PROGRAM

(As of February 2025.)

Please view the school program on the website below.
AIRAPT-JSPHST Summer School Osaka 2025

Topics

Category Topic
A: Instrumentation and New Techniques A-1: Synchrotron, XFEL, Neutron
A-2: Newly Developed High-Pressure Apparatus
A-3: Technical Progress in Physical Property Measurements
A-4: Others
B: Condensed Matter Physics B-1: Theoretical and Computational Approaches
B-2: Strongly Correlated Electron Systems
B-3: Novel Superconductors
B-4: Molecular Systems including Ices
B-5: Organic Materials: Transport and Magnetism
B-6: Nitrides, Borides and Carbides
B-7: Hydrogen and Hydrides
B-8: Topological Effects
B-9: Nanoscience and Nanotechnology
B-10: Spectroscopical and Structural Studies
B-11: Electronic, Magnetic, and Transport Properties
B-12: Others
C: Materials Science and Solid State Chemistry C-1: Functional Materials
C-2: Novel Material
C-3: Structural Investigations
C-4: Superhard Materials and Related Materials
C-5: Reaction of Solids at High-Pressure
C-6: Novel Materials Synthesis using Large Volume Press
C-7: Others
D: Fluid Properties/Fluid Reactions D-1: Liquids at Extreme Conditions
D-2: Supercritical Fluids
D-3: Hydrothermal and Solvothermal Processes
D-4: Others
E: Biology and Food Sciences E-1: Biomolecules
E-2: Microorganisms and Higher Eukaryotes
E-3: Food Sciences and Technology
E-4: Others
F: Earth and Planetary Science F-1: Volatiles in Minerals
F-2: Mechanical Properties of Minerals and Rocks
F-3: Evolution of the Mantle
F-4: Cores
F-5: Interiors of Moon and other Extraterrestrial Systems
F-6: Fluid, Melt and Glass under Pressure
F-7: Crystallography of Minerals under Pressure
F-8: Others
G: Dynamic Compression G-1: Matter in Extreme Conditions, Warm Dense Matter
G-2: Equation of State, Shock/Ramp Compression
G-3: Phase Transitions, Kinetics, Ultrafast Chemistry
G-4: Plasticity, Spall, and Shock-related Material Response
G-5: Others
H: Superconductivity in Hydrides
　(Focus Session: In memory of Mikhail Eremets)
I: Nanopolycrystalline Materials (Focus Session) I-1: Mechanical Properties
I-2: Optical Properties
I-3: Multifunctional Properties
I-4: Nanocomposite Materials
I-5: Others
J: High Pressure Deformation (Focus Session) J-1: Creep, SPD, Superplasticity, Anelasticity, Embrittlement
J-2: Developments of Deformation Apparatuses
J-3: Microstructures, Textural Development, UFG
J-4: Superfunctional Materials, Deep Earth Materials
J-5: Material Engineering, Mantle Convection, Earthquakes
J-6: Synchrotron, Neutron, Electron Microscopy, EBSD, AE
J-7: Effects of Hydrogen, Water, Large Strains, Transformation
J-8: Others
TOP