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34 results for "magnetic field"
Canadian astronomers discovered a mysterious diagonal magnetic reversal deep inside our galaxy that could rewrite how we understand the Milky Way's structure. The breakthrough came from creating one of the clearest maps ever of the galaxy's invisible magnetic field.
For the first time in nearly 20 years of searching, scientists have definitively detected gamma rays from a rare superluminous supernova, solving a cosmic mystery about what powers these exceptionally bright stellar explosions. The culprit: a newborn magnetar with the strongest magnetic field in the universe.
Scientists are discovering that quantum effects in living cells could revolutionize how we treat diseases, from cancer to acne, without always relying on medication. Researchers are proving that light and electromagnetic fields can heal the body in ways we're only beginning to understand.
Scientists discovered an atmospheric effect on Mars that was thought impossible on planets without Earth's protective magnetic field. The breakthrough could reveal how space weather shapes alien worlds.
Researchers discovered a bizarre new phase of matter that may exist deep inside Uranus and Neptune, where hydrogen atoms travel along spiral pathways through carbon crystals. This breakthrough could finally explain why these distant worlds have such unusual magnetic fields.
A groundbreaking space mission just launched to study the invisible force field that makes life on Earth possible. The SMILE spacecraft will help scientists understand how our planet stays protected from solar storms.
A groundbreaking international space mission just lifted off to help protect Earth from solar storms. The SMILE satellite will track how the sun's charged particles affect our planet's magnetic field.
Scientists discovered they can create entirely new forms of matter just by changing magnetic fields over time. This breakthrough could make quantum computers far more stable and bring the technology closer to everyday use.
For the first time, researchers can now detect magnetic fields on the far side of the sun without seeing it, potentially giving Earth earlier warnings about dangerous solar storms. By listening to sound waves traveling through the star, they've unlocked crucial information that was previously invisible.
Deep inside distant ice giants, carbon and hydrogen atoms may be dancing through each other in a stunning new pattern never seen before. This discovery could finally explain why these planets have such strange magnetic fields.
Citizen scientists listening to Earth's magnetic field translated into sound discovered an unexpected pattern in plasma waves that could help predict geomagnetic storms. One volunteer loved it so much they're switching their major to physics.
For the first time in over 50 years, humans are heading back beyond Earth's protective magnetic field, and scientists are using cutting-edge health monitoring to keep them safe. NASA is even sending tissue chips grown from the astronauts' own stem cells to study how deep space affects the human body in real time.
A groundbreaking space mission will capture the first-ever images of Earth's protective magnetic bubble from 120,000 km above the North Pole. The project could revolutionize how we predict dangerous space weather for future missions.
Scientists discovered an unexpected pocket of protection on the moon that reduces harmful space radiation by 20%. This breakthrough could make future lunar missions safer for astronauts.
For the first time in 50 years, astronauts will travel beyond Earth's protective magnetic field, but NASA has them covered. A 24/7 space weather monitoring system will track the Sun's most powerful eruptions to keep the Artemis II crew safe.
NASA's James Webb Space Telescope just captured the most detailed 3D view ever of Uranus' upper atmosphere, revealing how its bizarre tilted magnetic field creates sweeping auroras unlike anywhere else in our solar system. The findings could help us understand distant planets beyond our own cosmic neighborhood.
Scientists finally cracked a 50-year puzzle about the moon's magnetic past using rocks brought back by Apollo astronauts. The answer? Both theories were right.
Scientists just cracked a decades-old puzzle about the moon's magnetic past using rocks collected over 50 years ago. The answer was hiding in plain sight all along.
The James Webb Space Telescope mapped Uranus's glowing pink auroras across a full day, revealing how the ice giant's strange tilted magnetic field shapes its atmosphere. These stunning observations bring us closer to understanding the galaxy's most common type of planet.
Scientists discovered Earth's magnetic field took up to 70,000 years to flip during one ancient reversal—seven times longer than expected. The finding helps us understand how our planet's protective shield has protected life through history.
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