Gaussian 16 Revision C.01 File

jobs performing Raman or ROA with multiple incident light frequencies. Why Upgrade to Rev C.01?

: One of the headline features was official support for Natural Bond Orbital (NBO) 7.0 through an external interface. This allowed users to directly perform advanced population analyses within their Gaussian workflow using keywords like Pop=NBO7 and Pop=NPA7 . Furthermore, the Pop=NEDA keyword was introduced to perform Natural Energy Decomposition Analysis (NEDA), offering a new way to analyze interaction energies between molecular fragments. gaussian 16 revision c.01

%chk=water_opt.chk %nprocshared=8 %mem=16GB #p B3LYP/6-31G(d) EmpiricalDispersion=GD3BJ Opt jobs performing Raman or ROA with multiple incident

Rev C.01 corrects an oscillator strength bug present in Rev A.02 for PCM/TD-DFT. This allowed users to directly perform advanced population

Accurate modeling of UV-Vis absorption, emission spectra, and excited-state geometry optimizations. Rev. C.01 benefits heavily from optimized analytic second derivatives for TD-DFT, allowing for faster excited-state frequency calculations.

By upgrading to or standardizing on , researchers ensure their computational workflows are both state-of-the-art and backward-compatible with the vast literature produced with the Gaussian 16 series. As always, verify critical results with a small benchmark, then scale up with confidence.

. It is widely used by chemists and physicists for quantum mechanical calculations including geometry optimization, frequency analysis, and electronic transition modeling. Citation Information