Don’t miss the opportunity to learn from the renowned personalities in the field of EPR/ESR.
Join us on the first ‘International Conference on Electron Spin Resonance’ (ICESR), 2026.
Speaker Spotlight: Professor Jack Freed, Cornell University, USA
#ICESR2026#EPR#NMRchat
The Institute NMR Facility, Indian Institute of Science invites applications for Project Assistant (PA) positions.
🗓️ Apply by 21 Dec 2025
For more details: https://t.co/1TqmBGs2Fm
📢 ICESR-2026 at IISc Bengaluru!
Call for Abstracts - Deadline: 15 Jan 2026
Join the global ESR/EPR community for the inaugural International Conference on Electron Spin Resonance at @iiscbangalore , 21–24 March 2026!
https://t.co/T89RldphbP
📩 Contact: [email protected]
Please RT! Check out our theoretical work on NV-13C DNP mechanism. @shubham_k_deb used reduced bases and average hamiltonian theory to get insights on matching condition and polarization transfer efficiency.
https://t.co/SfrCR5BPGK
@kumar_sheetal@_SSCU_IISc#NMRChat
@Celestial_023 @songihanlab@global_nmr Hi Celeste, Great results! I have a couple of question. How fast is the build up rate at room temperature? does it change with T? Is there any possibility of contribution from NV centers in these enhancements?
@mrudula_nikam@TIFRH_buzz@kaustubhmote_@global_nmr Nice presentation! How does spin echo improves the decoupling performance? Do you use only one pi pulse or train of pi pulses in between the decoupling blocks?
@DNP_EPR@OritNirArad@AmitIstam@eyalaster1@chemistrytau Did you see any evidence of coupling between different type of centers? Say P1 and NV coupling? Do you expect those to be different from the cross-effect caused by clustered P1 centers?
Glad to see this published!
Using vanadium (EPR line > 3GHz) as a polarizing agent at 6.9T to trace DNP pathways and determine size of spin diffusion barrier.
@songihanlab developed new DNP instrumentation that enabled observation of DNP from a series of V complexes with precisely positioned nuclear spins allowing us to trace polarization pathways.
https://t.co/eEpCoWeVig
https://t.co/grjeszsDZo