Plenary 1.Gang Chen Massachusetts Institute of Technology
Coherent and localized phonon
heat conduction
08:50
– 09:30
Plenary 2.Eiji SaitohTohoku
University Spin current physics and applications
09:30
– 09:45
Break
Session I
09:45
– 11:00 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Patrick
Hopkins and Junichiro Shiomi
09:45
– 10:00
I-1.
Joseph HeremansOhio
State University Entropy transport in Weyl semimetals with
topologically protected charge carriers
10:00
– 10:15
I-2. Masahiro Nomura University
of Tokyo Thermal conduction
engineering in Si membranes by phononic nanostructures
10:15
– 10.30
I-3. Michael Pettes
University of Connecticut Giant
mechanico-optoelectronic effect in an atomically-thin
semiconductor
10:30
– 10.45
I-4. Ken-ichi Uchida National
Institute for Material Science (NIMS) Thermal
imaging of spin-caloritronic phenomena
10:45
– 11:00
I-5. Austin Minnich California
Institute of Technology Thermal
response of materials to extreme temperature gradients and the role of
the
spatial frequency
11:00
– 11:15
Break
Session II
11:15
– 12:15 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Austin
Minnich and Koji Miyazaki
11:15
– 11:30
II-1.
Sebastian Volz National
Center for Scientific Research(CNRS)
Near-field radiation:
tunneling and guiding heat
11:30
– 11:45
II-2. Kazuhiro FushinobuTokyo
Institute of Technology
Nanoscale materials
processing by means of modulated short pulse lasers
11:45
– 12:00
II-3.
Pramod ReddyUniversity
of Michigan
Thermal radiation at the nanoscale
12:00
– 12:15
II-4.
Katsunori Hanamura Tokyo
Institute of Technology
Spectral control of
near-field radiation transfer and its application for TPV generation of
electricity
12:15
– 13:45
Lunch
Session III
13:45
– 15:45 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Amy
Marconnet and Shohei Chiashi
13:45
– 14:00
III-1.
Masamichi KohnoKyushu
University
Water molecule
absorption/desorption on VA-SWNT film in water vapor
14:00
– 14:15
III-2. Hirofumi DaigujiUniversity
of Tokyo
Water transport in confined
nanospace
14:15
– 14:30
III-3.Shalabh MarooSyracuse
University Microlayer
evolution and heat transfer with a steady state vapor bubble
14:30
– 14:45
III-4.Koji TakahashiKyushu
University AFM and TEM studies on nanobubbles
14:45
– 15:00
III-5.Gota Kikugawa Tohoku
University
Molecular transport of liquids
in the confined space: A fundamental study and applications to device
process
15:00
– 15:15
III-6.Shannon YeeGeorgia
Institute of Technology
Thermal and thermoelectric
transport in polymers
15:15
– 15:30
III-7.Tomohide Yabuki
Kyushu Institute of Technology Boiling heat transfer
enhancement by controlling microlayer behavior
15:30
– 15:45
III-8Mitsuhiro MatsumotoKyoto
University
Fluid phase change in thin gap
15:45
– 16:00
Break
Session IV
16:00
– 17:30 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Shannon
Yee and Gota Kiukugawa
16:00
– 16:15
IV-1.Shohei ChiashiUniversity
of Tokyo Fabrication
of pure-semiconducting single-walled carbon nanotube arrays and
nanotube transistors
16:15
– 16:30
IV-2.Jonathan MalenCarnegie
Mellon University Sound
speed differentiates thermal transport in lead halide perovskites
16:30
– 16:45
IV-3.Shigeo MaruyamaUniversity
of Tokyo Carbon
nanotube films for perovskite solar cells with higher
stability
16:45
– 17:00
IV-4.Alan McGaughey
Carnegie Mellon University Degree-of-freedom
resolved thermal transport in the C60 molecular crystal
17:00
– 17:15
IV-5.Tengfei LuoUniversity of Notre Dame The
role of surface
functionalization on thermal transport across hard-soft material
interfaces
17:15
– 17:30
IV-6.Takashi Kodama
University of Tokyo Suppression
of interfacial heat transport between silica nanoparicles by silane
coupling
method
17:30
– 17:45
Break
Millie Dresselhaus Memorial Session
17:45
– 18:15(at Zuiho-no-Ma, 瑞宝の間, 10F)
Shigeo Maruyama, Arun
Majumdar, Gang Chen
Poster Session &
Banquet
18:15
– 20:30 (at Zuiho-no-Ma, 瑞宝の間, 10F)
P-1.Akanksha Menon
Georgia Institute of Technology Understanding thermally activated
charge transport in N-type metallo-organic polymers
P-2.Andrea Pickel University of California,
Berkeley
Investigating apparent self-heating
of individual luminescent nanoparticle thermometers
P-3.Andrew Rohskopf
Georgia Institute of Technology Phonon optimized potentials
P-4.Chengyun Hua Oak Ridge National Laboratory(ORNL) Experimental metrology to
obtain thermal phonon transmission coefficients at solid
interfaces
P-5.Dakotah ThompsonUniversity
of Michigan
Radiative heat conductances
between dielectric and metallic parallel plates with nanoscale
gaps
P-6.Geoff Wehmeyer University of California, Berkeley Nanoscale thermometry
utilizing thermal diffuse scattering in the scanning transmission
electron
microscope
P-7.HaidongWang Kyushu
University Thermal rectification in suspended monolayer
graphene
P-8.Hao Ma Virginia
Institute of Technology Significantly high thermal rectification
in an asymmetric polymer molecule driven by diffusive versus ballistic
transport
P-9.Hiroaki MatsuuraKeio
University
Microscale mass transport in
ternary polymer solutions observed by Soret forced Rayleigh scattering
method
P-10.Jeffrey BraunUniversity
of Virginia
Thermal conductivity
reduction through increasing number of distinct components in
entropy-stabilized oxides
P-11.
