Jinke Yu

collaborators

4 papers

physics.chem-ph2026

The $[3 + 1]$ Formulation of Chemical Dynamics in Curved Spacetime under the Eulerian Observer

Xingyu Zhang, Jinke Yu, Qingyong Meng

Traditionally, gravity is generally considered to exert an extremely weak effect in chemistry because the Newtonian gravitation is typically negligible compared to the dominant Cou…

physics.chem-ph2026

A Primary Unified Geometric Framework of Molecular Reaction Dynamics Based on the Variational Principle

Xingyu Zhang, Jinke Yu, Qingyong Meng

This work describes a geometric framework on molecular reaction dynamics based on the variational principle, where the Schr{Ã¶}dinger equation must be solved to ``see'' how a react…

physics.chem-ph2025

Berry Phase Effects of Nuclei in Chemical Reaction Dynamics

Xingyu Zhang, Jinke Yu, Qingyong Meng

In calculations on quantum state-resolved dynamics of a chemical reaction, reactants are usually prepared in separated eigenstates of individual fragments, and their direct-product…

physics.chem-ph2025

A Multi-Electronic-State Model to Interpret the Apparent Anomalous Arrhenius Curve of OH + HO $_{2}$ $\to$ O $_{2}$ + H $_{2}$ O

Xingyu Zhang, Jinke Yu, Qingyong Meng

A comprehensive multi-electronic-state model for OH + HO2 -> O2 + H2O has been developed through extensive multi-reference configuration interaction (MRCI) calculations, aiming to…

The [3+1] Formulation of Chemical Dynamics in Curved Spacetime under the Eulerian Observer

A Primary Unified Geometric Framework of Molecular Reaction Dynamics Based on the Variational Principle

Berry Phase Effects of Nuclei in Chemical Reaction Dynamics

A Multi-Electronic-State Model to Interpret the Apparent Anomalous Arrhenius Curve of OH + HO2​ → O2​ + H2​O

The $[3 + 1]$ Formulation of Chemical Dynamics in Curved Spacetime under the Eulerian Observer

A Multi-Electronic-State Model to Interpret the Apparent Anomalous Arrhenius Curve of OH + HO $_{2}$ $\to$ O $_{2}$ + H $_{2}$ O