Assistant Professor @mineschemistry, working on ion dynamics and NMR. Postdoc @UCBerkeley/@BerkeleyLab with @ReimerLab and @BalsaraLab. PhD @GreyGroupCam.
Golden, CO
Joined April 2016
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David Halat retweeted
Beloved colleague and prolific scholar, Alexander (Alex) Pines has passed away chemistry.berkeley.edu/news/…
David Halat retweeted
Funded PhD studentship in solid-state NMR of energy materials! Come work on exciting materials with great facilities @warwickchem. Oct 25 start, unfortunately limited to UK residents. Please share! Happy to answer any questions by email. #NMRchat jobs.ac.uk/job/DKL178/phd-st…
A good day in the lab is one where you teach a student to manually tune & match an NMR probe (and look at how responsive this VNA is!) #NMRchat
Spotted in the NMR lab… the classic Fisherman’s Friend mint tin… filled with RF connectors. #NMRchat
Excited to announce that I've joined the Colorado School of Mines @mineschemistry as an assistant professor! Our research group will develop & apply advanced magnetic resonance techniques to explore ion dynamics in energy storage materials, working to advance sustainable energy.
David Halat retweeted
The college is excited to announce that the new Pines Magnetic Resonance Center (PMRC) has officially launched! For full details see:
light.berkeley.edu/o/new-pin…
@UCB_Chemistry @UCBerkeley @Cal
ALT Professor Alex Pines
David Halat retweeted
Congratulations @davidhalat for the @alpineconferen1 Young Scientist Award! Massive quadrupoles decisively win the round table popularity prize 🎉
Very grateful to @alpineconferen1 @SSNMRjournal and Elsevier for sponsoring this award - a great end to the week at Chamonix!
Congratulations to David Halat @davidhalat for the Elsevier prize for best round table presentation!👏👏👏
David Halat retweeted
It was a great pleasure to meet group Alumni @davidhalat and learn the exciting new NMR works he has been doing in his postdoc at @UCBerkeley @nmr900 #NMR
David Halat retweeted
Excellent way to end Monday talks @euromar2023 with a plenary talk from Dr. Jeff Reimer @UCBerkeley on Carbon Capture development and analysis with NMR. #NMR – at Glasgow, Scotland
David Halat retweeted
To wrap up the week, @davidhalat is giving a talk at 12:42pm in room 206 (session Z14). Tune in to learn about his work using electrophoretic NMR to study POSS-based multivalent electrolytes!
David Halat retweeted
Another paper from @davidhalat - in collaboration with the @asalleo group at Stanford, we studied a mixed ionic-electronic conducting polymer - PFG-NMR measurements show ionic liquid confined within the polymer remains highly mobile! #nmrchat
Read it here: nature.com/articles/s41563-0…
David Halat retweeted
Our latest work on operando XRD @SSRLnews. Awesome work by @A_Giovannitti, Tyler, Garrett and @AdamMarks93 in the group, great help from Chris not-on-twitter Takacs, the Balsara & Reimer groups and enabling materials (as usual )from @_iainmcculloch... 1/4
nature.com/articles/s41563-0…
David Halat retweeted
now that everything is out in print, here's a summary of the work I did (1st and 2nd author) on polymer electrolytes in my PhD with @BalsaraLab! (@JCESRHub @ENERGY @BerkeleyLab @UCBerkeley @UCB_Chemistry)
David Halat retweeted
A new paper from @davidhalat in collaboration with the Prendergast group at LBL is out now! They did computational and experimental studies on poly(ether-acetal) electrolytes to compare to PEO for use as battery electrolytes. Read it here: doi.org/10.1021/acs.macromol…
David Halat retweeted
How can we use paramagnetic NMR to decode the apportionment of metal ions in metal-organic frameworks? Check out our paper in @ScienceAdvances to find out! #MOFchat #NMRchat
science.org/doi/full/10.1126…
David Halat retweeted
An eventful and special day - an inspiring Lewis Lecture from Jeff entitled "When the Chemical Bond is Not Enough", followed by surprise appearances by @CarolPChrist to present Jeff with the Berkeley Citation Award, and finally the @CalBand!
David Halat retweeted
Chicago is the most crystalline city in the world (appliednetsci.springeropen.c…). I took the "powder diffraction pattern" (radially integrated FFT) of Chicago and did a crystallographic refinement in TOPAS. The rectangular cell matches Chicago's 4x1 block shape!
