Matsumoto Lab

Lab. of Physical Chemistry at Shizuoka University. Cluster Science by IR cavity ringdown spectroscopy, 2D correlation spectroscopy, and mass spectrometry.

[Matsumoto Lab @MatsuLabShizU]

最新の論文がChemistry Letters誌に公開されました。私にとって初めての理論計算の論文です。
Our latest work is now out in Chemistry Letters. It is my first paper on a theoretical study without experimental results.
https://t.co/YsIfI5Zs9u

[Matsumoto Lab @MatsuLabShizU]

We updated our lab website.
https://t.co/McIzEaaVMP

[Matsumoto Lab @MatsuLabShizU]

Our lab website has been updated.
https://t.co/McIzEaaVMP

[Matsumoto Lab @MatsuLabShizU]

Preference for Heterochiral Dimers of Propylene Oxide Induced by Noncovalent Interactions with Pyrrole as an Achiral Tag | The Journal of Physical Chemistry Letters https://t.co/l5hpNG8M3L

We are grateful to share our latest publication. Please enjoy it.

[Yoshiteru Matsumoto @tsumatomo_0727]

Preference for Heterochiral Dimers of Propylene Oxide Induced by Noncovalent Interactions with Pyrrole as an Achiral Tag | The Journal of Physical Chemistry Letters https://t.co/MzhCYM3Oj1

We are grateful to share our latest publication.
研究成果がWeb掲載されました。

[Matsumoto Lab @MatsuLabShizU]

明日から開催される第19回分子科学討論会にて、当研究室からは、信頼のおける自慢の大学院���2名が発表にのぞみます。ぜひとも議論していただきたいと思います。

2P001: 気相振動ポラリトンの研究に向けた共振器透過スペクトルの測定
3P013: 気相振動ポラリトン観測のための光共振器の精密制御

[Matsumoto Lab @MatsuLabShizU]

The explanatory movie of our published article in Phys. Chem. Chem. Phys. (@PCCP), made by Google NotebokLM.
https://t.co/GPO4wtDWFR

[Matsumoto Lab @MatsuLabShizU]

Our article has been published in @PCCP.
https://t.co/GPO4wtDWFR

[Matsumoto Lab @MatsuLabShizU]

Great work. VSC creates assembled structures that are inaccessible through conventional methods.

Accessing a Hidden Pathway to Supramolecular Toroid through Vibrational Strong Coupling | Journal of the American Chemical Society https://t.co/c01nqPqV4j

[Matsumoto Lab @MatsuLabShizU]

A co-authored paper has been published. This study focuses on the micro-hydration of the charge-resonance pyrrole dimer cation.
https://t.co/Mgt5iFhJOw

[Matsumoto Lab @MatsuLabShizU]

Our collaborator is one of the authors. Great study on polaritonic chemistry in far-ultraviolet region.

Far-Ultraviolet Plexciton Formation in Water-Covered Indium Clusters | The Journal of Physical Chemistry Letters https://t.co/JdtQHrcwUT

[Matsumoto Lab @MatsuLabShizU]

An excellent paper on ultrafast spectroscopy.

Exploring the Vibrational Coherences in the Ultrafast Electronic Relaxation of Pyrimidine Nucleobases and Nucleosides | Journal of the American Chemical Society https://t.co/GCaXN4Gyr4

[Matsumoto Lab @MatsuLabShizU]

This paper can be a bible to encourage our lab to investigate gas-phase vibrational polariton.
https://t.co/1B0gWETOsR

[Matsumoto Lab @MatsuLabShizU]

A great theoretical study demonstrating that the cavity photon mode plays a role in a "solvent" degree of freedom, which influences the chemical kinetics.

https://t.co/4YNBtu6LuF

[Matsumoto Lab @MatsuLabShizU]

Suggestive study to reconsider a modulation of chemical reaction under strong coupling in Fabry-Perot cavity.
https://t.co/SyGRl7XGfW

[Matsumoto Lab @MatsuLabShizU]

Great spectroscopic study to explore the origin of homochirality!

Significant Chiral Asymmetry Observed in Neutral Amino Acid Ultraviolet Photolysis | Journal of the American Chemical Society https://t.co/vUpVnW0Xir

[Matsumoto Lab @MatsuLabShizU]

Surprising observation of the overtone vibrational states by powerful laser systems.

Overtone Excitation of Nitrogen Molecules via Stimulated Raman Pumping | The Journal of Physical Chemistry Letters https://t.co/PWeLp9k3Tl

[Matsumoto Lab @MatsuLabShizU]

Great work

Direct Observation of Polaritonic Chemistry by Nuclear Magnetic Resonance Spectroscopy - Patrahau - 2024 - Angewandte Chemie International Edition - Wiley Online Library https://t.co/X4lqxt9c5N

[Matsumoto Lab @MatsuLabShizU]

Yuma Oyaide, M2 student in our group, received the Best Poster Prize in the 39th Symposium on Chemical Kinetics and Dynamics. Congratulations!
https://t.co/f4GTVgbOxf

[Matsumoto Lab @MatsuLabShizU]

Our joint research has been published.

Internal Energy Dependence of the Pyrrole Dimer Cation Structures Formed in a Supersonic Plasma Expansion: Charge-Resonance and Hydrogen-Bonded Isomers | The Journal of Physical Chemistry A https://t.co/ohAGKv3mG1