Marvin Bayro

Assistant Professor of Chemistry @uprrp. Solid-state NMR spectroscopy, protein structure, nanomaterials. Lima PE, NJ, Rutgers, MIT, NIH, PR. 🇵🇪 🇺🇸 🇵🇷

[ICC chessclub.com @chessclubICC]

Today, we celebrate the birthday of one of the greatest natural talents the chess world has ever seen: @GMJulioGranda.

From rural Peru, far from the traditional centers of chess culture, Julio rose to the world elite without coaches and with virtually no reliance on chess literature. No Informator, no ChessBase. His use of engines and databases was minimal, and only at a later stage of his career. That did not prevent him from holding Kasparov and Karpov to draws, or defeating players such as Topalov, Gelfand, Ivanchuk, and Morozevich. At his peak around 2000, Granda was firmly inside the world top 20, a remarkable achievement given his unconventional path.

[Marvin Bayro @BayroCientista]

@Alonso_GD Finally a post from you that isn’t batshit crazy. Sigue así causa.

[Marvin Bayro @BayroCientista]

@Alonso_GD Mano en uno decías que los latinos votan por T porque hay latinos blancos. Quién va a RT eso jaja

[Jason Locasale @LocasaleLab]

Thank you for asking. I will be writing more longer-form pieces soon.

[Ilya Kuprov @Ilya_Kuprov]

Got a research grant. 🤓 My lab at Weizmann Institute now has more PhD student and postdoctoral researcher positions available - send me an email if you are interested (there are no geographical restrictions and virtually no visa formalities).

[Matthew Eddy @MatthewEddyLab]

Our latest review on GPCR-lipid interactions is out at Curr. Opin. in Struct. Biol. https://t.co/dfTAPTFC5J
Congratulations to postdoc Dr. Greeshma Jain!

[Sebastian Kopp @SebastianMKopp]

Very excited to share this work just published in @J_A_C_S! We demonstrate the rational design of an improved organic optical-spin interface that allows for the coherent microwave manipulation of electron spins in a nuclear-spin-rich solvent environment at temperatures that were previously difficult to access with molecular color centers; an important step towards using these systems as quantum sensors! @NUChemistry @nuINQUIRE @CMQTnu
https://t.co/VT58ga9ByK

[Embajada EEUU Perú @USEMBASSYPERU]

En el año del bicentenario de relaciones diplomáticas entre Estados Unidos y Perú, nos alegra ver este nuevo ejemplo de conexión entre nuestros pueblos.

[Marvin Bayro @BayroCientista]

@blkwiln @USCChemistry @USC That is great news! Congratulations Blake!

[Ilya Kuprov @Ilya_Kuprov]

Giant team effort on what I call the HARI-TROSY effect. https://t.co/SzfNxW4Lc0

[Han Lab 🧲 @ Northwestern University @songihanlab]

Proud of this art of work published in PNAS after 5 years of hard work by Michael, Austin, Karen, Sam, Saeed, Andrew and other students and collaborators.

Debuting a mini-tau-prion with seeding competency. Its "secret sauce"? Its the water!

Water-directed pinning is key to tau prion formation | PNAS https://t.co/XFK0OuyrXX

[MIT CSAIL @MIT_CSAIL]

60 years ago this month, the Fast Fourier Transform was created, a powerful tool for image compression & data analysis.

Watch a classic MIT breakdown of FFT, perhaps the most-taught algorithm at the Institute: https://t.co/R7zdspBswx

v/@MITOCW

[Martin Bauer @martinmbauer]

Renormalisation is a central concept in modern physics. It describes how the dynamics of a system change at different scales. A great way to understand and visualise renormalisation is the Ising model

(some math, but one can follow without it )

1/13

[Han Lab 🧲 @ Northwestern University @songihanlab]

Dear network,
We are pleased to announce the launch of MARQUISE, a platform for magnetic resonance, quantum information science, and education.

This platform aims to bring together and decrease the language barrier between the research fields of magnetic resonance and quantum information science.

It features blog posts on recent literature, theory, simulation, experimental methods, and visualization approaches at the intersection of MARQUISE.

See you on the MARQUISE website and don't hesitate to comment or ask questions on our blog posts (via our website).

So far, Dr. Josh Straub and Dr. Quentin Stern have been publishing posts, but we'll soon have more contributors join our effort to make this platform richer and more useful to our research community.https://t.co/xDMQLcLNgD 

@EPR_ESR @ajerschow @ENC_Conf @european_epr @nmr900 @global_nmr @LevittGroup @asifequbal313

[Matthew Eddy @MatthewEddyLab]

Exciting new collaboration with Prof. Carlos Baiz and his team @UTChemistry, using NMR, 2DIR & MD simulations to investigate solvent reorganization in protein-polymer conjugates. #NMR #NMRchat Preprint out now in ChemRxiv: https://t.co/pQ8yAp4lnU

[MeiHongLab @MeiHongLab]

See our just published Account of our virus membrane protein NMR research! https://t.co/VmF5udFwKs

[Matthew Eddy @MatthewEddyLab]

The cover featuring our recent fragment binding study is now out @ ACS Chem Bio: https://t.co/g9GE31sFJU
Huge thanks to the talented Ivo Kabelka from @CarlssonLab for creating this beautiful cover art.

[Magnetic Resonance News @nmr900]

Journal of Magnetic Resonance Open, Tutorial paper, Introduction to average Hamiltonian Theory. II. advanced examples, Andreas Brinkmann, Metrology, National Research Council Canada https://t.co/GIgGSxwx2j #NMRchat #NMR 🧲

[Paul Robustelli @PaulRobustelli]

Proud to share a new manuscript:

"Ensemble docking for intrinsically disordered proteins"

from @DartmouthChem undergrad Anjali Dhar 24' and grad student Tommy Sisk. We present ensemble docking strategies for IDPs that, remarkably, seem to work!

(Links in thread below)

[Marvin Bayro @BayroCientista]

@thmaly Congrats Thorsten!