NASA records unprecedented 19-day solar radio burst

NASA scientists observed a solar radio burst that lasted 19 days in August 2025, far exceeding the previous record of five days. The event was tracked using multiple spacecraft across the solar system and linked to a helmet streamer on the Sun.

The prolonged signal was identified as a Type IV radio burst, generated by energetic electrons trapped in the Sun's magnetic fields. Researchers combined data from NASA's STEREO, Parker Solar Probe, and Wind missions along with the ESA and NASA Solar Orbiter to follow the burst as the Sun rotated.

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An international team has identified the brightest fast radio burst ever detected by CHIME, tracing it to the galaxy NGC 4141. Named FRB 20250316A or RBFLOAT, the burst occurred on March 16, 2025, and lasted about one-fifth of a second. Follow-up observations with the James Webb Space Telescope revealed a faint infrared signal at the location.

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Researchers at the SETI Institute suggest that solar wind and plasma from stars could distort radio signals from distant intelligent life, making them harder to detect. This means past searches may have overlooked potential evidence by focusing on narrowband signals. Adjusting detection methods could improve future chances of discovery.

NASA’s Psyche spacecraft flew past Mars on May 15, capturing detailed images of the planet’s surface. The close encounter provided a gravity boost to speed the mission toward its main target.

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Nasa has released images captured by the Psyche spacecraft during its recent flyby of Mars. The photos were taken as the probe used the planet's gravity to adjust its trajectory toward the asteroid 16 Psyche.

Debris from a Chinese Chang Zheng 4B rocket created a luminous trail over Argentine Patagonia at 0:41 a.m. on Saturday, April 4. Hundreds of witnesses in cities like Bariloche, General Roca, and Viedma recorded the event on their phones. Specialists confirmed it as a planned atmospheric reentry with no damage.

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