the planet’s lack of a global magnetic shield. The findings, reported in Nature Communications, show that crustal magnetic fields can interact with the solar wind in a way that mirrors Earth’s well‑known Dungey cycle. Magnetic reconnection on a planet...

solar wind reconnects with our planet, revealing a hidden pathway for space energy. Space around Earth is structured by magnetic fields that guide plasma, control space weather, and regulate how energy arrives from the Sun. Although these magnetic...

bound entities, comprising hundreds to thousands of galaxies, expansive reservoirs of hot gas, dark matter, and tangled magnetic fields. Although the presence of magnetism in these environments has long been inferred, constructing a detailed map of its...

on observations with the National Science Foundation Very Large Array (NSF VLA) and highlights the influence of intense magnetic fields on the surroundings of a dying star’s final blast. Opening a Fresh Window on the Universe’s Mightiest Flashes...

bias observed in a controlled setting, adding to a growing body of work suggesting that the human brain can respond to magnetic fields without conscious perception. Unconscious Choice Shifts When Ambient Magnetism Is Suppressed In a 2025 article...

field strength also affects magnetic reconnection rates and how effectively the solar wind can couple to planetary magnetic fields, potentially changing the frequency and intensity of space weather events around planets. Context and caveats the...

than previously recognized. By probing these fine‑grained structures, scientists aim to clarify the interplay between magnetic fields, plasma flows, and the evolving conditions of the solar atmosphere. As imaging capabilities continue to improve,...

able to map the magnetic domain states of these iron nanoparticles. These maps reveal how the particles responded to magnetic fields, effectively serving as a diagnostic tool for understanding the lunar interior’s state during the moon’s formative eras....

their structure, magnetic vortices, induction patterns, and changes in nanoparticle magnetization under increasing magnetic fields. (CREDIT: DU Haifeng et al, PNAS 2026) Untangling the Moon’s magnetic timeline The role of these particles in deciphering...

New research suggests powerful magnetic fields can tear apart and trap giant stellar eruptions, preventing plasma from escaping into space. The mystery of why astronomers observe frequent, intense flares on highly active stars while rarely detecting...

Study shows Uranus’s odd rotation stretches its bow shock, causing it to expand and contract every planetary day. New simulations reveal that the ice giant Uranus reshapes its bow shock on a daily basis, driven by the planet’s extreme axial tilt and an...

New research reveals that near-zero magnetic fields alter lifespan and mitochondrial activity in fruit flies, with impacts varying based on genetic health. Earth’s magnetic field, typically fluctuating between 25 and 60 microteslas, is an ever-present...

Scientists have recreated the eerie sounds of an ancient magnetic field reversal, offering a new perspective on a rare planetary event from 41,000 years ago. Researchers have transformed the turbulent history of Earth’s magnetic field into an immersive...

AI model spots faint signals of emerging solar active regions up to 9.24 hours before they appear, boosting space weather forecasting. A machine‑learning model dubbed EarlyDetect has been shown to identify the faint precursors of new solar active...

to gauge how many particles could be steered clear of crew habitats. Because charged particles follow curved paths in magnetic fields, a well‑designed system might lower the number that actually reaches occupants. The analysis indicates that...

A spacecraft discovery deep within the solar wind has revealed unexpected data that could reshape our understanding of the Sun’s most mysterious phenomena. Researchers have successfully traced the origin of enigmatic magnetic disturbances in the solar...

Scientists have discovered a strange new wave pattern in Earth’s magnetic shield, revealing why specific regions react differently to solar particle storms. New research has uncovered why the outer reaches of Earth’s magnetic environment exhibit...

telescope has detected the first radio signals from an exoplanet, offering a groundbreaking method to study alien magnetic fields. Astronomers have achieved a long-awaited milestone in planetary science by successfully isolating a radio signal...

Explore the science and impact of solar wind on planets and space exploration. Learn about coronal heating, magnetic fields, aurora formation, and the latest research discoveries. The vast expanse of space is more dynamic than it may seem, influenced...

a vast magnetic structure rippling through our solar system, is far more complex than a simple barrier between opposing magnetic fields. New data from the European Space Agency’s Solar Orbiter suggests this boundary acts as a sophisticated, chemically...