Kazuhito Dejima Meji University Heat flux measurement in an internal combustion
engine with a metal substrate MEMS sensor
P-12.Kazuma Isobe Tokyo
Institute of Technology Paremetric study of nanometer-sized
pillar array structure for spectrally enhanced near-field radiation
transfer
P-13.Kozo Furuta Kyoto University Shape sensitivity for thermal
design problem based on the Boltzmann Transport Equation
P-14.Laurent Tranchant
Kyushu Institute of Technology Measurement of the enhanced
thermal transport and propagation of surface phonon-polaritons in the
case of
silica suspended thin films
P-15.LeighAnn Larkin University
of Virginia The effect of long-range order on thermal
conductivity in cold-worked Fe50Pd50
alloys
P-16.Makoto KamataKeio
University
Nano-sized sample analysis
based on diffusion coefficient using optoelectronic microfluidic
sensor
P-17.Masahiko Shibahara Osaka
University
Molecular dynamics study on
influence of nanostructures on energy transfer mechanism over a
fluid-solid
interface
P-18.Qin-Yi LiKyushu
University
Dual-mode Raman method to
measure thermal transport properties of 2D materials and van der Waals
heterostructures
P-19.Riku Enomoto Tokyo
Institute of Technology
Investigations on thermophysical
and electronic properties of Pt-porphyrin molecular solids
P-20.Sean LubnerLawrence
Berkeley National Laboratory (LBNL)
Characterizing and
engineering nanoscale thermal interfaces for advanced thermal
insulation and
Lithium-ion batteries
P-21.Sergei GluchkoNational Center for Scientific Research(CNRS) Thermal
excitation of broadband and long-range surface waves on SiO2 submicron
films
P-22.Shenghong JuUniversity
of Tokyo
Designing nanostructures for
phonon transport via materials informatics
P-23.Shunta HaradaNagoya
University
Change in thermal
conductivity of natural superlattice oxides accommodating with oxygen
deficiency
P-24.Tsuyoshi Nagasawa Tokyo Institute of Technology Nano-micro
scaled active site imaging of porous composite cathode in solid oxide
fuel cell by quenching and oxygen isotope labeling
P-25. Wei-Lun Hsu
University of Tokyo Nanopore protein sensing
using induced reverse electroosmotic flow
P-25.Yoichiro Tsurimaki Massachusetts Institute of Technology Enhancement of absorption of
light in 1D multi-layered structures with interfacial states
Day 2 (Tuesday,
July 4th)
Session V
08:00
– 10:30 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Xiaojia
Wang and Yoichi
Murakami
08:00
– 08:30
Keynote
1.Arun Majumdar Stanford University
Heat engines based
on redox work
08:30
– 09:00
Keynote
2.Hiroshi
Yamaguchi NTT
Basic Research Laboratories
Acoustic
phonon manipulation in GaAs/AlGaAs electromechanical systems
09:00
– 09:15
V-1.Patrick HopkinsUniversity
of Virginia
Actively switching the
thermal conductivity of thin films via external loads: electric fields,
liquid
infiltration of proteins and modulated laser energy
09:15
– 09:30
V-2.Yuji AwanoKeio
University
Advanced
quasi-self-consistent Monte Carlo simulations of non-stationary-state
electron
and phonon transport in nanometer-scale Gallium Nitride High Electron
Mobility
Transistors(HEMTs)
09:30
– 09:45
V-3.Osamu NakabeppuMeji University
Application
of thin film thermal sensor to IC engine
09:45
– 10:00
V-4.Kenneth GoodsonStanford
University Nano
thermal materials for power electronics
10:00
– 10:15
V-5.Taku Ohara Tohoku
University Analysis
of molecular energy transfer for the design of thermal medium fluids
10:15
– 10:30
V-6.Ryotaro MatsudaNagoya
University Gas
adsorption and transformation heat in the nanospace of metal organic
frameworks
10:30
– 10:45
Break
Session VI
10:45
– 13:00 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Michael
