Tag: nitrogen-vacancy centers in diamond

Researchers at Fraunhofer IAF report a laser-enhanced quantum magnetic field sensor that combines 100 percent optical contrast with strong laser ...

A first-of-its-kind life cycle and technoeconomic analysis of twenty crystal-defect combinations finds that hexagonal boron nitride with laser writing offers ...

University of Chicago researchers have built a first-principles framework that fully models how spin defects shed energy, revealing a previously ...

Physicists at Johannes Gutenberg University Mainz have demonstrated that compact, room-temperature diamond magnetometers based on nitrogen vacancy centers can measure ...

In the rapidly evolving landscape of materials science, the pursuit of superconductors that operate at higher pressures and temperatures remains ...

In a landmark advancement that could redefine quantum sensing and information technologies, researchers have unveiled a novel method for detecting ...

In the ever-evolving landscape of quantum sensing, nitrogen vacancy (NV) centers in diamond continue to occupy a cornerstone position due ...

In the relentless pursuit of practical quantum technologies, one of the grand challenges lies in understanding and manipulating the fundamental ...

In a groundbreaking advancement for quantum metrology, researchers have successfully demonstrated spin squeezing within a solid-state system—an achievement that promises ...

In a groundbreaking advancement in quantum sensing technology, researchers have achieved unprecedented signal amplification in solid-state sensors by leveraging asymmetric ...