New paper alert! https://t.co/S9zyicM2W5
Shyam and Ben's collaboration with Somaiyeh and co in the Borguet lab is out! @ualbertachem @shyam_parshotam @RehlBenjamin
Postdoc Opportunity!
Are you interested in ultrafast spectroscopy such as pump-probe techniques and SFG?
Are you fascinated by interfaces (both naturally occurring and engineered)?
Join us in the new Collaborative Ultrafast Spectroscopy Lab! #spreadtheword#laserlife#cfijelf
The (maximum entropy) method behind the madness explained in detail! Here's the origin story and theory behind our recent works on ions, pH, and isotopic effects on surface water at charged interfaces. @shyam_parshotam @JuliGibbsYEG@abrown_uofa@JChemPhys https://t.co/O06XrbnigB
This was a major team effort led by the fearless
@RehlBenjamin! Thanks also to Emily Ma and all involved in this Gibbs-Geiger collaboration. So proud of this work. @geiger_lab@ualbertachem@J_A_C_S
https://t.co/nQIcLYosyF
👀 Sneak a peek at the deepest & sharpest infrared image of the early universe ever taken — all in a day’s work for the Webb telescope. (Literally, capturing it took less than a day!) This is Webb’s first image released as we begin to #UnfoldTheUniverse: https://t.co/tlougFWg8B
Did you know you can use water as a probe for surface chemistry?
Check out our new featured perspective on using SH scattering & imaging to quantify chemical parameters of surfaces in different contexts.
@SylvieRoke@EPFL_en@EPFL_BioE@AIP_Publishing
https://t.co/j4QLwMyHUg
I'm looking for late-PhD or postdocs to speak at an online physical, theoretical and computational chemistry seminar series this fall and the upcoming winter semester. DM me if you are interested! Profs send me some recommendations! #compchem#physchem#theochem
Primarily from the brilliant mind and hard work of Dr. Rehl! Very excited about this work. @RehlBenjamin
Role of Ions on the Surface-Bound Water Structure at the Silica/Water Interface: Identifying the Spectral Signature of Stability https://t.co/0AYzhINhhj
Building up off the shoulders of the scientific community, we show how the surface waters on silica and the diffuse layer waters respond differently to the presence of ions
The response of the electric double layer structure on silica to the addition of ions revealed by vibrational SFG and streaming current measurements. @RehlBenjamin@JuliGibbsYEG
https://t.co/Kwd4tjmicK