Arvind Ramanathan (he/him) (@arvindr_) 's Twitter Profile
Arvind Ramanathan (he/him)

@arvindr_

Pasta and Protein. Music and Mysteries. Life and Lessons. Computational biologist- sometimes at work :)

ID: 38706569

calendar_today08-05-2009 17:32:46

280 Tweet

412 Followers

698 Following

Syma Khalid (@profsyk) 's Twitter Profile Photo

Postdoc position available in my lab in Oxford. Running massive bacterial simulations on HPC resources & augmenting the sims with AI methods for greater efficiency. Funded via HECBioSim & in collaboration with Arvind Ramanathan (he/him) at Argonne National Lab. shorturl.at/bcnsT pls RT

Arvind Ramanathan (he/him) (@arvindr_) 's Twitter Profile Photo

Honored to be part of this! This is a truly once in a lifetime opportunity for motivated researchers- and you know how much fun it is to be part of Syma Khalid group and Oxford. There are plans to integrate with new AI techniques integrating with Argonne National Lab automated labs!

Globus Labs (@labsglobus) 's Twitter Profile Photo

The slides for Ian Foster's talk at eScience "Embodied Agents as Scientific Assistants" are now available here: anl.app.box.com/v/embodied-age…

Arvind Ramanathan (he/him) (@arvindr_) 's Twitter Profile Photo

Check out some recent work integrating MD simulations with rare event sampling and DeepDriveMD with the wonderful Lillian Chong and our group. Really enjoyed the research, discussions, and the directions this work is taking!

Biology+AI Daily (@biologyaidaily) 's Twitter Profile Photo

MProt-DPO: Breaking the ExaFLOPS Barrier for Multimodal Protein Design Workflows with Direct Preference Optimization • This paper presents MProt-DPO, an innovative framework that achieves ExaFLOPS-scale performance for protein design, combining AI and high-performance computing

MProt-DPO: Breaking the ExaFLOPS Barrier for Multimodal Protein Design Workflows with Direct Preference Optimization

• This paper presents MProt-DPO, an innovative framework that achieves ExaFLOPS-scale performance for protein design, combining AI and high-performance computing