2017 Program for Tokyo Institute Technology and Tohoku University
Tokyo Tech. 12 students + Prof. Yokokura + Prof. Hara = Total 14
Tohoku U.(A) 14(13+1) students + Prof. Kasukabe = Total 15
Tohoku U.(B) 10 (9+1)students + two instructors = Total 19 (only for the week of Feb 27,
including FHL trip)
Feb 20 (M) President day: University Holiday
Tokyo Institute of Technology /Tohoku University
Arrive/Hotel check-in/Free time in the afternoon
Feb 21 (T) AM:

8:00 Brief introduction (Prof . Ohuchi)
8:15 Lecture (Prof. Tsutsui)
9:45 Self-introduction (3 min PPT x 25=75 min)(Place: ‘Adler 107’ https://www.hfs.washington.edu/alder107/#gsc.tab=0 )Also see attachment
Lunch 11:30
PM: 12:30 Roberts Hall Parking C-12 area for Boeing/Microsoft tour
2:00 Future of Flight Aviation Center & Being Tour in Everett, WA
http://www.boeing.com/boeing/commercial/tours/index.page
4:30 Microsoft visitor center (open till 7:00pm)
https://www.microsoft.com/en-us/visitorcenter/(Transportation: A & A Limousine & Bus Service)Feb 22 (W) Auditing lectures (with your choice)
TimeLocation
Lecture8:30-9:20
SIG 134
MSE 170 Fundamental of Mat Sci and Eng (Prof. Hinds)
9:30-10:20 MUE 153
MSE 322 Kinetic Microstructure Evolution (Prof. Brush)
9:00-10:20 EEB 037
MSE 560 Organic Electronic/Photonic Materials (Prof. Luscombe)
10:30-11:20 MGH 231
MSE 351 Electronic Properties of Materials (Prof. Ohuchi)
10:30-11:20 MUE 153
MSE 431 Failure Analysis (Prof. Arola)
10:30-11:20 MGH242
EE 205 Intro Signal Conditions (Prof. Smith)
11:30-12:20 MUE 153
MSE 342 Materials Processing-I (Prof. Sarikaya)
11:30-12:30 EEB 054
MSE 452 Properties of Materials-II (Prof. Cao)
12:30-1:20 LOW216
ME 450 Intro Composite Materials (Prof. Tuttle)
12:30-1:20 MEB 242
ME 557 Experimental Stress Analysis (Prof. Wang)
12:30-1:20 BNS 115
CHEM E 560 Reactions at Surface (Prof. Stuve)
12:30-1:20 PAA A 114 PHYS 429 Biophysics (Prof. Marcel)
Those who wish to take different classes should look at the class offering list fromweb site: http://www.washington.edu/students/crscat/ .
1.
2.
3.
4.

Choose appropriate School or College of your interest
Pick Department of your interest from 1.
From the selected department, click tab on Winter Quarter 2017
Winter Quarter 2017 Time Schedule will be appeared, so you look throughcourses, and pick one of your interest.
5. Identify name of the instructor, and ask him/her to get permission for auditing
the class. Please do this process by yourself.

1:00-5:00

Professional career forum
Career seminar-1
Gail Cornelius, Director of UW-COE Career Center
Career seminar-2
Prof. Ohuchi (Materials Science and Engineering)
Career panel discussion: Invite Japanese students currently enrollingin UW PhD program(Place: ‘Adler 107’ https://www.hfs.washington.edu/alder107/#gsc.tab=0 )Feb 23 (Th) 9:00-12:00

Lab visit, Research Center visit, discussion with students
Tour TA arrangement : 4 TAs

1:30-4:30

Research seminar-1 Prof. Sarikaya
Research seminar-2 Prof. Xu
See abstracts below(Place: ‘Adler 107’ https://www.hfs.washington.edu/alder107/#gsc.tab=0 )Feb 24 (F) Auditing lectures (with your choice)
TimeLocation
Lecture8:30-9:20
SIG 134
MSE 170 Fundamental of Mat Sci and Eng (Prof. Hinds)
9:30-10:20 MUE 153
MSE 322 Kinetic Microstructure Evolution (Prof. Brush)
9:00-10:20 EEB 037
MSE 560 Organic Electronic/Photonic Materials (Prof. Luscombe)
10:30-11:20 MGH 231
MSE 351 Electronic Properties of Materials (Prof. Ohuchi)
10:30-11:20 MUE 153
MSE 431 Failure Analysis (Prof. Arola)
10:30-11:20 MGH242
EE 205 Intro Signal Conditions (Prof. Smith)
11:30-12:20 MUE 153
MSE 342 Materials Processing-I (Prof. Sarikaya)
11:30-12:30 EEB 054
MSE 452 Properties of Materials-II (Prof. Cao)
12:30-1:20 LOW216
ME 450 Intro Composite Materials (Prof. Tuttle)
12:30-1:20 MEB 242
ME 557 Experimental Stress Analysis (Prof. Wang)
12:30-1:20 BNS 115
CHEM E 560 Reactions at Surface (Prof. Stuve)
12:30-1:20 PAA A 114 PHYS 429 Biophysics (Prof. Marcel)
2:00
3:00

