Rahul Jayan

Director’s Postdoctoral Fellow, Los Alamos National Laboratory

[Rahul Jayan @Rahul__Jayan]

Hearty congratulations professor on your NSF award!

[James and Patricia Anderson College of Engineering @WayneStateEng]

An @NSF-funded collaboration between researchers at @WayneStateEng and @MSU_EGR aims to address technical challenges facing sodium-sulfur batteries, which offer a promising alternative to their lithium-ion counterparts. https://t.co/J96iMdm7EB

[Rahul Jayan @Rahul__Jayan]

Hearty Congratulations professor!

[Mahbub Islam @aPriSM_Lab]

Thanks to the NSF for funding our research on Na-S batteries. @NSF @WayneStateEng @aPriSM_Lab #NaS_batteries

https://t.co/CphbGKNIAV

[Mahbub Islam @aPriSM_Lab]

Thanks to the NSF for funding our research on Na-S batteries. @NSF @WayneStateEng @aPriSM_Lab #NaS_batteries

https://t.co/CphbGKNIAV

[Rahul Jayan @Rahul__Jayan]

A very interesting read!

https://t.co/Y6hSoMSARk

[Rahul Jayan @Rahul__Jayan]

Thank you Professor. It was a great pleasure working under your venerable guidance. Your unwavering support, encouragement, and guidance have been instrumental in completing my Ph.D. @aPriSM_Lab

[Mahbub Islam @aPriSM_Lab]

Congratulations, Rahul, for starting your career as a Director's Postdoctoral Fellow at Los Alamos National Lab (LANL). aPriSM lab is so proud of you for such a remarkable success! @Rahul__Jayan @WayneStateEng @waynestate @LosAlamosNatLab

[Rahul Jayan @Rahul__Jayan]

I’m happy to share that I’m starting a new position as Directors Postdoctoral Fellow at Los Alamos National Laboratory!
@LosAlamosNatLab @aPriSM_Lab @waynestate

[Mahbub Islam @aPriSM_Lab]

Congratulations to Rahul for successfully defending his Ph.D.! 🎉 Rahul is the first PhD graduate from our aPriSM lab and has done remarkable work (20 journal papers) on DFT-based modeling of next-gen batteries! @Rahul__Jayan @WayneStateEng @waynestate #NextGenBatteries #DFT

[ACSEnergyLett @ACSEnergyLett]

Free to Read Viewpoint Collection: An important Resource for new researchers working in the area of Electrocatalysis

Tutorials in Electrochemistry: Electrocatalysis | ACS Energy Letters https://t.co/gaN2gkDew3

[Mahbub Islam @aPriSM_Lab]

Check out our latest publication in JMC-A! Employing a combined ML and DFT approach, we delve into the charging behavior of nonaqueous Mg-CO2 batteries. #MgCO2 #Electrocatalysis #ML #MachineLearning #DFT #CO2 @aPriSM_Lab @JMaterChem https://t.co/oGKUA5x7Sa

[Mahbub Islam @aPriSM_Lab]

Check out our recent work published in JMC-A, in which we report the very first detailed discharge mechanisms of Mg-CO2 batteries using DFT simulations. https://t.co/4DsY3kmRP2
@JMaterChem #DFT #Batteries #MgCO2 #Electrocatalysis #CO2 #Catalysis

[Mahbub Islam @aPriSM_Lab]

@JMaterChem Mg-CO2 batteries are highly promising due to their ability to harness CO2 to produce electricity, also offer low cost and safety. A new research direction @aPriSM_lab.

[Mahbub Islam @aPriSM_Lab]

Single-atom catalysis can resolve many critical issues in Na-S batteries. A recent publication from aPriSM lab.

https://t.co/nFTjkACsM5

#SAC #NaS #Batteries #DFT #SingleAtomCatalysis

[Mahbub Islam @aPriSM_Lab]

New paper from aPriSM lab on anchoring materials for Li-S batteries.

https://t.co/xaIG5hKWf8

#Li_S_batteries #DFT #WS2 #Defect_Engineering

[Mahbub Islam @aPriSM_Lab]

Paper from aPriSM lab.

Functionalized MXenes as effective polyselenide immobilizers for lithium–selenium batteries: a density functional theory (DFT) study - now published in Nanoscale https://t.co/uCsxVH0Tav

#MXene #Li-Se #batteries #DFT