Great collaborative effort with @R_A_House and @DiamondLightSou pushing the frontiers of battery science 🚀
Phonon RIXS signatures reveal polaron formation in oxygen redox Li- and Na-ion battery cathodes - now published in Journal of Materials Chemistry A https://t.co/oz7ovJ6zWg
Read about parity violation in O K-RIXS from oxygen gas molecules! https://t.co/tqLFgLP1Jj
Happy to contribute & thanks for the collaboration (especially at the X-ray Photon Science division of @uppsalauni) and to the VERITAS beamline
@MAXIVLaboratory
Happy to announce we got funded by the Carl Tryggers Foundation! Get in touch with me if you're interested in a 2-year #postdoc for operando RIXS on Na ion battery cathode materials @UU_University. We perform cutting edge experiments at @MAXIVLaboratory and @DiamondLightSou etc
New RIXS paper is out on anionic activity in Li ion battery cathode Li1-xNi0.44Mn1.56O4: https://t.co/xj3Cig2UeC. Together with @younesi@HahlinMaria and more using @advlightsource and @spring8pr
New publication from the group on exploring Ti-substitution in layered oxide cathodes, out now in @ChemElectroChem. A collaborative project with @leanhma, @younesi and @realLCDUDA.
https://t.co/4Y0IvRFmqk
New paper "Enhanced Cycling Stability in the Anion Redox Material P3-Type Zn-Substituted Sodium Manganese Oxide" published online in ChemElectrochem. Thanks again to @realLCDUDA@NaNexgen
https://t.co/U0VoDtGiCU
@Haltec_GSM@Rainmaker1973 Somewhat like comparing an ice skater ⛸️ who will slow down after tens of spins at most (friction) and the earth 🌍, which has been spinning around its axis trillions of times (no friction). Ok, it's actually also slowing down but anyway... 🙃