Come join us! @UofMaryland's Physics Department is looking to fill a tenure-track faculty position at the interface of physics and machine learning. For best consideration, apply by Dec. 10.
Read more: https://t.co/DgZajenlT4
@UMDPhysics@UMDscience@UMD_IPST@ml_umd@umdcs
Congrats to @UMDPhysics' Wolfgang Losert on being selected as an MPower Professor for his #InterdisciplinaryResearch!
Wolfgang’s research—supported by $2M+ annual funding—is at the convergence of physics, biology and #ArtificialIntelligence.
https://t.co/Ym0ePBAHds
Join us on Monday, September 25 for the Biophysics Seminar:
"Cell motility and shape as a playground for physics" presented by Brian Camley, of Johns Hopkins University
4 pm, Room 1116 of the IPST Bldg
@diffusiveblob@JohnsHopkins@UMD_IPST@UMDscience
.@UMDPhysics' Arpita Upadhyaya (@arpcomplex) co-led a study of #GeneExpression. Published in @ScienceAdvances, their research found that the movements of a polymer called chromatin—the structure into which DNA is packaged—are a key piece of the puzzle. https://t.co/SgfxXLvh2n
Grateful to @NSF for supporting our multidisciplinary team to build #quantum sensors using squeezed light, with collaborators Vuckovic group @StanfordPhoton1, Paul Lett @JQInews and Peter Maurer @UChicago. @umdme@ClarkSchool@UMD_IPST@UMDscience
https://t.co/rf3XxANkyQ
🎉 Exciting News! 🌟 @DuttAvik and team secured @NSF funding to pioneer quantum sensor tech 🔬🔍. They'll harness quantum phenomena for unprecedented measurements. 🪄✨ One of 18 honored teams receiving $29M total investment! 🇺🇸 #NSFfunded
🔍 Project: "Quantum sensing with strongly nonclassical light based on third-order nonlinearities" 🌈
🔬 Avik's crew will craft photon chips using "squeezed" light quantum states. Applications span photodiode calibration to molecular spectroscopy for biomed research. 🧪🔬🔍
Check out this paper published in @PCCP by one of our Biophysics graduate students:
Ab initio molecular dynamics study of proton transport in imidazolium-based ionic liquids with added imidazole https://t.co/wlUPLco7uJ