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Our work on Quantum Sensing is Published in New Journal of Physics

A new paper, "Quantum imaging of photonic spin texture in an OAM beam with NV centers in diamond," authored by Shoaib Mahmud and the NV team, has been published in New Journal of Physics. This publication highlights the group's research in the field of quantum sensing. The paper presents an...

Dr. Leif Bauer Awarded Patent for Bolometric Imaging System

Congratulations, Leif! Leif has been awarded a patent for an ultrafast imaging system without active pixel reset, a development that formalizes a novel method for bolometric imaging. The patent, titled "Ultrafast imaging system without active pixel reset," addresses key operational parameters for...

Nature Photonics Publishes Special Article on Our Group's Work

A special article in the journal Nature Photonics has featured recent research from our group. The article focuses on the paper, " Exploiting universal nonlocal dispersion in optically active materials for spectro-polarimetric computational imaging," which introduced a novel computational imaging...

Our Group's Perspective on Quantum Vacuum in Matter Published in Optica

A perspective article by Wenbo Sun, titled "The Quantum Vacuum in Matter," has been published in the journal Optica. The publication contributes to the field of cavity quantum materials, which integrates principles of cavity quantum electrodynamics with condensed matter physics. The work addresses a...

Deep ultra-violet plasmonics

Our work on probing germanium plasmons through momentum-resolved EELS experiments got published in Optics Express. We reveal the metallic nature of Ge in the DUV regime. This new frontier of DUV plasmonics enables the development of DUV devices based on Ge. Read more about the paper here.

Our paper as Editor's Suggestion in Physical Review Research

Our latest paper on topological optical N-insulators was chosen as Editor’s suggestion in Physical Review Research. We introduce a new family of topological materials with exotic electromagnetic features with obstructions to molecular polarizabilities. Know about the paper here.

LIGHTING A FIRE WITH VACUUM FRICTION

ONE OF THE SURPRISES OF QUANTUM MECHANICS IS ZERO POINT FLUCTUATIONS WHICH PERVADE BOTH VACUUM AND MATTER. Far from just theoretical interest, practical consequences exist at the nanoscale when these fluctuations cause forces that attract or repel macroscopic bodies. They are also manifested at the...