Researchers at CU Boulder have created a new type of magnetic field sensor using atoms, offering increased precision.

These papers detail the practical advantages of the planar coil stellarator as well as the methods used to design the planar (i.e. flat) magnetic coils, allowing for a commercial maintenance scheme.

Physicists and engineers have developed a groundbreaking method to measure magnetic field orientation using atoms as tiny ...

It uses a number of coils to produce a magnetic field to levitate the 3D printed plastic snail which contains the lighting element itself. The actively controlled levitation base uses a magnetic ...

A team of physicists and engineers at the University of Colorado Boulder has discovered a new way to measure the orientation ...

The latest injection of funds will be directed towards manufacturing components in-house, including capacitors for energy ...

Thea Energy is designing Eos, based on the same planar coil stellarator architecture, to produce tritium, a vital fusion fuel isotope. The papers also discuss the ability of the Eos stellarator ...

Revolutionary Piezoelectric MEMS Mirror SPAD LiDAR System Transforms Smart Factory Safety with Real-Time Monitoring and ...

With its compact and lightweight design, the Equator 21” Portable Dual-Burner Induction Cooktop (Model PIC 200-N) provides the ultimate flexibility for modern cooking needs. The cooktop is available ...

Fusion technology is a long way from powering a grid — if it ever will. Dozens of fusion startups have launched anyway.

We have developed a measurement system using the pickup coil method, which can measure the AC loss characteristics of short straight HTS tapes under AC transverse magnetic fields with high sensitivity ...