When a powerful solar flare saturates a detector, the information about the flare is lost — or is it? New research validates a technique for extracting knowledge from saturated images of solar flares.
How do you pick a landing site before you know how you’re going to land? The scientists behind NASA’s latest Moon missions are working on just that.
Do all clusters form stars with the same distribution of masses? Researchers have demonstrated that the initial mass function, often assumed to be universal, varies across Milky Way clusters.
Astrobites reports on whether some of the most massive galaxies in the early universe are truly quenched, or if they’re just hiding their star formation behind dust.
Using data from JWST and the Dark Energy Camera, researchers have revisited a long-standing issue with measurements of the famous Bullet Cluster.
A recent study has leveraged TESS’s full-sky coverage to build a catalog of stellar rotation periods for over a million stars.
What’s behind the population of compact, reddish objects spotted by JWST? Two recent research articles have explored theories involving young globular clusters and little red dots with little blue companions.
Astrobites reports on the first case of a supermassive black hole discovered away from its galaxy’s center, exposed when it tore apart a star in a tidal disruption event.
The galaxy seems to be full of free-range Neptunes, but a closer look reveals some complicated family dynamics in planetary systems.
JWST observations serendipitously revealed new emission features from fullerenes, the largest molecules definitively detected in space.
Astrobites reports on the potential detection of intermediate-mass black holes in the early universe — signs of black holes seeded by direct collapse.
A newly discovered molecular cloud in the Milky Way displays a surprising spiral structure.