SLAC's Panofsky fellowship is once again open for application. Postdocs in CMP/Mat Sci should apply - there's a lot more than just accelerators at SLAC.
The salary is up to $175k and you'd have nice colleagues and good weather.
https://t.co/DsPhRLv8vi
Have an interest in science and technology? If you’re an undergraduate or community college student, you're invited to apply for a paid internship supported by the DOE Office of Science: https://t.co/lKkqZwq2mh
I’m honored & thrilled to be part of the #PackardFellows class of 2024! 🔬🎉😭 With the help of the Packard Foundation's funding, I look forward to finding new ways to measure & control nonequilibrium energy flow for human use. @CUBoulder@CUBoulderCHEM https://t.co/uLI2lEeTW8
Hot off the press: Check out our new paper in @J_A_C_S using ligand atom RIXS to gain new insights into the electronic structure of classic metal dithiolene complexes.
https://t.co/Fbg57PK70L
@SLAClab@pulse_institute@PNNLab
And the highlight of our award session was the Förster Memorial Lecture for outstanding contributions to the field of Photochemistry: The award winner is our very own Prof. Katja Heinze from @uni_mainz_eng.
@GDCh_aktuell@PhotochemGDCh@LabHeinze
🏆 Congratulations to SLAC's Agostino Marinelli, winner of the 2024 Kai Siegbahn Prize!
Marinelli was honored for his developments of attosecond X-ray free-electron lasers and their application to ultrafast X-ray science at #LCLS. #SRI2024
Read more: https://t.co/uhi7b4RuuD
💫 We are proud to announce a new SLAC-led Energy Frontier Research Center, funded by @doescience, that will investigate how components of microelectronics could be based on spin wave technologies.
Full story here: https://t.co/quCdGPaJM5
Very proud to share Nature Chemistry paper of my former JRF student @ghoshata96 who with Jim now provides a view of the Marcus inverted region dynamics of a unique Co complex😊😊😊 congratulations Atanu!!! @TIFRScience
https://t.co/LwoQppMAZG
📸 It’s #NationalCameraDay so of course we have to celebrate building (and shipping) the world’s largest digital camera ever built.
Swipe to see the framed @GWR certificate that hangs at SLAC!
@VRubinObs
I am looking to fill a position in our team at the macromolecular femtosecond crystallography instrument (MFX) at the LCLS XFEL. The role would be focused on instrument development and supporting the MFX user program. Job ID: 5942
https://t.co/qfG0stBtdJ
Time-Resolved X-ray Emission Spectroscopy & Synthetic High-Spin Models Resolve Ambiguities in Excited-State Assignments of Transition-Metal Chromophores: A Case Study of Fe-Amido Complexes | JACS @SLAClab @herbert_lab @umanitoba#Fe#Amido#ExcitedState https://t.co/cnJH4NVbpm
William Chueh named new director of Stanford’s #Precourt Institute for Energy
Chueh is a leading materials scientist and entrepreneur whose research is paving the way for better #batteries and cleaner power #grids.
Read @StanfordDoerr:
https://t.co/12kzcJfswD
Characterization of Deformational Isomerization Potential and Interconversion Dynamics with Ultrafast X-ray Solution Scattering | Journal of the American Chemical Society https://t.co/5sygJXRwlD
Congratulations to @NPowersRiggs on an excellent paper in JACS!
N K-edge XANES is shown as a local probe of donor, bridge, and acceptor electronic structure in ligands that link transition metal chromophores and catalysts for light-driven electron transfer. @pulse_institute
Learn more 👇
https://t.co/8DvQv0b7W7
🫨 Scientists at SLAC’s LCLS, SSRL and Energy Sciences used X-ray techniques to discover that shrinking the particles in spin transition materials can speed up their response to light, potentially leading to more efficient technologies in everyday devices: https://t.co/WpRMPcEVzO