. @seymaalcicek, @PutPiotr, @ExcitingAtomees, and colleagues analyze chemical solutions and biofluids with zero and ultra-low magnetic fields using an atomic magnetometer as a simple, portable, robust, inexpensive, and sensitive tool.
https://t.co/Ub9RbYVygp
. @CommsChem (open) Zero- to low-field relaxometry of chemical and biological fluids, Seyma Alcicek* @seymaalcicek Piotr Put @PutPiotr Adam Kubrak, Fatih Celal Alcicek, Danila Barskiy, Stefan Gloeggler, Jakub Dybas & Szymon Pustelny* https://t.co/hq0SG6fWaj #NMRchat#NMR#ZULFNMR
.@PutPiotr & @seymaalcicek@ExcitingAtomees report the direct detection of naturally abundant pyridine derivatives by ZULF-NMR via SABRE hyperpolarization
https://t.co/Cp1Fh3Hj92
Our paper on NMR with hyperpolarized pyridine derivatives at ZULFs has been published in Communication Chemistry. This is the result of our collaboration with prof. Simon Duckett at #UniYork. Congrats to everybody but particularyl to #PiotrPut and #SeymaAlcicek.
Looking forward to presenting our (@ExcitingAtomees@PutPiotr @TovarishBarskiy ) studies on zero and ultralow-field NMR at the Kiel Imaging Seminar on Monday at 6 pm CET. #ZULF#NMR#PHIP
Preprint, Detection of Pyridine Derivatives by SABRE Hyperpolarization at Zero Field, Piotr Put*, Seyma Alcicek*, Oksana Bondar, Łukasz Bodek, Simon Duckett, Szymon Pustelny #ZULFNMR https://t.co/zis5AUoVID
After 5 long years, on July 5, 2022, @PutPiotr defened his PhD thesis entitled, as it were otherwise, "Zero- and ultralow nuclear magnetic resonance". After the defence, Piotr's PhD committee unanimously accepted his defense and decided to distinguish it with honours.
Our paper paper on search for topological dark matter (axion-like-field domain walls) with the GNOME has been just published in Nature Physics https://t.co/Qv0TVHOZ91
A new paper demonstrates ways of simplifying zero-field NMR spectra of urea, an example molecule with a complex J-coupling network, by modifying spin topology under chemical exchange. @seymaalcicek@PutPiotr @TovarishBarskiy
https://t.co/xgEra7kOkF
. @JPhysChem (open) Zero-Field NMR of Urea: Spin-Topology Engineering by Chemical Exchange, Seyma Alcicek*, Piotr Put, Danila Barskiy, Vladimir Kontul, Szymon Pustelny* Institute of Physics, Jagiellonian University, Kraków @JagiellonskiUni https://t.co/rzwtzkD6hv #NMRchat#NMR
Our new preprint is now available @ChemRxiv!
"Zero-field J-Spectroscopy of Urea: Spin-Topology Engineering by Chemical-Exchange"
https://t.co/0w3VwS5hNv
@PutPiotr @TovarishBarskiy @ZULFNMR#NMRchat#NMR#ZULFNMR
I am honored and humbled that our recent work is highlighted on the FRONT COVER of @an_chem https://t.co/rEpGBKdYiR Keep tuning in to the music of nuclear spins at the bottom of the frequency range! I promise, there is so much more music to be heard! 🤓🦻🎶💡🐁
A new paper published in JPC Letters presents theoretical and experimental studies on organophosphorus compounds using zero-field NMR.
Read more: https://t.co/BoTyUmN9Ez
Highlighting the analytical potential of non-invasive and portable zero-to ultralow-field #NMR#spectroscopy of small #biomolecules @TovarishBarskiy. https://t.co/lDjrSUGiIG
Our paper is online! A portable zero-field NMR device @PutPiotr assembled during his visit to UC Berkeley at the beginning of 2020. Corona definitely made our work more complicated but we were able to collect interesting data that is now online in @an_chem. More news to come!
. @JPhysChem Zero-Field NMR J-Spectroscopy of Organophosphorus Compounds, Seyma Alcicek*, Piotr Put, Vladimir Kontul, Szymon Pustelny, Institute of Physics @JagiellonskiUni https://t.co/18jGHW08hv #NMRchat#NMR#ZULFNMR
Happy to present our work on implementing low-field relaxation measurements into @ZULFNMR setups at #ZULF2020 conference! We show our preliminary results on low-field relaxation studies of glucose (with @TovarishBarskiy) and propose to study pyridine derivates using this method.