Summa cum laude🎓 Consider that thesis DEFENDED! I still can't believe it but I'm #PhDone 🥳🎉

The fun leaving your body when you're done with the science and need to get it published

Tired of costly 2D materials simulations in VASP? Huge vacuum + dipole corrections = unnecessary compute time. @TurbomoleX eliminates the complications entirely Watch the full workflow (hBN monolayer + Water adsorption) in our latest TmoleX tutorial: https://t.co/wlYbw1sbNV

Looks like a great team with an amazing portfolio of multiscale methods and software development 👏

❤️

TURBOMOLE isn't just for molecules—it handles periodic DFT beautifully (Gaussian basis sets FTW ⚛️). I recorded a full walkthrough showing exactly how to do it: From Silicon CIF file ➡️ Geometry Opt ➡️ Band Structure. @TurbomoleX 📺 Watch here:

Gemini Nano Banana Pro can solve exam questions *in* the exam page image. With doodles, diagrams, all that. ChatGPT thinks these solutions are all correct except Se_2P_2 should be "diselenium diphosphide" and a spelling mistake (should be "thiocyanic acid" not "thoicyanic") :O

https://t.co/LvrcS6KtQM

Transport yourself back to 1933. Vintage newspaper page announcing the Nobel Prize Physics (1933) Credit: 🍌

Computational Chemistry Alphabet via @NanoBanana

. @NanoBanana Generate a hyper realistic image of a water molecule in a shiny glass texturem the Oxygen atom should be red and hydrogen atoms should be white. The glassy atoms should be transparent and show liquid water inside.

@NanoBanana make a Youtube thumbnail for this tutorial

🚀 New TURBOMOLE Tutorial Curious how to run geometry optimizations and vibrational frequency calculations in TURBOMOLE? This step-by-step walkthrough uses ibuprofen to show the full workflow: setup → optimization → frequency analysis → confirming a true local minimum.

I’ve lost count of how many times people have asked me for an “easy intro” to TURBOMOLE. So I finally made one 😄 Thrilled to partner with @TurbomoleX for a weekly tutorial series! Episode 1 is out now 🎥 https://t.co/ubSqvCMtnL Geom opt + vib freq demonstrated for ibuprofen.

Excited to share our latest collaborative work in @NaturePhotonics: https://t.co/1lsHKDVpJn Prof. Chih-Jen Shih’s team at @ETH_en developed scalable nanoscale OLEDs with 100,000 PPI and 100 nm pixels, well below the diffraction limit! Our group at @chemengiisc @iiscbangalore

Our group ( https://t.co/iGyBKkUxIB) at @iiscbangalore @chemengiisc seeks PhD candidates to tackle exciting problems in computational catalysis, AI/ML for materials design, and modeling/simulations of nanoporous materials, 2D material synthesis, and interfacial phenomena.

Congrats to Omar Yaghi, Richard Robson, and Susumu Kitagawa for winning the 2025 Nobel Prize in Chemistry! To celebrate, here's a video of the iconic metal–organic framework MOF-5 visualized in CrysX-3D Viewer.

Thrilled to see the 2025 #NobelPrize in Chemistry awarded for the development of MOFs! 🌟 Even more exciting, with TURBOMOLE, you can now run hybrid DFT calculations on MOF supercells with thousands of atoms. Learn more 👇

Apparently, my academic lineage traces back to Ernest Rutherford. From Rutherford → Bohr⚛️ → Hückel → Bingel → Ahlrichs → Sierka → Me🙋‍♂️. He split the atom. I split the chemical systems into subsystems/fragments.

Now it is THE most read article in JPC A in the past 30 days with 957 views, and it's only been a week since it has been online🤗

Classical Electrodynamics - JD Jackson 😢