Football Stadium tour (Alaska Airlines Arena by the Husky Team Shop)
See map attached
Shopping at the Husky Authentic Team Shop

3:30

BBQ MSE Court Yard (Meet our students)

Feb 25 (Sat) Free time (morning)
2:00 Basketball Women’s basketball vs Utah @Alaska Airline Arena
See information attached
Private reception at Prof. Ohuchi’s residence in Bellevue.
9421 NE 1st Street, Bellevue, WA 98004 (See Map and Bus schedule attached)House opens after 5:00pm 先週の大雨で地階が水漏れし、修理のため今年のレセプションは残念ですが中止です。

Feb 26 (Sun) Tokyo-Tech party leaves back to JapanFeb 27 (Mon)
Tohoku (A) Auditing lectures/Seminars (with your choice)
TimeLocation
Lecture12:30-1:20 MEB 127
ME 557 Experimental Stress Analysis (Prof. Wang)
12:30-1:20 BNS 115
CHEM E 560 Reactions at Surface (Prof. Stuve)
1:30-2:50
CMU 230
MSE 541 Defects in Materials (Prof. Yang)
4:00-5:00
MUE 153
MSE 520 MSE Graduate seminar
4:00-5:00
PAA-A110
CHEM E ChemE Graduate seminar
3:30-5:20
PAA A102
PHYS 580 Physics Colloquium
3:30-4:50
EEB 045MSE 582 Biomaterials and Tissue Engineering
4:00-5:00
LOEW 216 AE 598
Aerospace Engineering ColloquiumThis may be changed. Will inform.
Individual activity
Tohoku (B)
8:15
Brief Introduction (Prof. Ohuchi)
8:30
3 min-self introduction (2 min response)
10:00
Lecture by Prof. Tsutsui
Location Wilcox 243
Afternoon

Attending class/seminar as indicated above
Individual contact to research laboratories

After Feb 28: Tohoku-U(B) group joins to U(A) group.
Feb 28 (Tues)

Friday Harbor Lab Field Trip (day-1)
See map.
Transportation Beeline Service(from UW to Anacotes)
7:45 Bus departure from UW to Anacortes
10:30 Ferry departure from Anacortes to Friday Harbor Lunch in FH
2:00 FHLab housing registration/check-in
2:30 R/V Centennial marine lab experience
See information attached below

March 1 (Wed)Friday Harbor Lab Field Trip (day-2)
9:00 Prof. Billie Swalla, Director of FHL and Prof. of Biology
10:30 FHL tour
1:00 Student presentation and tutoring: Session #1 (limit to 5 hours)
Dinner : Eat out in FH down town

March 2 (Thursday) Friday Harbor Lab Field Trip (day-3)
9:00 Student presentation and tutoring: Session #2 (limit to 2 hours)
12:10 Ferry departure from Friday Harbor to Anacortes
2:30 Bus departure from Anacortes to UW to SeaTac Airport hotel
Transportation Beeline Service(from Anacotes to SeaTac Airport through UW))

March 3 (Friday)

9:00-13:00

Wrap-up Presentation
Closing ceremony

March 4 (Saturday) Tohoku party leaves back to Japan

Location: Adler 107

Alder Commons Meeting Room 107
Alder Hall: 1310 NE 40th Street Seattle, WA 98105. Entrance on NE 40th Street between Brooklyn
Avenue NE and University Way NE
Room Type: Meeting room/classroom
Capacity: 52 (standard classroom set), 78 max
Seating: Flexible room set with tables and chairs
Media Equipment: Projector, screen, speakers, laptop hookup
Features: Whiteboard walls, tack walls, outlets in floor
Wi-Fi: Yes
Wheelchair Accessible: Yes
Catering Available: Yes

Other

Available to UW residence hall students and escorted guests when not reserved for an event.
• Catering is available exclusively through UW's Bay Laurel Catering, which offers a variety ofquality culinary options from boxed lunches to banquets.
Special room sets are available and may entail an additional cost.

