Debarchan Das

Associate Editor @NaturePhysics
Experiential physicist.
CrossFit enthusiast
Education-
Postdoc: PSI , Switzerland and INTiBS-Poland.
PhD: IIT Kanpur, India

[Somesh Ch Ganguli || সোমেশ চন্দ্র গাঙ্গুলী @somcg89]

Join us for the 1st ASQM colloquium for 2025 on 20th January with Feng Wang (UC Berkeley, US) presenting "Electron solids in atomically thin semiconductors" at 16:00 CET. Image courtesy @JLado_Phys

[Debarchan Das @dasdebatwit]

To understand the electronic properties of quantum materials, one needs to probe the quantum geometric tensor. But this has been really tricky. A paper published in @NaturePhysics shows how to measure the dual components of the quantum geometric tensor. https://t.co/4wWedSFJJp

[Debarchan Das @dasdebatwit]

Stable manipulation of polar skyrmions is challenging. This work published in @NaturePhysics shows that thermal excitation can be an effective way to control such topological states.
https://t.co/9HlK2RN9AO

[David Abergel @David_Abergel]

Along with my colleagues @Giulia_Pacc and Daniel McNally, we have put together a Nature Conference on quantum materials that will take place next March at Yale.

Full details here:
https://t.co/DiCz9A7EAt

We have space for a number of contributed talks, so please apply!

[Debarchan Das @dasdebatwit]

This is a nice News & Views article published in @NaturePhysics explaining how chirality and topology can produce orbital monopole.
Lee, HW., Rappoport, T.G. Chirality and topology team up to produce orbital monopole. Nat. Phys. (2024). https://t.co/m88ucMvndq

[Debarchan Das @dasdebatwit]

Manipulation of the electron’s orbital contribution to transport experiments is important for potential orbitronics device applications. Now the long-range dynamic orbital response is shown to be controlled by the arrangement of the atoms in ferromagnets.
https://t.co/aLZOGWJn6M

[Debarchan Das @dasdebatwit]

Chiral topological materials have been predicted to host orbital angular momentum monopoles, which can be useful for orbitronics application. Now, such monopoles have been imaged in chiral topological semimetals. Read the full article published in Nat Phys
https://t.co/lWTiC16Kin

[Debarchan Das @dasdebatwit]

This month @NaturePhysics editorial highlights some ways to empower students in their doctoral journey.
https://t.co/PD8Yl0jlzH

[Debarchan Das @dasdebatwit]

Nature Physics is hiring !!!!!

[David Abergel @David_Abergel]

🚨🚨 Nature Physics is hiring (again) 🚨🚨
In addition to the condensed-matter physics role (deadline Aug 9th!), we are also hiring someone to take care of our optics and photonics brief.

Locations are US and Germany, deadline is Aug 23rd

Advert is here:
https://t.co/7Bz7aTZkY9

[Debarchan Das @dasdebatwit]

The pseudogap state is believed to be a precursor to high temperature superconductivity in doped cupreates. Now doping dependent study on non-superconducting Mott insulator Sr2IrO4 reveals that it rather is generic to doped Mott insulators.

[Debarchan Das @dasdebatwit]

The detection of dark states — quantum states that do not interact with photons — in real materials may help to address many unsolved issues in condensed matter physics. Now, they have been identified in palladium diselenide.
Read: https://t.co/XxpZM9iALq

[Debarchan Das @dasdebatwit]

This month @NaturePhysics editorial celebrates hundredth anniversary of Satyendra Nath Bose’s paper that stimulated the study of quantum statistics and bosons.
'Wherever you look it is difficult to avoid bosons.'
https://t.co/1ZToHbgMwq

[Debarchan Das @dasdebatwit]

A nice News and Views article explaining crossed Andreev reflection:
https://t.co/q3EBe2xlSY

[Federico Levi @fdlevi]

Nature is looking to hire a new optics and photonics editor! Join our editorial team and be responsible for showcasing some of the best research in the field.

Apply: https://t.co/UIXKkyyKd1, closing 24th July. DM me for questions. @Nature

[Debarchan Das @dasdebatwit]

Excited to attend the International Conference on Magnetism in Bologna, Italy! Looking forward to discussing all things physics. Fellow attendees, feel free to reach out—let's connect and share ideas! #ICM2024 #Physics #Bologna #Networking

[Debarchan Das @dasdebatwit]

It is an interesting piece telling us about visible (or luminous) power of a light source and its colour-rendering ability
https://t.co/pXzG8ShvgA

[Nature Catalysis @NatureCatalysis]

POLL: What is the main reason why some researchers adopt hyperbolic language in scientific articles?

[Somesh Ch Ganguli || সোমেশ চন্দ্র গাঙ্গুলী @somcg89]

Bengal edition of Solvay Conference picture 🙂

[Debarchan Das @dasdebatwit]

Quantum geometry and electron-phonon coupling are two fundamental concepts in condensed matter physics that govern many correlated ground states. Now, a generalized theory published in @NaturePhysics connects these two ideas.
Read: https://t.co/I4r61s1OpY

[Debarchan Das @dasdebatwit]

This article published in @NaturePhysics demonstrates flexible control of the quantum metric structure in a topological chiral antiferromagnet at room temperature.
https://t.co/mT00AOcDta