: For researchers simulating molecular mechanics or dynamics, Rev. C.01 brought the ability to compute charges with a RESP (restrained electrostatic potential) constraint . Using a keyword like Pop=(MK,Resp=N) , users could add a restraint to charges derived from the electrostatic potential, a crucial step for generating accurate force field parameters. The revision also introduced Pop=SaveHirshfeld and Pop=SaveCM5 , allowing users to save these specific charge schemes for use in subsequent calculations.
Fixes to rare memory leak issues when running exceptionally long trajectories or complex ONIOM calculations.
Revision C.01 ensures that calculations are more reliable, thread-safe, and optimized for modern high-performance computing (HPC) architectures. 2. Key Enhancements and Methodological Improvements
Rev C.01 corrects an oscillator strength bug present in Rev A.02 for PCM/TD-DFT. gaussian 16 revision c.01
Gaussian Inc. provides a range of support and resources for users of Gaussian 16 Revision C.01, including:
Utilizing TD-DFT to study UV-Vis spectra and photochemistry.
She fed the molecule into Gaussian the way a sculptor feeds stone to a blade—careful, deliberate, listening for the faintest voice. The first runs failed: oscillating geometries, near-degenerate states that refused to separate, messages that spoke of basis sets that were near the edge of sanity. The program’s output was an honest transcript of the molecule’s indecision: energies that swam, frequencies that flickered between real and imaginary. Mira adjusted, pruned, reconfigured. She iterated until the console’s green cursor was less a command prompt and more a heartbeat. well-documented computational chemistry platform
As of 2025, Gaussian Inc. has not announced a formal "Gaussian 17" or "Gaussian 20". Instead, they have iterated on the Gaussian 16 codebase with revisions C.02, C.03, and D.01 (a minor update for Apple Silicon). However, remains the last version with extensive HPC testing and widespread community validation.
Overall, Gaussian 16 Revision C.01 is a powerful tool for quantum chemical calculations, offering a range of new features, improvements, and capabilities. Its applications in the field of chemistry and materials science are vast, and its benefits include improved accuracy, increased efficiency, and an enhanced user experience.
Researchers use Gaussian 16 C.01 for a variety of tasks across physical, organic, inorganic, and materials chemistry: which is more restrictive
The standard citation for is required for any published work using this specific version of the software. You should format the reference as follows:
Unlike the subsequent Revision C.02, which is more restrictive, Revision C.01 provides binary and source code support for a wide range of architectures: x86_64 and IA32 (Linux and Windows) architectures (Linux) Computational & Functional Features
Gaussian 16 Revision C.01 represents a mature, stable, and feature-rich iteration of the Gaussian software suite. Its introduction of NBO7 support, RESP charge capabilities, expanded DFT functionals, and improved GPU acceleration has made it a valuable tool for computational chemists worldwide. While subsequent revisions have added support for newer hardware, Rev. C.01 continues to be widely used due to its robust performance and broad platform support. For researchers seeking a reliable, well-documented computational chemistry platform, Gaussian 16 Revision C.01 remains an excellent choice.