Schedule

Plenary Speakers

• 
  Car, Roberto (Princeton Univ, USA)
  https://chemistry.princeton.edu/faculty-research/faculty/roberto-car/ open_in_new
  Molecular simulation in the age of artificial intelligence
  
• 
  Fuhrer, Michael S. (Monash University, Australia)
  https://research.monash.edu/en/persons/michael-fuhrer/ open_in_new
  Reconfigurable quantum materials for low-energy electronics
  
• 
  George, Steven M. (Univ. of Colorado Boulder, USA)
  https://www.colorado.edu/lab/georgegroup/ open_in_new
  Thermal Atomic Layer Etching of High K and Semiconductor Metal Oxides
  
• 
  Jiang, Ying (Peking University, China)
  http://jiang.pku.edu.cn/ open_in_new
  Water and ice under extreme confinement
  
• 
  Nijhuis, Christian (University of Twente, Netherland)
  https://people.utwente.nl/c.a.nijhuis open_in_new
  Molecular-Scale Information Processing with Dynamic Molecular Switches
  
• 
  Ohta, Hiromichi (Hokkaido University, Japan)
  https://functfilm.es.hokudai.ac.jp/ open_in_new
  From Oxide Electronics to Thermo-iontronics: Controlling Electrons, Phonons, and Ions in Metal Oxides
  
• 
  Repp, Jascha (University Regensburg, Germany)
  https://www.uni-regensburg.de/physics/repp/home/ open_in_new
  Non-equilibrium at atomic scales: shaken or stirred… and scanned
  
• 
  Tada, Mizuki (Nagoya University, Japan)
  https://cat.chem.nagoya-u.ac.jp/ open_in_new
  Unlocking the complexity of solid materials through operando spectroimaging
  

Invited Speakers

Fabrication of Nanostructures and Films

• Ago, Hiroshi (Kyushu University, Japan) open_in_new
  Controlled synthesis and transfer of 2D materials for electronic applications
  
• Chu, Ying-Hao Eddie (National Tsing Hua University, National Yang Ming Chiao Tung University, Academia Sinica, Taiwan) open_in_new
  Van der Waals Heteroepitaxy of Bi2O2Se for Advanced Electronics
  
• Fukata, Naoki (NIMS, Japan) open_in_new
  Functionalized Semiconductor Nanostructures for Future Electronic- and Energy-related Devices
  
• Kobayashi, Takashi (Riken, Japan) open_in_new
  Characterization and operations of academically developed silicon 12- qubit devices
  
• Mizuguchi, Masaki (Nagoya University, Japan) open_in_new
  Control of anomalous Nernst effect in nano-porous magnetic thin films
  
• Pierre, Seneor (Université Paris-Saclay, CNRS, Thales, France) open_in_new
  2D Spintronics: From Spinterface to Band Engineering of VDW Heterostructures
  
• Qing-Tai , Zhao (Forschungszentrum Julich GmbH, Germanｙ) open_in_new
  Silicon devices for neuromorphic computing
  
• Tomioka, Katsuhiro (Hokkaido University, Japan) open_in_new
  Vertical III-V Nanowire Multi-Mode Transistor for Circuit Application
  

Surface and Interface Engineering for Electronic Devices

• Jia, Baohua (RMIT University, Australia) open_in_new
  Engineering Atomaterials for Sustainability Devices
  
• Kim, Young Keun (Korea University, Korea) open_in_new
  3D Chiral Spintronics: Spin-Selective Transport through Chiral Magnetic Nanohelices
  
• Sakai, Akito (The University of Tokyo, Japan) open_in_new
  Intrinsic transverse thermoelectric effect in topological magnets and its application to heat flow sensors
  
• Takahashi, Takanori (Nara Institute of Science and Technology, Japan) open_in_new
  Atomic layer deposited oxide semiconductor nanosheet for integrated device applications
  

Electrons, Spins, Photons, Phonons in 1D, 2D Materials

• Markus, Donath (Munster University, Gernany) open_in_new
  Exotic Spin Textures in Unoccupied Two-Dimensional Electron States
  
