Computational and Quantum Chemistry – Telegram
Computational and Quantum Chemistry
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The computational cost of DFT calculations typically scales as O(N^3), where N represents the number of atoms or electrons, imposing a practical limit on the system size. What is the maximum number of atoms you have successfully handled? (no PBC allowed)
Anonymous Poll
11%
Never more than 30
20%
More than 50
15%
more than 100
13%
More than 150
12%
More than 200
10%
More than 300
18%
More than 400
🚀 New Release Announcement: NWChem 7.2.3 is Now Available!

We are excited to announce the release of NWChem 7.2.3 with several new features and improvements:

🔹 Element Support Extended: Now includes support for elements up to Z=120.
🔹 IMOM Added: The Initial Maximum Overlap Method (IMOM) is now implemented.
🔹 Build System Updates: Reworked makefile structure for compatibility with GNU make 4.4.
🔹 Python Interface Fixes: Enhanced stability and functionality for Python integrations.
🔹 Improved Cleanup: No need for USE_MPI during make clean.
🔹 Compiler Compatibility: Updated compiler support for improved performance and compatibility.
🔹 TDDFT Bug Fix: Resolved issue with VEM in TDDFT calculations.
🔹 Localization Updates: Enhancements for IBO and Pipek-Mezey localization methods.

https://github.com/nwchemgit/nwchem/releases/tag/v7.2.3-release
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