subhajit sarkar

Lazy

[subhajit sarkar @sbhjt72]

Spinterface-like Mechanism of the Chirality-Induced Spin Selectivity in Donor–Chiral Bridge–Acceptor Complexes | Journal of the American Chemical Society https://t.co/Vh26IO4HQi
@AmerChemSociety @J_A_C_S

[Berislav Buca @NEQphysics]

Let me restart my Twitter account by sharing the amazing news that I was awarded @ERC_Research #ERCCoG 2025 grant for the project #EmPhaSys. I would like to thank my wife @vendiconcept and our cat #Pulci for support, and ALL my colleagues who helped with useful advice!

[Arindam Ghosh @ArindamPhysics]

Just saw this post from @skdh on our recent work. Happy that she finds the experiment to be good. We thank @skdh for that.
However, there are two incorrect statements in the video:

First, magnitude of the WF law violation is NOT the most important message, but it is the first observation of Universality in graphene transport. The title of the paper should have clarified this.

Second, no one among the authors made bombastic claims to the media regarding the implications of our results. Many of the interpretations are from those who read the paper, and we were NOT consulted. There are some unsubstantiated speculations in the video which are unwarranted.

[Nanotechnology Papers @NanotechPapers]

Bipartite particle number fluctuations in dephased long-range lattice systems. https://t.co/UODsjbfBQN

[subhajit sarkar @sbhjt72]

https://t.co/zjKf9COX5y

[Mahua Moitra @MahuaMoitra]

PM Modi gifted Jill Biden a $20,000 diamond ring in 2023. And the only reason Indian taxpayers know this now is because the White House declared it. Nice.

https://t.co/dtVURzwKJz

[subhajit sarkar @sbhjt72]

@Archak_physics Me...

[✨_geeknik_//✨ @geeknik]

Time crystals are real, born from the quantum weirdness of molecular magnets. Physics is no longer about understanding; it's about *transcending*. Next up: holographic singularities where free will vanishes in a puff of logic.

https://t.co/QseAN9mbRr

[Nanotechnology Papers @NanotechPapers]

Time Crystals from single-molecule magnet arrays. https://t.co/7xqrq2SIVX

[ACS Nano @acsnano]

Can molecular magnets form nanoscale time crystals? A new theory suggests these chemical wonders might exhibit discrete time-crystalline behavior, merging chemistry and time-crystals!
@sbhjt72 @DubiYonatan @SRM_Univ @bengurionu

Read it here 🔗 https://t.co/X4EVu6LyB2

[Quantum @quantumjournal]

Quantum has recently published: Protecting coherence from the environment via Stark many-body localization in a Quantum-Dot Simulator by Subhajit Sarkar and Berislav Buča https://t.co/xCtTUulHTO

[subhajit sarkar @sbhjt72]

Protecting coherence from the environment via Stark many-body localization in a Quantum-Dot Simulator https://t.co/xrJ6ngR0D2 via @quantumjournal

[subhajit sarkar @sbhjt72]

Our newest! Phys. Rev. B 109, 165408 (2024) - Impact of dephasing on nonequilibrium steady-state transport in fermionic chains with long-range hopping https://t.co/IF7XBcRWTI

[Berislav Buca @NEQphysics]

Nice to read about this in the KU newsletter.

[Berislav Buca @NEQphysics]

And I now have an office in his house. No beer pipeline, but lots of coffee.

[Berislav Buca @NEQphysics]

A video of my talk at the “Fluctuations, Entanglement and Chaos” program at the Simons Center for Geometry and Physics @SimonsFdn @stonybrooku has been published: https://t.co/pUphzqt5Pr.

[Science Magazine @ScienceMagazine]

"What I’ve learned in my journey of decades can be summarized in a single sentence: Just be kind."

This week's #ScienceWorkingLife on how a professor learned to nurture relationships in academia—and be more kind. https://t.co/54XomEqlaI

[subhajit sarkar @sbhjt72]

@NEQphysics 😊😊🙏🙏

[subhajit sarkar @sbhjt72]

I've gained immense insights from this article! Berislav's lectures at ICTS, Bangalore supplement the content so well. Despite my limited math skills, I could grasp mostly with ease. 📺 Part 1: https://t.co/z00pz90RJS Part 2: https://t.co/9GUqUlez33 #ICTSBangalore

[Berislav Buca @NEQphysics]

My very first PRX 😊I tweeted about the preprint in several posts. The published version has several new physical examples including exact solutions for prototypical models of quantum many-body scars and Hilbert space fragmentation. @VILLUMscience @UCPH_Research @OxfordPhysics