Researchers examine if permanent magnets can provide lightweight shielding against hazardous solar storms for future deep‑space missions. Long‑duration voyages to the Moon, Mars and farther destinations will subject crew members to radiation levels far...

ESA’s Solar Orbiter has discovered a unique chemical fingerprint in the Sun’s corona, revealing how its magnetic boundary transforms into solar wind. The heliospheric current sheet (HCS), a vast magnetic structure rippling through our solar system, is...

Violent eruptions on a distant red giant reveal how a stellar companion and magnetic forces combine to trigger extraordinary, powerful superflares. Astronomers have finally pinpointed the physical processes responsible for some of the most intense...

Astronomers have detected auroral radio bursts from a gas giant 63 light-years away, enabling the first direct measurement of an exoplanet’s magnetic field. Astronomers have achieved a breakthrough in planetary science by detecting radio emissions...

from the core to the mantle, influencing everything from surface-level volcanic activity to the maintenance of the Earth’s magnetic field. By utilizing a new analytical method capable of isolating smaller, more localized signals, the authors were able...

Learn how Biomagnetic Pair Therapy uses high-strength magnets to regulate pH, stimulate immune function, and address chronic health conditions. Biomagnetism or Biomagnetic Pair — BMP™ is a revolutionary, scientific and therapeutic approach to wellness...

ESA greenlights a CubeSat to attempt the first autonomous landing on asteroid Apophis before its close Earth flyby. The European Space Agency has moved forward with one of its most daring planetary‑defence projects by signing a contract for Don...

storm. The proposed strategy flips that mindset, aiming to alter the interaction between the solar wind and Earth’s magnetic field itself. “People have always thought, ‘space is huge, the sun is massive, we just have to sit here and take whatever it...

elements could generate chemical buoyancy, a driving force that feeds the geodynamo responsible for sustaining Earth’s magnetic field. The study links temperature variations more closely than pressure to the stability of different hydrogen phases within...

NASA’s Juno mission has discovered that Jupiter utilizes a complex system of plasma waves to shield itself from the intense pressure of solar wind. Data transmitted by NASA’s Juno spacecraft has revealed that Jupiter employs a sophisticated,...

Signals from historical nuclear tests have uncovered new evidence of fluid movement occurring deep within Earth’s outer core. Data derived from historic underground nuclear detonations has provided researchers with a rare, high-resolution look into the...

NASA’s Juno mission has uncovered how Jupiter’s massive magnetic shield uses plasma-wave harmonics to absorb solar wind and heat particles in space. An invisible, high-energy barrier surrounding Jupiter is providing scientists with a rare window into...

Brief flashes of millimeter-wave light seen by the South Pole Telescope reveal magnetic activity in compact white dwarf systems close to the Galactic center, showing that these small stars can release energy in unexpected ways. The center of the Milky...

New research reveals that extreme solar storms could strike Earth with greater intensity than previously thought, threatening global satellite and power grids. For decades, the scientific consensus held that Earth’s magnetosphere possessed a natural...

High-resolution observations have uncovered tiny, swirling vortices dancing across the Sun’s surface, offering new insights into solar atmospheric dynamics. New high-resolution observations of the Sun have unveiled a hidden layer of activity defined by...

Mercury’s iron core, mysterious dark crust, and ancient magnetic field hold secrets that scientists may only unlock by landing on its surface. Mercury remains a planetary enigma, defined by a disproportionately massive iron core, a shrinking exterior,...

Researchers find that ultra‑high‑pressure mineral phases could solidify deep mantles on many super‑Earths, reshaping ideas of their interior structure. A recent investigation published in AGU Advances indicates that the innermost layers of many...

A soft X-ray flare in the galaxy NGC 3783 produced a rare, ultrafast outflow traveling at nearly one-fifth the speed of light, providing an unprecedented look at how supermassive black holes release energy into space. At the heart of the distant galaxy...

Scientists have used extreme laboratory experiments to uncover strange, previously unobserved behavior hidden deep within Earth’s mysterious inner core. Deep within the heart of our planet, the intense conditions of the inner core may be inducing a...

Unusual structures crossing Saturn’s B ring reveal new clues about the forces shaping its iconic rings. A recent image of Saturn’s B ring reveals the resurgence of one of the planet’s most enigmatic structures: faint, radial features commonly called...