In 2008, a team of researchers studying deer and cattle found something a little unexpected. Both animals, when grazing or resting, appear to align their bodies in the north-south direction.

Researchers have recreated the tumultuous beginnings of Earth, simulating what the planet was like just after its formation 4 ...

Electromagnetic methods are central to probing the subsurface, offering researchers and industry practitioners a non-invasive means to characterise geological structures and resource potential.

The secrets behind magnetoreception—that is, the ability of some animals to sense Earth's magnetic field—are beginning to gradually unravel, thanks in part to a new study that demonstrates ...

Infolytica Corporation announces that MagNet for SolidWorks, the company's electromagnetic field simulation add-in, is now available. Infolytica Corporation announces that MagNet for SolidWorks ...

Pittsburgh, Pa. — Ansoft Corp. has released a new version of its SIwave full-wave electromagnetic field simulator optimized for signal-integrity, power-integrity andelectromagnetic interference (EMI) ...

The Earth’s magnetic field isn't something we can usually see, feel or hear. That last point has now changed though, as scientists and musicians have worked together to convert magnetic field ...

In this image from a computer simulation of Earth's magnetic field, ... Electromagnetic waves are usually "humming" in Earth's magnetosphere at a relatively stable frequency, ...

Earth’s magnetic field is generated by the convection of molten iron in the planet’s core, around 1,800 miles (2896 km) beneath our feet. This superheated liquid generates electric currents ...

This summer, the European Space Agency published data that suggested that the Earth's magnetic field could flip -- as in, the magnetic north pole becomes the magnetic south pole -- in 'a few ...

Magnetotellurics (MT): A passive geophysical method that utilises natural variations in the Earth's electromagnetic field to image subsurface conductivity structures. Electromagnetic Methods in ...