Leland Gee

Bioinorganic Spectroscopist. X-ray Man. LCLS/SLAC. Stanford. UC Davis.

[Leland Gee @lbgee1]

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

[Leland Gee @lbgee1]

@SLAClab is having a workshop on Resonant Inelastic X-ray Scattering (RIXS). It will cover many other X-ray spectroscopies and hands-on analysis tutorials.

Free to attend!

https://t.co/0jCqgAPAJM

[Leland Gee @lbgee1]

A great start to some cool science. Highlights the unique possibilities of having two co-located lightsources (SSRL and the LCLS).

[SLAC National Accelerator Laboratory @SLAClab]

SLAC scientists shed light on nitroxide, a molecule with potential applications in the biomedical field.

What they learned could lead to entirely new ways to use light to treat cardiovascular, microbial infections, cancer, and other health conditions.

https://t.co/9nZXa7smjx

[J. Am. Chem. Soc. @J_A_C_S]

From this week's covers: "Unraveling Metal–Ligand Bonding in an HNO-Evolving {FeNO}6 Complex with a Combined X-ray Spectroscopic Approach".

Read the full article here ➡️ https://t.co/fk07iGC0mA

[Leland Gee @lbgee1]

Our new study using multifaceted synchrotron spectroscopies to target the static electronic/geometric structure of an HNO photoevolving Fe-NO complex. Colocation of two lightsources at @SLAClab doesn't just mean sharing instruments but sharing expertise. LCLS & @SSRLnews team.

[J. Am. Chem. Soc. @J_A_C_S]

Unraveling Metal–Ligand Bonding in an HNO-Evolving {FeNO}6 Complex with a Combined X-ray Spectroscopic Approach | Journal of the American Chemical Society @SLAClab #MetalLigand #Bonding #Fe #XRay #Spectroscopy https://t.co/of4WUBzOx9

[J. Am. Chem. Soc. @J_A_C_S]

Unraveling Metal–Ligand Bonding in an HNO-Evolving {FeNO}6 Complex with a Combined X-ray Spectroscopic Approach | Journal of the American Chemical Society @SLAClab #MetalLigand #Bonding #Fe #XRay #Spectroscopy https://t.co/of4WUBzOx9

[Leland Gee @lbgee1]

Staying on the topic of non-heme Fe, new manuscript out now in @angew_chem. An Fe(IV) S=1 intermediate in an enzyme. Led by @MossbauerLab
https://t.co/lLxdKOO882

[Leland Gee @lbgee1]

Out in @J_A_C_S! Studying the electronic structures of trigonal non-heme Fe(IV)=O systems. https://t.co/vF6kuSTM8d

[Leland Gee @lbgee1]

New user study officially out in JACS using ultrafast XANES and XES to monitor cobalamin photodynamics.

https://t.co/WLRu7Vdkw2

[Leland Gee @lbgee1]

Out now in Nature! Great user-work studying the final step of Photosystem II. Took quite a village with measurements at the LCLS and SACLA.
https://t.co/6SvZoDjVDz

[Leland Gee @lbgee1]

Synchrotron-based Ni-61 Mössbauer is still thriving! New work out in @J_A_C_S using Ni-61 SR-MB to develop structural insights into a Ni CO2 reducing catalyst.

https://t.co/UTB6Jb0488

[Leland Gee @lbgee1]

Looking to hire a postdoc for a 2-year (funded) project I'm guiding at the LCLS @SLAClab. Background in inorganic chemistry with a motivation to learn X-ray spectroscopy and photochemistry of bioinorganic systems would be ideal. #chemjobs
https://t.co/qfG0stBtdJ
Job ID: 5166

[Leland Gee @lbgee1]

@GiorgioCaserta8 Thanks Giorgio!

[Leland Gee @lbgee1]

If anyone has any refereed publications in the last year utilizing https://t.co/gcWEQ86e92 please let me know! It is time for my annual renewal proposal of the computational resources...
Pubs already accounted for are on this list:
https://t.co/Tqeb8IgPb5

[Leland Gee @lbgee1]

We are hiring at the LCLS XFEL in the Biological Sciences research division @SLAClab.

Research Associate (NIH funded R&D for serial femtosecond crystallography)
Job ID: 5120

Associate Staff Scientist (Operations at the MFX experiment hutch)
Job ID: 5121
https://t.co/qfG0stBtdJ

[Leland Gee @lbgee1]

Register for the SSRL/LCLS User Meeting and hear about the exciting user science happening at SLAC! I'll be hosting a plenary session discussing scientific synergy across SLAC facilities and a workshop highlighting X-ray spectroscopy at both X-ray sources.
https://t.co/hOTeP1vYfT

[Leland Gee @lbgee1]

Not sure who was waiting with bated breath but I've recovered https://t.co/gcWEQ86e92 and the encryption issue has been resolved. A semi-smooth 11th hour conversion to Rancher 2 thanks to excellent support at @NERSC as usual.
https://t.co/BNcvgdIki5

[Mike Dunne @MikeDunne_LCLS]

Congratulations to the ~75 scientific groups and hundreds of researchers from across the US and around the world awarded access to our #LCLS facility @SLAClab! An incredible array ranging from RNA studies to additive manufacturing & magma oceans. https://t.co/lcFjY4V6Mf

[Leland Gee @lbgee1]

Our work out in IC. Part 2/3 of the "new old mutants" nitrogenase series. Finally a study with my friends @SimonScientific and @GalactaPug together.

[Sven T. Stripp 🇺🇦🔥🌊 @stripp_lab]

Convincing study from Cramer et al. on CO-binding [MoFe]-nitrogenase. Their data suggest an unique correlation between EPR signals lo-CO, hi-CO, and hi(5)-CO and FTIR signals Lo-1, Hi-1, and Hi-2.
Out now with @InorgChem!
https://t.co/gst8xxgYzf

[Leland Gee @lbgee1]

Please consider attending the Ultrafast X-ray Summer School (UXSS) held at @SLAClab on June 20-23. There will be great talks and a data analysis workshop. Registration is $25 and open until June 1.
https://t.co/TkN8YIpPxx