How are scientists delivering a more vivid, brighter future with OLED displays? Explore the current landscape of thermally activated delayed fluorescence emitters (#TADF) and the potential road ahead in increasing their efficiency in the article for Chemical Science.

A time when stepwells used to be works of art. Modern architecture is so sombre and bland.

Learning carpentry during PhD. Sometimes art is more scientific than science.

Weekdays are for working towards the weekend. The weekend is to prepare for the weekdays. Vicious paradox. #Random

Funny how Nikola Tesla predicted #VisionPro

'The pressure of occupation and the incessant stream of impressions pouring into our consciousness through all the gateways of knowledge make modern existence hazardous' - Tesla.

Playing with your code Simone Conradi. This seems really fun.

Check out our paper on hybrid LR/SR-CT #TADF emitters.

Out now in JCIM & JCTC Journals —Our active-learning framework combines Genetic Algorithms & Gaussian Process Regression for rapid, accurate force field parameterization of sulfone-based electrolytes. #ML #ForceFields #Batteries #compchem Chemistry IITGN IIT Gandhinagar doi.org/10.1021/acs.jc…

Out now in The Journal of Chemical Physics Nikhitha R presents a Δ-#ML framework combining PPP+CIS with deep tensor networks to accurately predict key #TADF properties, handles even inverted gaps with high precision—accelerating #TADF emitter design! doi.org/10.1063/5.0263… Chemistry IITGN IIT Gandhinagar

Out now in The Journal of Chemical Physics Using #multiscale framework, we reveal how molecular morphology governs charge mobility in #HTM—a step forward in designing better organic electronics! Sanyam IIT Gandhinagar Chemistry IITGN Anusandhan National Research Foundation #compchem doi.org/10.1063/5.0265…

Out now in ACS Applied Materials & Interfaces, we unravel how vibrational modes shape radiative & nonradiative processes in #TADF emitters—bridging theory with experiment for better OLED design! #compchem Sanyam IIT Gandhinagar Chemistry IITGN ACS Publications doi.org/10.1021/acsael…

Out now in ACS Applied Materials & Interfaces — We present a computational framework to correlate ligand chemistry with photocatalytic efficiency in #AuNPs—decoding charge transfer dynamics and guiding interface design for water splitting IIT Gandhinagar Chemistry IITGN ACS Publications doi.org/10.1021/acsami…

Out now in The Journal of Physical Chemistry on LiFSA–sulfone electrolytes! We used a GA-GPR workflow to develop transferable force fields predicting solvation & transport—paving the way for better batteries. IIT Gandhinagar Chemistry IITGN ACS Publications pubs.acs.org/doi/10.1021/ac…

Out now in ACS Applied Materials & Interfaces Nikhitha R used multiscale computations to reveal how morphology and molecular alignment dictate energy transfer in TADF OLED dyads. Tight packing boosts transfer; doping disrupts it. #compchem ACS Publications Chemistry IITGN IIT Gandhinagar doi.org/10.1021/acsaem…