Computational and Quantum Chemistry – Telegram
Computational and Quantum Chemistry
4.01K subscribers
48 photos
100 videos
177 files
1.6K links
A group dedicated to everything about theoretical and computational/quantum chemistry.
Please, write in English only. Keep on-topic. Be respectful always.
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What is your favorite 2D molecule drawing tool?
ChemDoodle is probably one of the best available. It is not free, but the price is extremely cheap, lots of features and the support team is responsive and friendly.
https://www.chemdoodle.com/
Computational_Chemistry_Introduction_to_the_Theory_and_Applications.pdf
13.8 MB
Computational Chemistry Introduction to the Theory and Applications of Molecular and Quantum Mechanics
Software PACKMOL
- Initial configurations for Molecular Dynamics Simulations by packing optimization -
http://leandro.iqm.unicamp.br/m3g/packmol/download.shtml
What is your highest education (academic degree)?
Anonymous Poll
27%
Doctoral Degree
40%
Master's Degree
25%
Bachelor's Degree
6%
High School
2%
Other
Remember that Sci-Hub is on Telegram too. If you want to download most papers (and even some books) just add the @scihubot and enjoy.
The_Quantum_Cookbook_Mathematical_Recipes_for_the_Foundations_of.pdf
8.4 MB
The Quantum Cookbook: Mathematical Recipes for the Foundations of Quantum Mechanics
Mathematics_for_Quantum_Mechanics_An_Introductory_Survey_of_Operators.pdf
5.6 MB
Mathematics for Quantum Mechanics: An Introductory Survey of Operators, Eigenvalues, and Linear Vector Spaces
What is your favorite software? (if other, then you care to comment?)
Anonymous Poll
47%
Gaussian
10%
Orca
5%
GAMESS
2%
CP2K
1%
Siesta
9%
Quantum espresso
10%
Vasp
2%
Q-Chem
9%
Gromacs
6%
Other
Understanding_Organometallic_Reaction_Mechanisms_and_Catalysis_Computational.pdf
4.5 MB
Understanding Organometallic Reaction Mechanisms and Catalysis - Computational and Experimental Tools
***Elk version 7.1.14 has just been released***

This release improves the speed and memory footprint of the code, and is partly accomplished by switching some floating-point arithmetic in the second-variational step to single-precision.

We will continue this strategy to other parts of the code, in particular TDDFT and the ultra long-range method.

There are also bug fixes for the electron-phonon mean-field method. The spin density wave in bcc-Cr has been included as an example of the ultra long-range ansatz.


Best wishes,
Kay Dewhurst, Sangeeta Sharma, Lars Nordström, Francesco Cricchio, Oscar
Grånäs and Hardy Gross

https://sourceforge.net/projects/elk/