For a complete list of all new functions, improvements, changes, and bug fixes in version 3.8, refer to the Update History page on the official website.
Multiwfn 3.8: The Swiss Army Knife for Wavefunction Analysis
Multiwfn的官方网站是 ，这是获取Multiwfn所有资源的最权威来源。
If you're interested in the added in the last few months, I can list them out for you. Also, if you need help with setting up the input file from a specific quantum chemistry package, let me know which one you use! multiwfn 3.8 download
The following files are hosted on the official Download page: :
| Platform | File Name Example | Description | |----------|-------------------|-------------| | Windows | Multiwfn_3.8_bin_Win.zip | Precompiled 64-bit executable (no installation required) | | Linux | Multiwfn_3.8_bin_Linux.zip | Precompiled binary for x86_64 systems | | macOS | Multiwfn_3.8_bin_Mac.zip | Intel binary (may work on Apple Silicon via Rosetta 2) | | Source | Multiwfn_3.8_src.zip | Fortran source code for custom compilation |
Gaussian density or potential cube files for spatial grid analysis. Troubleshooting Common Download and Setup Issues For a complete list of all new functions,
: Version 3.8 natively supports deep electronic analysis of high-level wavefunctions, including CCSD(T), CCSDT, and MP5 . This integrates via JSON files generated by ORCA 6.1 .
Multiwfn 3.8 Download: A Comprehensive Guide to the Ultimate Wavefunction Analyzer
Avoid third-party download sites (e.g., random GitHub mirrors, CNET, Softpedia). The only official source for Multiwfn is the Beijing Kein Research Center for Natural Sciences or the Multiwfn homepage . The following files are hosted on the official
Version 3.8 stands out as a highly stable and feature-rich release, making it an essential tool for theoretical chemists, materials scientists, and researchers worldwide. Key Features of Multiwfn 3.8
Whether you're analyzing charge distribution in organic molecules, investigating non-covalent interactions in biological systems, characterizing electronic excitations in photophysical processes, or studying aromaticity in novel materials, Multiwfn provides the tools you need in an accessible, interactive environment.
The journey to Multiwfn 3.8 began in August 2020. Over half a decade, it evolved from a development version into a stable, "bug-free" formal release. Key Chapters of the 3.8 Update: