Researchers have developed a battery-free wearable sensor chip that detects high-frequency electromagnetic fields by ...

Understanding how this magnetic dent behaves gives satellite operators critical lead time to protect delicate instruments.

Quantum Made in Japan] QST and others reduce the "individual differences" of nanodiamond quantum sensors by a factor of ...

Radio signals emanating from Beta Pictoris b suggest that this young and massive exoplanet has a strong magnetic field and ...

Robots that move as deftly as human hands and grasp objects with precision may soon be within reach. Korean researchers have ...

Can a tiny sensor track movement in three directions? A nanoparticle-based design brings three-axis magnetic sensing to ...

Magnetic flow meters have proven to excel in challenging applications. This Q&A with Cheng Vue, Global Product Manager at Emerson, covers how the company is innovating with magnetic flow meters that ...

A new Perspective argues that electrically and magnetically driven active colloids should be understood as distributed ...

Finding a submarine beneath the ocean is one of the more difficult surveillance tasks in modern warfare. Sonar and sonobuoys can listen for underwater activity, while maritime patrol aircraft cover ...

Cosmic rays let a telescope read thunderstorms from the ground, and Earth's magnetic field explains why it sees far more storms to the east.

Choi and Wu are leading an NSF-funded project to develop distributed quantum sensor networks using entanglement, photonics ...

Reducing Earth’s magnetic field to near zero changed how fruit flies aged, moved, and produced cellular energy. The effects ...