Modeling the Unknown: A New Tool for Radio Bursts
How do you model an observation when you aren’t sure of its source? Radio astronomers have a new answer to that question: a tool called “fitburst.”
How do you model an observation when you aren’t sure of its source? Radio astronomers have a new answer to that question: a tool called “fitburst.”
New research examines whether the sources of the highest-energy photons could also be the sources of the highest-energy charged particles.
Astrobites reports on efforts to detect the shrinking orbits of close-in hot-Jupiter exoplanets.
How much of Uranus’s icy core is made of rock? Researchers propose a new method to make this measurement using a probe of the Uranian atmosphere.
With T Coronae Borealis expected to rise to naked-eye visibility any day now, recurrent novae are in the news. To learn more about these events, check out today’s article about a recurrent nova in a neighboring galaxy.
One of the largest surveys of the sky is about to begin. But will tiny bits of space junk doom its carefully laid plans even before the first images are taken?
Astrobites reports on a study that estimates how many galaxies with massive black holes are likely to be present in the early universe.
Simulations explore how supernovae can shake up and eject gas from a starburst galaxy.
The exoplanet 8 UMi b should have been swallowed by its host star — and new research may have upended the standing hypothesis for how the planet escaped its fate.
For the first time, researchers have examined a population of black holes that may fill in the gap between over-massive black holes in the early universe and those present today.
Astrobites reports on the serendipitous discovery of Dracula’s Chivito, possibly the largest known protoplanetary disk.
The accretion disks surrounding supermassive black holes could be home to millions of stellar-mass black holes. How can we tell if a disk hosts these black holes?