Pettes and Mitsuhiro Matsumoto
10:45
– 11:00
VI-1.Renkun Chen University
of California, San Diego
Thermal transport in amorphous
nanostructures
11:00
– 11:15
VI-2.Toru Ujihara Nagoya
University Controlling thermal
conductivity in tungsten trioxide by ion-intercalation
11:15
– 11:30
VI-3. Deyu Li Vanderbilt
University
Kinked morphology as a new
freedom to tune the thermal conductivity of nanowires
11:30
– 11:45
VI-4. Takuma Shiga University
of Tokyo
Contributions of coherent and
incoherent phonons to heat conduction
11:45
– 12:00
VI-5. Chris Dames University of California, Berkeley Nanoscale thermal metrology
using electrons and photons
12:00
– 12:15
VI-6. Yoshihiro Taguchi Keio
University
Development of nanoscale
thermometry using near-field optics
12:15
– 12:30
VI-7. Amy Marconnet Purdue
University
Thermal transport in
mesoscale, heterogeneous systems
12:30
– 12:45
VI-8. Koji Miyazaki Kyushu
Institute of Technology Printed thermoelectric device
12:45
– 13:00
VI-9.
TBD
Excursion
13:00
–
Day 3 (Wednesday,
July 5th)
Session VII
8:00
– 10:30 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Alan
McGaughey and Masamichi
Kohno
08:00
– 08:30
Keynote
3. Li Shi University of Texas at Austin
Inelastic light
scattering measurements of phonon and magnon transport in materials
with
unusual thermal properties
08:30
– 09:00
Keynote
4.Junichiro
Shiomi University
of Tokyo Designability
of nanostructures for thermal transport
09:00
– 09:15
VII-1.Lucas LindsayOak
Ridge National Laboratory (ORNL)
First principles nanoscale
phonon transport: insights and predictions
09:15
– 09:30
VII-2.Asegun HenryGeorgia
Institute of Technology Thinking
beyond the phonon gas model
09:30
– 09:45
VII-3.Philip AllenStony
Brook University Ballistic/Diffusive
(nonlocal) behavior: Boltzmann treatment of the temperature
distribution near a
heat source
09:45
– 10:00
VII-4.Terumasa Tadano
National Institute for Material Science (NIMS) First-principles simulation of
phononic thermal transport in strongly anharmonic solids
10:00
– 10:15
VII-5.Jennifer LukesUniversity
of Pennsylvania
Validity of the isotropic thermal conductivity assumption in supercell
lattice dynamics
10:15
– 10:30
VII-6.Xiulin RuanPurdue
University Phonon
spectroscopy using predictive atomic scale simulations
10:30
– 10:45
Break
Session VIII
10:45
– 13:00 (at Kujyaku-no-Ma, 孔雀の間,
11F)
Chairs: Tengfei
Luo and Masahiro Nomura
10:45
– 11:00
VIII-1.Ken Uchida Keio
University
Nanoscale low-energy molecular sensors with thermal awareness
11:00
– 11:15
VIII-2.Mona Zebarjadi University
of Virginia Cross-plane and in-plane
thermoelectric transport in 2D materials
11:15
– 11:30
VIII-3.Yoshiaki Nakamura Osaka
University
Epitaxial nanostructure
design for control of phonon and electron transport
11:30
– 11:45
VIII-4.Zhiting Tian Virginia
Institute of Technology Boron arsenide phonon
dispersion from inelastic x-ray scattering: Potential for ultrahigh
thermal
conductivity
11:45
– 12:00
VIII-5.Tsunehiro Takeuchi Toyota Technological Institute Development of thermal diodes
using Ag2Ch (Ch = S, Se, Te)
12:00
– 12:15
VIII-6.Keivan Esfarjani University
of Virginia Solid-state thermionic
transport with layered materials
12:15
– 12:30
VIII-7.Yoichi Murakami Tokyo
Institute of Technology
Kinetics and transport
properties of triplet-sensitized photon upconversion in fluids and
gels
12:30
– 12:45
VIII-8.Xiaojia Wang University of Minnesota
Time-resolved magneto-optical
Kerr effect for ultrafast thermal and magnetic characterization
12:45
– 13:00
VIII-9.Yongjie Hu University
of California, Los Angeles
Tuning and mapping the
thermal spectra of 2D van der Waals materials
