The magnetized rocks of Earth's crust and mantle, also known as the upper lithosphere, accounts for generating 6 percent of ...

We developed a simplified three-dimensional electromagnetic field analysis model for accelerator magnets wound with Conductor on Round Core (CORC) to estimate ac loss of magnets. In our model, the ...

Quantum mechanics has a reputation that precedes it. Virtually everyone who has bumped up against the quantum realm, whether ...

Create a bug-free work space in your garage without having to close the door with one of these top garage door screens.

Investors are pouring billions into fusion companies, encouraged by breakthroughs that they contend have put a sustained ...

A New Approach to Magnetic Field Homogenization Homogeneous magnetic fields can be generated over relatively large spatial regions through the targeted arrangement of permanent magnets. A well-known ...

The magnetic fields expand as they head toward the center, where weaker magnets help form a plasma cylinder in the middle.

Rare-earth magnets will also retain their own magnetism even in the presence of strong external magnetic fields—important in motors and generators, which rely on the interaction between two or ...

These lines will separate one magnet from the next. At points where the superconducting stripes are wider, the magnetic field will be stronger. They’ll push back harder against the plasma in the ...

Jaguar Land Rover’s investment arm InMotion Ventures has invested $2 million in rare earth magnets recycling company Cyclic Materials, bringing its Series B funding round to $55 million.

An application note from an IEEE Magazine shows that STT-MRAM memories should be able to achieve high densities with simple precautions in normal ambient magnetic fields.

That electric current generates its own magnetic field, and here is the kicker: the 'induced' magnetic field always faces the opposite direction to that of the magnet that produces it.