Atomistic simulations ⦁ Powered by AI
If so, check out our new preprint by M. Martyka, J. Jankowska, H. Lischka, and @pavlodral.bsky.social : doi.org/10.26434/che...
If so, check out our new preprint by M. Martyka, J. Jankowska, H. Lischka, and @pavlodral.bsky.social : doi.org/10.26434/che...
This single neural network covers DFT to CCSD(T) accuracy.
Ready for geometry optimization & MD in MLatom. 🧪Try it on Aitomistic Hub! What should we improve next? 💬
#AI4Science #compchem #MachineLearning #OpenScience
This single neural network covers DFT to CCSD(T) accuracy.
Ready for geometry optimization & MD in MLatom. 🧪Try it on Aitomistic Hub! What should we improve next? 💬
#AI4Science #compchem #MachineLearning #OpenScience
👉See how: mlatom.com/misc/ita.html
#compchem #AIChem #Gaussian
👉See how: mlatom.com/misc/ita.html
#compchem #AIChem #Gaussian
👉Check out the lecture youtube.com/post/UgkxW68...
#compchem#molecular#machinelearning#AI
👉Check out the lecture youtube.com/post/UgkxW68...
#compchem#molecular#machinelearning#AI
👉Learn more at: www.aitomistic.com/en/sub/aitom...
👉Learn more at: www.aitomistic.com/en/sub/aitom...
🔬Key features:
-Simple setup: 3 lines in an input file or a few lines in a Python script
-Rich plotting and analysis capabilities
-Detailed tutorial available online
👉 aitomistic.com/mlatom/tutor...
#IRC #MLatom #Aitomistic
🔬Key features:
-Simple setup: 3 lines in an input file or a few lines in a Python script
-Rich plotting and analysis capabilities
-Detailed tutorial available online
👉 aitomistic.com/mlatom/tutor...
#IRC #MLatom #Aitomistic
Our AI platform makes atomic simulations accessible to all.💪 Explore at aitomistic.com
Our AI platform makes atomic simulations accessible to all.💪 Explore at aitomistic.com
Showcasing Aitomia's ability to autonomously design #compchem workflows with #AIagents, such as calculating reaction thermochemistry and spectra, on aitomistic.xyz
Showcasing Aitomia's ability to autonomously design #compchem workflows with #AIagents, such as calculating reaction thermochemistry and spectra, on aitomistic.xyz
You can run #compchem simulations with the featured AIQM2 online at aitomistic.xyz (free) as described in extensive tutorials in mlatom.com/docs/tutoria...
You can run #compchem simulations with the featured AIQM2 online at aitomistic.xyz (free) as described in extensive tutorials in mlatom.com/docs/tutoria...
Detailed tutorial: mlatom.com/docs/tutoria...
Paper on AIQM2: doi.org/10.1039/D5SC...
Detailed tutorial: mlatom.com/docs/tutoria...
Paper on AIQM2: doi.org/10.1039/D5SC...
A handy feature is that, via a couple of mouse clicks, you can request geometry optimization or other typical #compchem tasks with #ML models.
A handy feature is that, via a couple of mouse clicks, you can request geometry optimization or other typical #compchem tasks with #ML models.
For example, geom opt in MLatom with AIQM2 takes just 3–4 lines.
Run it online 👉 aitomistic.xyz
More: mlatom.com/docs/tutoria...
For example, geom opt in MLatom with AIQM2 takes just 3–4 lines.
Run it online 👉 aitomistic.xyz
More: mlatom.com/docs/tutoria...
Updates include:
✨ MACE-OFF model zoo interface
✨ Raman spectra plots (Python)
✨ Extended ML model for 2-photon absorption spectra
📄 Notes: mlatom.com/docs/release...
🔗 aitomistic.xyz
Updates include:
✨ MACE-OFF model zoo interface
✨ Raman spectra plots (Python)
✨ Extended ML model for 2-photon absorption spectra
📄 Notes: mlatom.com/docs/release...
🔗 aitomistic.xyz
www.sciencedirect.com/science/arti...
You can use them online too at the @aitomistic.com
Hub.
www.sciencedirect.com/science/arti...
You can use them online too at the @aitomistic.com
Hub.
In our demo, Aitomia on Aitomistic Hub computed the Diels–Alder reaction energy & thermodynamics from scratch in 5 min on 1 CPU—same accuracy as manual setup, but 4× faster & zero human cost.
🔗 aitomistic.xyz
In our demo, Aitomia on Aitomistic Hub computed the Diels–Alder reaction energy & thermodynamics from scratch in 5 min on 1 CPU—same accuracy as manual setup, but 4× faster & zero human cost.
🔗 aitomistic.xyz
Here, it generates the xyz structure based on the user's prompt, then submits the Raman spectrum calculations, and retrieves the spectrum:
Here, it generates the xyz structure based on the user's prompt, then submits the Raman spectrum calculations, and retrieves the spectrum:
The calculations are fast and accurate due to the use of AIQM2, recently published in Chemical Science.
Visit aitomistic.xyz for such calculations (registration free).
#compchem #mlchem #aichem
The calculations are fast and accurate due to the use of AIQM2, recently published in Chemical Science.
Visit aitomistic.xyz for such calculations (registration free).
#compchem #mlchem #aichem
aitomistic.com/en/sub/course
📚 Self-paced + interactive like webinars
🧪 Hands-on via Aitomistic Hub
Continuously updated by @pavlodral.bsky.social
Info & signup 👉 www.aitomistic.com/en/sub/livin...
#mlchem #aichem #ml
📚 Self-paced + interactive like webinars
🧪 Hands-on via Aitomistic Hub
Continuously updated by @pavlodral.bsky.social
Info & signup 👉 www.aitomistic.com/en/sub/livin...
#mlchem #aichem #ml
Paper: doi.org/10.1021/acs....
Video recap: youtu.be/hkzM5qC8njI
#compchem #mlchem #aichem
Paper: doi.org/10.1021/acs....
Video recap: youtu.be/hkzM5qC8njI
#compchem #mlchem #aichem
Learn ML tools for atomistic simulations — hands-on & updated.
Access via 👉 aitomistic.xyz
Details 🔔 dr-dral.com/aicompchem_c...
#mlchem #aichem #AcademicFree
Learn ML tools for atomistic simulations — hands-on & updated.
Access via 👉 aitomistic.xyz
Details 🔔 dr-dral.com/aicompchem_c...
#mlchem #aichem #AcademicFree