• Rong, Xiang (Zhejiang University, China) open_in_new
  One-dimensional van der Waals nanotubes and heterostructures
  
• Shengxi, Huang (Rice University, USA) open_in_new
  Improving single photon emission from vdW materials via atomic engineering
  
• Vincent, Tung (The University of Tokyo, Japan) open_in_new
  Emerging 2D P-Type Semiconductors
  

Soft Materials, Synthetic and Biological

• Cartagena-Rivera, Alexander (NIH, USA) open_in_new
  Glycocalyx Desialylation Remodels Surface Mechanics to Potentiate Cytotoxic T Cell Responses in Pancreatic Ductal Adenocarcinoma
  
• Felix, Rico (IUNSERM, France) open_in_new
  Universal dynamics of coiled coils revealed by high-speed atomic force microscopy
  
• Ichiki, Takanori (The University of Tokyo, Japan) open_in_new
  Surface-Potential Analysis of Extracellular Vesicles
  

Surface Characterization, Methods and Instruments

• Höfer, Ulrich (Department of Physics, University of Marburg, Germany) open_in_new
  Time-resolved photoemission orbital tomography of molecular excitons
  
• Kim, Yousoo (, Korea)
• Lin, Meng-Kai (Department of Physics, National Central University, Taiwan) open_in_new
  Moiré-Driven Quantum Phenomena in Ultrathin van der Waals Heterostructures
  
• Torelli, Piero (Italian National Research Council, Italy) open_in_new
  Ambient Pressure soft-XAS for surface reactivity investigation
  

Scanning Probe Microscopy

• Björk, Jonas (Docent in Materials Science, Linköping University, Sweeden) open_in_new
  Toward Predictive Modeling of On-Surface Chemical Reactions
  
• Jelinek, Pavel (Institute of Physics of the Czech Academy of Sciences, Czech) open_in_new
  
• Le Lay, Guy (, France) The Booming Field of Xenestronics
  
• Phark, Soo-hyon (Center for Quantum Nanoscience (QNS) of Institute for Basic Science, Korea) open_in_new
  Single- and two-qubit quantum gates to bottom-up crafted spin qubits
  
• Ruffieux, Pascal (EMPA, Switzerland) open_in_new
  Nanographene Spin Chains
  
• Setvin, Martin (Charles University, Czech) open_in_new
  Localized charges in ionic lattices: Imaging the Position and Dynamics
  
• Shiotari, Akitoshi (Fritz-Haber Institute of the Max-Planck Society, Germany) open_in_new
  Picocavity-based Tip-enhanced Raman Spectroscopy for Single Molecules
  

Surfaces under Vacuum, Vapor, Plasma

• Chae, Heeyeop (Sungkyunkwan University, Korea) open_in_new
  Plasma-Enhanced Atomic Layer Etching of Metals and Dielectrics for Semiconductor Device Processing
  
• Kim, Sang-Woo (Yonsei University, Korea) open_in_new
  Triboelectric Medicine: Shaping the Future of Biomedical Innovation
  
• Ohta, Takayuki (Meijo University, Japan) Deposition of metal oxide semiconductor materials for MOS transistors by high-power impulse magnetron sputtering
  

Interfaces Buried in Liquid, Solid

• Du, He-Yun (Ming Chi University of Technology, Taiwan) open_in_new
  Materials, Scanning Probe Microscopy, and Reaction Simulation for Local Electrochemical Activity at Buried Interfaces
  
• Hosono, Nobuhiko (University of Tokyo, Japan) open_in_new
  AFM in MOF Research: From High-Resolution Imaging to Nanomechanics
  
• Ivanistsev, Vladislav (University of Latvia, Latvia) open_in_new
  Effect of Ionic Size on Structure and Dynamics at Solid–Liquid Interface
  

(Symposium) Atomically Controlled Materials for Quantum Applications

• Chen, Lan (Insititute of Physics, Chinese Academy of Sciences, China) open_in_new
  Room-Temperature Two-Dimensional Multiferroic Metal with Strong Magnetoelectric Coupling
  
