Uncovering Precession for GW190521: How the Last Cycle Cracked the Case
Hidden in the final moments of the gravitational wave signal, a tiny detail holds powerful clues about how these massive black holes spiraled into each other and merged.
From Globs to Gravitational Waves: A Simulated Cosmic Choreography
Astronomy is all about the complex interactions between celestial objects. Today’s authors explore how we might be able to observe signals from intermediate mass black holes and objects from the globular clusters in which they might reside.
Ultra-high energy neutrino emission on the extragalactic express: A mystery
In today’s paper, our authors investigate three galaxies in the radio to determine where an ultra high-energy neutrino came from.
A dark matter journey to the centre of the Earth
In today’s paper, we take a journey to the Earth’s core, and learn how seismic data can help put constraints on the properties on dark matter particles.
AI: Good for Climate Models; Bad for Climate
AI is everywhere, whether we want it or not. In climate modeling, AI integration is improving simulations, which is good, because the environmental impact of AI is going to change our climate even faster.
A Supermassive Black Hole in the Early Universe
What can it tell us about how black holes might have first formed?