Norborn-1-ene Photochemical Dynamics from 200 Quantum-Classical Trajectories

Meseret Simachew Bezabih published a dataset in 2024 containing results from multistate multireference quantum chemical simulations of norborn-1-ene photochemistry. The dataset includes results from 200 room-temperature quantum-classical trajectories propagated to simulate light-induced dynamics in acetonitrile. The simulation predicts the existence of an excited state intermediate and primary photoproducts like a carbene and a diradical.

Use Cases

• Analyzing nonadiabatic transition pathways based on the predicted conical intersection.
• Studying excited state intermediate structures based on the described zwitterionic electronic structure.
• Validating multiscale modeling approaches based on the quantum-classical trajectory methodology.
• Investigating photoproduct formation kinetics based on the predicted carbene and diradical products.

Strengths

• Contains results from 200 quantum-classical trajectories, providing a statistical basis for analysis.
• Simulations are based on multistate, multiconfigurational quantum chemical gradients, a high-level theoretical method.
• Dataset is focused on a specific, recently reported chemical system (norborn-1-enes) with clear scientific context.

Limitations

• Column-level documentation is absent; field semantics must be inferred after download.
• Row count is unknown, which may limit suitability assessment for certain analyses.
• The dataset is small (918.4 KB), indicating limited scope or highly processed results.

Provenance

Source

Meseret Simachew Bezabih via figshare

Collection Method

Multistate multireference quantum chemical gradients and multiscale modeling simulations.

Freshness

Last updated 2026-04-21 05:30:50; freshness should be verified.