• Fu, Yingshuang (Huazhong University of Science & Technology, China) open_in_new
  Atomic-scale insight into excitonic condensation in Ta2Pd3Te5 and HfTe2
  
• Loth, Sebastian (University of Stuttgart, Germany) open_in_new
  
• Sessi, Paolo (Max Planck Institute for Solid State Research, Germany) open_in_new
  Interfacing Magnetism and Superconductivity: Visualizing Interactions from 0D to 2D
  
• Ugeda, Miguel Moreno (Ikerbasque Research, Spain) open_in_new
  
• Weber, Bent (Nanyang Technological University, Singapore) open_in_new
  

(Symposium) Machine Learning for Atomical Control

• Akai, Megumi (Osaka University, Japan) open_in_new
  
• Farhi, Emmanuel (Soleil Synchrotron (French National Centre for Scientific Research), France) open_in_new
  From Data Deluge to Intelligent Discovery: GRADES’ Software Ecosystem, Data Platforms, and AI-Driven Frontiers at Synchrotron SOLEIL
  
• Lee, Jung-Hoon (Korea Institute of Science and Technology, Korea) open_in_new
  AI-Based Inverse-Design Technology for Materials Discovery
  
• Mizoguchi, Teruyasu (The University of Tokyo, Japan) open_in_new
  AI for Atomistic Materials Understanding: From Spectroscopy to Generative Design
  

(Symposium) Quantum Beams for Atomical Control

• Hla, Saw Wai (Ohio University / Argonne National Laboratory, USA) open_in_new
  X-ray Spectroscopy and Microscopy of Individual Atoms inside a Molecule
  
• Kanda, Sohtaro (KEK, Japan) open_in_new
  Low-Energy Muons for Probing Surfaces and Interfaces
  
• Kotakoski, Jani (University of Vienna, USA) open_in_new
  Atomically-precise Structures Tailored within 2D Materials
  
• Tsujikawa, Yuki (Keio University, Japan) Observation of unexpected 2D copper boride at a surface and exotic states in the internal 1D boron
  

(Symposium) Atomically Controlled Materials for Carbon Neutrality

• Iguchi, Shoji (Kyoto University, Japan) open_in_new
  Macrocyclic Cobalt Complex as a Cathode Catalyst for CO2 Electrolysis
  
• Ikeda, Katsuyoshi (Nagoya Institute of Technology, Japan) open_in_new
  Hydrogen evolution reaction using proton permeability of atomically thin monolayer graphene
  
• Kitta, Mitsunori (AIST, Japan) open_in_new
  Seeing is Believing: Visualizing Battery Interfaces from Atoms to Cells
  
• Nohira, Toshiyuki (Kyoto University, Japan) open_in_new
  Fluoride Shuttle Batteries Using Ionic Liquids and Electrolytic Synthesis of Diamond for Carbon Neutrality
  

Presentation Guide

Oral Presentation Guide

All the session rooms will be equipped with a PC running Windows (not Mac), LCD projector (maximum resolution 1920x1200) with a VGA cable (D-sub 15 pin), 16:9 aspect ratio screen, laser pointer, and microphone. If you display your presentation in a 4:3 format, the presentation will fill the screen from top to bottom, and will display with black bars on either side of the 16:9 screen.

Poster Presentation Guide

Schedule

The poster sessions will be held at Exhibition Hall on the ground floor.

• Oct20P-xxx: 17:30 - 19:30, Oct. 20 (Tue)
• Oct21P-xxx: 17:30 - 19:30, Oct. 21 (Wed)

Poster size, set-up and removal

• Poster panels are 2,100 mm in height by 900 mm in width.
• Your poster number will be displayed in advance on the poster panel.
• Poster should be mounted during the designated time and date.
  • Oct20P-xxx: from 12:30, Oct. 20 (Tue)
  • Oct21P-xxx: from 12:30, Oct. 21 (Wed)
• Poster should be removed at the end of the session
• The material for poster mounting will be supplied. No other materials should be used.