Program
quick jump to: Program Schedule Poster Schedule
Program Schedule
The Workshop will start in the morning of Sept. 9 at C.T. Chang Memorial Hall, Institute of Atomic and Molecular Sciences.
September 9 (Wednesday) | |
08:30 ~ 09:15 | Registration |
09:15 ~ 09:30 | Opening |
Session Chair : Kaito Takahashi (Academia Sinica) | |
09:30 ~ 09:45 |
Kaichi Yamamoto (Yokohama City University) Theoretical Analysis of Phase Transition mechanism by H/D Isotope Effect in Hydrogen-Bonded Molecular Conductor H3(Cat-EDT-TTF)2 |
09:45 ~ 10:00 |
Jake Tan (Academia Sinica) Unmasking the Triplet Band Around 1000 cm-1 for (MeOH)2H+ |
10:00 ~ 10:15 |
Masato Miyazawa (Yokohama City University) Proton Transfer Reactions of Insulin and Insulin Chain B Ions in the Gas Phase |
10:15 ~ 10:30 |
Wen Chao (Academia Sinica) Direct Kinetic Measurements of Small Criegee Intermediates with Water Vapor and SO2 |
10:30 ~ 11:00 | Break |
Session Chair : Masanori Tachikawa (Yokohama City University) | |
11:00 ~ 11:15 |
Liang-Chun Lin (National Taiwan University) Substituent Effect Toward the Temperature Dependence of R1R2COO + Water Reaction |
11:15 ~ 11:30 |
Yuki Oba (Yokohama City University) Path Integral Molecular Dynamics Study on Muoniated Acetone Radical |
11:30 ~ 11:45 |
Jen Hao Ou (Academia Sinica) Shannon Entropies for Ground State and Doubly Excited States of Helium with Finite Spherical Confinement |
11:45 ~ 12:00 |
Yen-Chang Lin (Academia Sinica) Quantum Entanglement and Correlations in High Angular Momentum Bound States of He |
12:00 ~ 13:30 | Lunch |
Session Chair : Shigeki Yamada (Yokohama City University) | |
13:30 ~ 13:45 |
Yun Lin (Yokohama City University) Structural Analysis of Oligothiophene Molecular Wires on a Au Surface |
13:45 ~ 14:00 |
Takako Mashiko (Yokohama City University) Theoretical Analysis of Substituent and Solvent Effects on Gear-shaped Amphiphile Molecule and its Nanocube |
14:00 ~ 14:15 |
Amol Deshmukh (Academia Sinica) Tetrahedral Silsesquioxane Framework: A Feasible Candidate for Hydrogen Storage |
14:15 ~ 14:30 |
Seiryu Nakazato (Yokohama City University) Magnetic and Dielectric properties of Fe1-xCoxTiO3 |
14:30 ~ 15:00 | Break |
Session Chair : Masaru Tachibana (Yokohama City University) | |
15:00 ~ 15:15 |
Vivien Yeh (Academia Sinica) Tuning the Photocycle Kinetics of Bacteriorhodopsin in Lipid Nanodiscs |
15:15 ~ 15:30 |
Ryo Suzuki (Yokohama City University) Elastic Constants of Protein Crystals |
15:30 ~ 15:45 |
Yustina Yusuf (Academia Sinica) Direct Incorporation of Functional Membrane Protein in Nanodiscs Assembled from Native Membrane and Novel Circular Membrane Scaffold protein |
15:45 ~ 16:00 |
Kohei Ouchi (Yokohama City University) A Novel Method to Determine Thermodynamic Temperature Based on Photoelectron Spectroscopy |
16:00 ~ 17:30 | Poster Session |
18:00 ~ 20:00 | Banquet |
Poster Schedule
- Each poster board will be 150 cm wide by 90 cm high. (Usable space is 140 cm wide by 80 cm high.)
- Presenters need to present at their poster during the poster session.
- Thumbtacks/tape will be available onsite for mounting the displays.
- Posters must be removed around 6:00pm. Posters remaining after this time will be removed and recycled.
Poster Number List | ||
Number | Presenter | Title |
---|---|---|
01 | Umihiro Urakawa | Theoretical Analysis of H/D Isotope Effect on Positron Affinity of Hydrogen Cyanide Molecule |
02 | Taiju Tanimura | Conformation Change of Ubiquitin Ion Probed by Proton Transfer Reaction |
03 | Taichi Ito | Path Integral Molecular Dynamics Study on the Transition Mechanism between NH4+-SH- and NH3---SH2 |
04 | Yoshiaki Watanabe | First-principles Calculations of Nuclear Magnetic Shielding Constants for Hydrogen in Small Molecules |
05 | Tomoki Kato | Theoretical Study of The Associated Mechanism between Halogen Anion and Dipyrrolyldiketone Frame |
06 | Kohei Terasaki | Surface Deposition of Large-organic Molecules Using an Electrospray Method |
07 | Yuriko Tsumura | Various Structures of Self-assembled TCNQ on Cu(111) |
08 | Yui Sakuma | Theoretical Study on A Solvent Effect of The Self-assembly Process with [Pd2L4]4+ cage complex |