A Matter-Antimatter World
An alternate model of cosmology behaves like modified gravity.
A Long Drive to Outer Space? Put Gravitational Waves on the Radio!
Space probes to the outer solar system take more than a decade to get there. But that doesn’t mean we have to sit and wait – we can use them to try and detect gravitational waves!
Smashing Neutrons: On the Origin of Extreme r-process Enhanced Stars
Heavy elements require extreme conditions to be produced. Today’s bite explores three unique stars that may give us additional clues on how that happens.
Bio-Signatures With Flare
Stars are known to experience burst of energy, known as flares. But what happens to biological molecules in the atmospheres of planets when a flare occurs? Today’s paper answers that by adding a bit of “flare” to exoplanets.
Constraining a cacophony of coalescences
Earth based gravitational wave detectors combine their data to search for a discordant hum from distant gravitational wave sources.
How Many Years Does it Take to Get to the Center of a Supernova Remnant?
After more than 30 years, have astronomers finally discovered what the compact object at the center of Supernova 1987A is?