it had never been proven with electromagnetic waves. In their new experiments, which are detailed in Nature Communications, the researchers used a gapped inductor to induce a magnetic field that ...

The longest and most complex simulation to date provides insights into neutron star mergers, black hole and jet formation, ...

Explore Maxwell’s equations and their significance in electricity and magnetism, shaping modern technology and science.

All forms of electromagnetic radiation, whether they're called waves or rays ... This movement creates a field surrounding the antenna that has both an electric and magnetic component.

“EM waves and fields are everywhere ... a collection of various ways to induce electromagnetic effects. Meanwhile, Mars has “quite strong crustal magnetic fields,” Schnepf points out ...

The magnet splits the energy levels and the resonance condition, an electromagnetic wave, perpendicular to the magnetic field, of a suitable frequency that exactly matches the energy difference ...

The second proposal is that animals that sense electric charges (such as were discussed in last month’s Inner Nature article) ...

Magnetic Field Lines: Magnetic field is an important ... These principles are also a part of the operation of electromagnetic waves, such as light and radio waves, as described by Maxwell's ...

Earth's magnetic field occasionally bursts into song — but these compositions are written with electromagnetic radiation, not sound waves. When converted to audio signals, though, these strange ...

Researchers demonstrated that specific electromagnetic wave frequencies can disrupt the SARS-CoV-2 Spike protein structure in virus-like particles, leading to reduced infectivity in cell models. This ...