Pavan Ravindra (@pavanravindra1) 's Twitter Profile
Pavan Ravindra

@pavanravindra1

Chemical Physics PhD student in the Reichman Group @Columbia | Formerly @Cambridge_Uni, @tiwarylab

ID: 1380161557167013889

calendar_today08-04-2021 14:12:21

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Pavan Ravindra (@pavanravindra1) 's Twitter Profile Photo

Thrilled to share that I was awarded the DOE CSGF! This will provide funding for the rest of my PhD so I thought it would be worthy of a first tweet :) More info on the fellowship and the other people who won it this year: krellinst.org/csgf/about-doe…

Venkat Kapil (@venkatkapil24) 's Twitter Profile Photo

Is ice a primarily hydrogen bonded? Pavan Ravindra Xavier R. Advincula challenge this idea. In nanoscale confinement, it turns into a 1D hydrogen bonded material with vdW stabilized chains! arxiv.org/abs/2312.01340 More coming from Pavan's MPhil @icegroupcam Cambridge Chemistry !

Is ice a primarily hydrogen bonded?  <a href="/pavanravindra1/">Pavan Ravindra</a> <a href="/XavierAdvincula/">Xavier R. Advincula</a> challenge this idea. In nanoscale confinement, it turns into a 1D hydrogen bonded material with vdW stabilized chains!  

arxiv.org/abs/2312.01340

More coming from Pavan's MPhil @icegroupcam <a href="/ChemCambridge/">Cambridge Chemistry</a> !
Venkat Kapil (@venkatkapil24) 's Twitter Profile Photo

We study #quantum nuclear effects (NQEs) for proton disorder in nanoconfined water. Pavan Ravindra uses #MachineLearning potentials to show NQEs play a heightened role compared to bulk and induce superionic proton transport in other molecular water. arxiv.org/abs/2410.03272

We study #quantum nuclear effects (NQEs) for proton disorder in nanoconfined water. <a href="/pavanravindra1/">Pavan Ravindra</a> uses #MachineLearning potentials to show NQEs play a heightened role compared to bulk and induce superionic proton transport in other molecular water. 

arxiv.org/abs/2410.03272