James Webb Space Telescope (JWST)

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NASA's Webb Discovers Hidden Planet in Famous Star System

Release date: 15 July 2026 8am ID: 2026-126

 

Planet found through its atmospheric fingerprint opens new way to uncover worlds hidden in starlight

 

Few planetary systems have shaped astronomers’ understanding of planet formation as profoundly as Beta Pictoris. Since the discovery of its famous debris disk in 1983, observations with ground- and space-based telescopes, including NASA’s Hubble and James Webb space telescopes, have revealed exocomets, intricate dust structure, giant exoplanets, and evidence of a planetary system still under construction. Now, Webb has uncovered a third giant planet using an entirely new approach: identifying it through the chemical fingerprint of its atmosphere.

 

Article link:

https://www.stsci.edu/contents/news-releases/2026/news-2026-126/

 

Pic Description:

This artist’s concept shows the Beta Pictoris system with the discovered giant exoplanet Beta Pictoris d at the right. It has the widest orbit of the known three exoplanets within the system.Illustration: NASA, ESA, CSA, STScI, Ralf Crawford (STScI)

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Any desserts? https://www.space.com/astronomy/black-holes/james-webb-space-telescope-discovers-how-black-holes-feed-themselves

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Galaxy cluster's magnetic field reconstructed for 1st time with

By Robert Lea Published 21 July 2026

A record-breaking astronomy map.

 

"We believe that the mechanism that 'turns on' these gigantic radio emissions is linked to the formation process of galaxy clusters."

 

For the first time, astronomers have reconstructed the magnetic field of an entire cluster of galaxies, from its central nucleus to its outer limits.

 

The record-breaking achievement is the product of the deepest-ever observations of the galaxy cluster Abell 2255, located around a billion light-years away — and those observations are thanks to the European radio telescope LOFAR (Low Frequency Array).

 

Abell 2255 has long been known for its complexity in radio waves. Its vast, diffuse radio emissions are created by particles called electrons racing at near-light, or relativistic, speeds and interacting with magnetic fields of galaxies in the cluster. Thus, using Abell 2255 as a cosmic laboratory to study the universe in radio waves could lead scientists to a better understanding of how magnetic fields come about and evolve. These observations could also help paint a picture of the dynamics of hot gas in galaxy clusters. This could reveal how the largest structures in the universe are constructed.

 

Article link:

https://www.space.com/astronomy/galaxies/galaxy-clusters-magnetic-field-reconstructed-for-1st-time-with-record-breaking-astronomy-map

 

Pic Description:

The invisible texture of the magnetic field in the central region of the galaxy cluster Abell 2255. (Image credit: A. Botteon et al. (INAF), A&A 2026)