Navdeep Arya

Postdoctoral Researcher @Stockholm_Uni Past: @IiserMohali

[Phys.org @physorg_com]

#A new method enables detection of the elusive Unruh effect by converting its faint quantum signal into a distinct, early flash of light using superradiant atoms between high-quality mirrors. @physrevlett https://t.co/QGuYrYBred https://t.co/nD3pmk9dd7

[Navdeep Arya @aryanavdeep8]

The prediction in question highlights the observer-dependent nature of the properties of a quantum field. We find that atoms in a bunch, acting together, can be extremely good sensors. Maybe useful for several other effects of similar spirit. (illustration helped by @ChatGPTapp)

[Navdeep Arya @aryanavdeep8]

A famous prediction, known as the Unruh effect, posits that an accelerated observer perceives empty space as faintly warm. We studied what a choir of atoms playing the Unruh symphony may look like: https://t.co/NOt5GoZY6U @PhysRevLett

[Rafa Nadal @RafaelNadal]

Mil gracias a todos
Many thanks to all
Merci beaucoup à tous
Grazie mille à tutti
谢谢大家
شكرا لكم جميعا
תודה לכולכם
Obrigado a todos
Vielen Dank euch allen
Tack alla
Хвала свима
Gràcies a tots

[We Are Tennis @WeAreTennis]

Rafael Nadal at Roland-Garros, it’s…

🔸 14 titles
🔸 112 victories
🔸 4 defeats
🔸 96,5% wins
🔸 14 finals, 0 defeat
🔸 7 sets losts in final, 42 won

No one will ever do better. 👑

[Novak Djokovic @DjokerNole]

🏆🙏🏼2️⃣3️⃣❤️🇫🇷 #RolandGarros

[Roland-Garros @rolandgarros]

ROLAND-GARROS CHAMPIOOOOON 🏆🇷🇸

#RolandGarros @DjokerNole

[Navdeep Arya @aryanavdeep8]

@Jaxy_Quantum @PhysRevA @Bhati_Quantum @arvind_iiserm Congratulations!

[Wimbledon @Wimbledon]

Roger,

Where do we begin?

It's been a privilege to witness your journey and see you become a champion in every sense of the word.

We will so miss the sight of you gracing our courts, but all we can say for now is thank you, for the memories and joy you have given to so many.

[IISER Mohali @IiserMohali]

Research work by Jaffino Stargen and Kinjalk Lochan from DPS@iisermohali -'Cavity Optimization for Unruh Effect at Small Accelerations' appears @ Physical Review Letters https://t.co/xSPOYM1CI6
arguing that high acceleration demand for observing Unruh effect may be circumvented.

[Navdeep Arya @aryanavdeep8]

Published version:
https://t.co/qMaRn8ZaOL

[Navdeep Arya @aryanavdeep8]

🧵
In our latest work, we have shown that the quantum field theoretic non-inertial effects generated by the circular rotation of an observer can possibly be observed at much lower accelerations than previously envisaged. Check out! (1/n) @quantumsapien @harzi_sam #KinjalkLochan

[Navdeep Arya @aryanavdeep8]

The Unruh effect and other quantum field theoretic non-inertial effects still await experimental observation mainly due to the insanely high acceleration and sophisticated measurements required to produce and capture any unambiguous non-inertial signature. (n/n)

[Navdeep Singh Dhindsa @Navdeep_S_D]

25th of last month our paper got published in JHEP. Just thought of sharing it on twitter this 25th 😀.

Non-perturbative phase structure of the bosonic BMN matrix model
Link--> https://t.co/xh8FkacjYu

#AcademicTwitter @IiserMohali @anoshjoseph

[Vikash Mittal, PhD @quantumsapien]

Geodesics (shortest curve between two points) in higher dimensions are impressive.

Check our recent work in @PhysRevA😊

Phys. Rev. A 105, 052219 (2022) - Geometric decomposition of geodesics and null-phase curves using Majorana star representation https://t.co/dUdHSFcNDX.

[Vikash Mittal, PhD @quantumsapien]

This time, we have four presentations from our group at @APSMeetings 😃

Have a look at our work on quantum memories, Bloch decomposition of geodesics and NPCs, Non-inertial quantum systems, and atomic state preparations.

@harzi_sam

#APSMarchMeeting #apsmarch

[Vikash Mittal, PhD @quantumsapien]

Our work on the Bloch sphere decomposition of geodesics and null phase curves (NPCs) is finally on @arxiv 🥳

A geodesic is the shortest distance between two points on a curved surface, and NPCs are generalizations of geodesics.

@harzi_sam, #AkhileshKS

https://t.co/uhR96R5f9j