Cheng Shang

Postdoctoral researcher, Analytical Quantum Complexity RIKEN Hakubi Research Team

[Cheng Shang @Shangc1204]

Our new work has recently been posted on arXiv: https://t.co/GZ4yObt6p0, where we investigate weak-force amplification in non-Markovian regime, a key mechanism underlying quantum sensing and high-precision measurements. 😺

[Cheng Shang @Shangc1204]

This work has been accepted for publication in Physical Review A: https://t.co/GoHUikwkIU

[Cheng Shang @Shangc1204]

https://t.co/1XoMGayslN
Our new work has appeared on arXiv.
In this work, we demonstrate the manipulation of bound states through non-Markovian structured baths, including both vacancy-like and Friedrich-Wintgen bound states.

[Cheng Shang @Shangc1204]

The official version of this article has now been published in Nature Communications: Nat Commun 17, 4289 (2026). https://t.co/j7Cq17Ou7w

[Cheng Shang @Shangc1204]

(｡•̀ᴗ-)✧ I am very happy to receive the official email today that our work "Macroscopic Particle Transport in Dissipative Long-Range Bosonic Systems" has been formally accepted for publication in Nature Communications.

[Cheng Shang @Shangc1204]

Invited article publication information (open access): Annalen der Physik: Volume 538, Issue 3
https://t.co/CAAKLTaBYr

[Cheng Shang @Shangc1204]

At the end of 2025, I was invited by the editors of Annalen der Physik to contribute a paper. Founded over 225 years ago, the journal has published pioneering works by Einstein, Planck, and other great physicists. I am very pleased that our work has been accepted for publication.

[Cheng Shang @Shangc1204]

(｡•̀ᴗ-)✧ I am very happy to receive the official email today that our work "Macroscopic Particle Transport in Dissipative Long-Range Bosonic Systems" has been formally accepted for publication in Nature Communications.

[Cheng Shang @Shangc1204]

Our new work has appeared on arXiv—nice collaboration!🥳

[Cheng Shang @Shangc1204]

My new work with Dr. Rohit: https://t.co/ojqv1I1ohb. We study how many-body structure affects charging optimization under a periodic driving protocol, showing that integrability breaking and long-range interactions serve as key points for improving the QBs charging performance.

[Cheng Shang @Shangc1204]

🥳Kuwahara's Group newest work is now on arXiv: https://t.co/ISB6YAWzsB

[Cheng Shang @Shangc1204]

Glad to see our work on TQB selected for inclusion in RIKEN Research (Summer).
https://t.co/XcYmS8rGkK

[Cheng Shang @Shangc1204]

🥳Welcome! Now Open for Submissions!
🚀Submission Deadline: 21 April, 2026
🔗Submit & Learn More: https://t.co/35ZWZgqW25
📨If you are interested or have any questions, please contact: [email protected] or [email protected]

[Cheng Shang @Shangc1204]

Thank you very much for promoting our work. 🥳
https://t.co/yJtK4fhi2k

[Phys.org @physorg_com]

#A new theoretical framework demonstrates how topological quantum batteries could achieve near-perfect #Energy transfer and #Dissipation immunity, advancing nanoscale energy storage and quantum technologies. @riken_en @physrevlett @arxiv https://t.co/VEvGOk8EDL https://t.co/CxWZTroO54

[Cheng Shang @Shangc1204]

#PRLtrending for the week of 2025-05-19 #physics #trending. Thank you for your interest in our work “https://t.co/2kajWknKpC”.

[Physical Review Letters @PhysRevLett]

#PRLtrending for the week of 2025-05-19 #physics #trending
https://t.co/uToTuTCZTc
https://t.co/uJ7DuZAxlo #open
https://t.co/U3KoMFQiXc
https://t.co/AxPF4xR0NN

[Cheng Shang @Shangc1204]

Our latest work has just been posted on arXiv: "Simultaneous nonreciprocal unconventional photon blockade via two degenerate optical parametric amplifiers in spinning resonators".
https://t.co/R4Ey4ceVgy

[Cheng Shang @Shangc1204]

@synthical_ai Wow. Looks nice.

[Cheng Shang @Shangc1204]

I began working with Dr. Tomotaka Kuwahara in April 2023. I have learned a lot from him. After several rounds of manuscript rewriting and idea refinement, we finally presented our main result in a clear and elegant form. See our new work: https://t.co/SUwx9iGsLm

[Cheng Shang @Shangc1204]

@brijhcu Thank you for your interest. ：)

[Cheng Shang @Shangc1204]

トポロジカル量子電池の理論的構築 | 理化学研究所 https://t.co/HLSo3nHcv7
The public relations department of RIKEN has reported on our work (currently only available in Japanese; the English version of the news will be released later, TBA...).

[Cheng Shang @Shangc1204]

Our work has been accepted by Physical Review A. I am quite happy—this is the first time I have guided a junior student to complete an idea of mine. 🥳

[Cheng Shang @Shangc1204]

Our new work, by manipulating multi-nanoparticle perturbations in whispering-gallery optical cavities, we achieved the transition from an anti-PT symmetric non-Hermitian system to a quasi-closed system, see https://t.co/PoBseLL6qO.

[Cheng Shang @Shangc1204]

https://t.co/1XoMGayslN
Our new work has appeared on arXiv.
In this work, we demonstrate the manipulation of bound states through non-Markovian structured baths, including both vacancy-like and Friedrich-Wintgen bound states.

[Cheng Shang @Shangc1204]

Our work "Topological quantum batteries" was accepted by Phys. Rev. Lett. 🎉