Molecular Biomimetics - Genetically Designed Devices
Mehmet Sarikaya
Professor of Materials Sci. & Eng., Chem Engineering and Oral Health Sciences
GEMSEC, Genetically Engineered Materials Science and Engineering Center
University of Washington, Seattle, WA 98195, USAsarikaya@uw.edu; http://www.GEMSEC.washington.edu
ABSTRACT
Predictably interfacing biological molecules with solids is the key for drug delivery, enzyme
immobilization, biofunctionalization of implants, and signal transduction in bio- and chemical-sensors.
Highly specific interactions controlled by proteins enable explicit recognition of minerals andformation of intricate supramolecular architectures in nature. Mimicking natural proteins, engineered
short polypeptides have become ubiquitous molecular tools in addressable functionalization of solidinterfaces towards technological applications, beyond medicine. Simplicity of peptide sequences andfunctional domains offer latent means for tailoring and interrogating intermolecular forces throughrational mutations. Direct experimental observation of interaction of peptides with solids requires welldefined surfaces, e.g., atomic-scale topography, crystal structure, or surface chemistry, kept persistentunder biological conditions. These requirements are realized with metals (Au), 2D solids, e.g.,graphene and layered dichalcogenides, and Quartz. Using designed or biocombinatorially selected
peptides, we demonstrate control of molecular interactions on surfaces leading to organizedarchitectures, used in electronic and photonic technological implementations as well as in medicine,e.g., in inorganic solid synthesis (e.g., nanoparticles and thin films), in FET devices, LEDs, photonic
crystals, tissue repair, and biomimetic PVs, all under biologically viable conditions of water, pH7,
room temperature, and atmospheric condition encompassing many of the developments in materials
fabrication during the last 2 decades. Funded by USA-ARO, NSF-DMR BioMat., MRSEC, DMR-MGI
NIH-NIDCR & NCI, JAPAN JST PRESTO.

Title: Optoelectronics of 2D Transition Metal Dichalcogenides
Professor Xiaodong Xu
Department of Physics
Department of Materials Science and Engineering
Abstract:
Two dimensional transition metal dichalcogenides are a recent addition to the 2D electronic materials
family. They have shown outstanding electrical and optical properties for new optoelectronic device
concepts. In this talk, we will first discuss the unique interplay between spin, valley, and layer
pseudospins in bilayer WSe2. Such coupling effects lead to electrical control of spin states and opticalgeneration of valley coherence through interlayer trions, where electrons and holes are localized indifferent layers. We will then talk about optoelectronic devices based on monolayer WSe2, such as p-njunctions as light emitting diodes. We will conclude the talk with a discussion of the optoelectronic
properties of both vertical and lateral MoSe2-WSe2 heterostructures.

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R/V CentennialHome

1/7/17, 6:22 AM

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R/V Centennial
General Description
Equipment
Rate
Contact
Calendar
Adopt-A-Trip
Detailed Specifications >>General Description
Length over all: 58’
Beam: 19’6”
Hull: SteelWorking deck: 610 sq. ft. (covered exterior wet lab: 112 sq. ft.)
Interior dry-electronics lab: approximately 200 sq. ft
Cruising speed: 9-10 knots
Sleeps: 6 crew-scientists (multi-day cruises encouraged)
Maximum crew plus passengers: 34 (25 for trawls or dredges)
Fuel capacity: 3600 gal

Equipment
Remotely Operated Vehicle: Deep Ocean Engineering Phantom HD-2+2, 1000 depth capacity, 1100 ft. umbilical, high resolution color
camera, video output to 50” color plasma monitor in dry-lab, digital video recorder, lateral thruster, and Hypack-Trackpoint navigational
system, forward looking sonar, manipulator arm.
Trolling valve (for slow speed operation)
Bow thruster
Floodable tank amidships (1200 cu. ft.) for adjusting ballast, and aft tank (70 cu. ft., below deck) for holding live fish.
2-boom system for lifting instruments overboard, trawling, dredging, and plankton work. Safe Working Load (SWL) for main boom andwinch set to 4500 lbs. Main boom has under-slung main wire run through a hydraulically movable trolley system.
High volume wash down pump. Additional seawater system pipes undisturbed subsurface water from the ship’s bow to the wet lab.
Two Dugas trawl winches (to support single and double wire trawling), each with 400 fathoms wire rope. Hydraulic trawl reel.
Instrument well (15” diameter) for deploying transducers
Electrical VDC: 12 and 24 volt system
Electrical VAC: 40 KW (John Deere) and 25 KW (Yanmar) generators
Extensive bridge electronics and navigational systems
Extensive safety equipment including 30 person and 6 person (offshore) life rafts with hydrostatic release. 8 survival suits.
Nets and doors (2.5m Fishbuster) for one and two wire trawling (midwater and bottom). Acoustic net monitoring system for quantitative
assessment of trawls. Second trawl system (single wire) utilizing smaller doors and trawl (otter trawl).
Hydro-winch with 800m Armagraph (.332) conducting cable for real-time data collection. CTD (temperature, salinity, dissolved oxygen,and fluorescence) and 12 Niskin bottle carousel.
Rock, mud, and anchor dredges, beam trawl, Van Veen grab, miscellaneous plankton nets (including opening-closing)
Tritech-SeaKing 325 kHz side scan sonar (can be deployed from Centennial or from ROV)
Sontek 250kHz Acoustic Doppler Current Profiler (approximately 200m range) with bottom trackingAmple freezer and refrigerator space for sample storage

https://depts.washington.edu/fhl/fac_RVCentennial.html

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