Harvard localizes radio signal to exoplanet Beta Pictoris b
- Harvard researchers have successfully localized a radio signal directly to a nearby exoplanet named Beta Pictoris B.
- Planets within our own solar system regularly emit radio frequency signals, making the detection of planetary radio waves a known phenomenon rather than proof of intelligent alien life.
- In separate astronomical news, the International Astronomical Union officially renamed the asteroid formerly designated as 1981 EC26 to (14331) Alyankovic.
Harvard researchers have successfully localized a radio signal directly to a nearby exoplanet named Beta Pictoris B. The detection marks the first time scientists have pinpointed the origin of a planetary radio frequency signal outside our solar system, though researchers emphasize the emission is natural and not extraterrestrial in origin.
Radio Frequency Detection on Beta Pictoris B
Planets within our own solar system regularly emit radio frequency signals, making the detection of planetary radio waves a known phenomenon rather than proof of intelligent alien life. However, isolating those emissions to a specific distant world like Beta Pictoris B represents a major technical advancement in radio astronomy.
Asteroid Renaming Honors Weird Al Yankovic
In separate astronomical news, the International Astronomical Union officially renamed the asteroid formerly designated as 1981 EC26 to (14331) Alyankovic. The Tucson Star reported that the designation was pursued by planetary scientists who are fans of the musical comedian. A second asteroid also honors his predecessor, Tom Lehrer.
Open Mobile Linux Project Rebrands as Nura
The open-source mobile Linux distribution formerly known as postmarketOS has officially changed its name to Nura. According to the project team, the new name derives from Nuraghe, which are granite structures in Sardinia dating back over 5,000 years. The development team noted in FAQ that the previous moniker proved difficult for users to remember.
Graphics Processing and Hardware Updates
The p5.js JavaScript processing environment now supports WebGPU access, enabling sketches to utilize device graphics hardware. Meanwhile, industrial manufacturing firm Baker Industries produced a two-ton, 3D-printed die measuring six feet long and four feet wide. The large metal component is designed to shape thermoplastic composites for experimental aircraft applications.