A newly discovered fast radio burst (FRB) absolutely smashed the record for the most distant ever discovered. The burst was found in June 2022 at Australia's ASKAP radio telescope after it had spent 8 billion years crossing the Universe. The FRB released the equivalent of 30 years of solar radiation in milliseconds. The burst could also help astronomers weigh the Universe, measuring how much gas it had to pass through on its long journey to reach Earth.

A new paper in the Geophysical Research Letters explains how the largest recorded seismic event on Mars provided evidence for a different sort of tectonic origin -- the release of stress within the Martian crust.

White dwarfs are the ultimate fate of stars like our Sun, and one of the most exciting examples is located 95 light-years from Earth. In 2018, astronomers saw it suddenly flare up, suggesting that an exoasteroid was disrupted, leading to observations of dust and debris around the star. Astronomers think the star is surrounded by the remnants of its planetary system, crushed into a debris disk. Now, JWST has made its first observations of this intriguing star.

NASA recently test fired an engine that uses 3D-printed aluminum rocket nozzles, which could be a game changer for space exploration!

The Mercury , part of the BepiColombo International Mercury Exploration Project, has revealed some interesting things about Mercury's magnetosphere.

In 1952, the Palomar Observatory imaged a close grouping of three point-like light sources, measuring 15th magnitude in brightness. It took another image an hour later, and the three objects had vanished. Follow-up observations scanned the area down to 21st magnitude and they were still missing. Now astronomers have used the 10.4-m Gran Terescopio Canarias, which should have seen anything brighter than 25.5 mag. Still nothing. What were they, and where did they go?

An experiment at Cambridge University shows how quantum entanglements can be harnessed to change past outcomes.