th August

TWINS Input due date（Only for students of University of Tsukuba）*You can input Advanced Nanotechnology Ⅲ from 20th July.

30th July

Lectures begin

4th 5th August

No lectures

10th AugustApplication deadline for transportation and accommodation fee support(Only for students).
※You pay first and we will make it up according to the RECEIPT you submit to us.

Contact Information
University of Tsukuba, Tsukuba Innovation Arena Promotion Officetia-edu@un.tsukuba.ac.jp Tel. 029-853-8389

http://tia-edu.jp
ＴＩＡ連携大学院サマー・オープン・フェスティバル２０１８
SUMMER LECTURE in 2018 for Nanoscience/Nanotechnology

2■ Lecture Schedule

Advanced Nanotechnology Ⅰ

Prof. Marie D'angelo
Advanced Nanotechnology Ⅲ

Asistant Prof. Venkatesha Rama Hathwar
Advanced Nanotechnology Ⅳ

Prof. Henri Mariette, Prof. Etienne Gheeraert
Time＼Date

7/30

7/31

8/1

8/2

8/3

8/4

8/5

8/68/7

8/8

8/9

8/10

※9：00-10：34
10：45-12：19

ＯＦＦ ＯＦＦ
13：15-14：49
15：00-16：34※ Extra day as final exam

■ Welcome Party ※For participants at University of Tsukuba

Details to be announced later .
■Abstract ※Program contents might be changed which please be noted.

Introduction to Photoemission using Synchrotron Radiation【配信：大阪大学】

Prof. Marie D'angelo(Institut des Nanosciences de Paris, Sorbonne Université / UMR 7588 du CNRS)

1. Generalities and technical aspects of photoemission 2. Theoretical aspects: interaction Hamiltonian and transition probability
3. Transitions from localized states: core level photoemission 4. Band dispersion: Angle-Resolved Photoemission
5. X-ray production: comparison of X-ray tubes, synchrotron radiation and Free Electron Laser
6. Basics and theory of synchrotron radiation 7. New developments in photoemission: time-resolved and near ambient pressure photoemission

X-ray Scattering and Electron Density Analysis: Methodology and Applications【配信：筑波大学】

Asistant Prof. Venkatesha Rama Hathwar(Center for materials Crystallography, University of Tsukuba)
X-ray diffraction is the most reliable method for the accurate determination of atomic positions in crystalline materials. A precise knowledge ofelectron density distributions obtained using high resolution X-ray data provides vital information about the chemical and physical properties of amaterial. The electron density analysis has been evolved into a dynamic research area over the years and now routinely applied in the field ofchemistry, physics, material science and biology. In my lecture course, I will be describing background of X- ray scattering and electron density
analysis with a special focus on recent applications in understanding the structure-property relationships.

Semiconductor Physics and Engineering, Doping, Defect, Optical Properties【配信：筑波大学】

Prof. Henri Mariette ＆ Prof. Etienne Gheeraert(Institut Néel, CNRS /University of Grenoble-Alpes, France)
4. Semiconductor doping by ion implantation*Ion-matter interaction, implantation profile *Defects production andannealing *Transient Enhanced Diffusion (TED)
5.Basic phenomena in semiconductor optics.
*Carrier and exciton recombination processes *From weak tostrong coupling *low dimensionnalities (quantum wells, wires, dots)*Experimental technics
6.Elementary electronic devices*Pn diode, Schottky diode *MOS transistor, MESFET

1. Introduction to the various semiconductor materials and general
concepts*Si, Ge, III-V, II-VI *Direct/Indirect gaps *Binaries versus alloys*Pertubations in semiconductors: the envelope function approach
2. Semiconductor doping by diffusion*Shallow electronic states *Solid state diffusion *Deep defects,
formation and migration energy *Semiconductor doping with diffusion
3. Pecularities of wide bandgap semiconductors.
*Doping asymmetry: origins and solutions *The case of GaN *Otherexamples
ＴＩＡ連携大学院サマー・オープン・フェスティバル２０１８
SUMMER LECTURE in 2018 for Nanoscience/Nanotechnology

3