My newest paper uses gravitational microlensing to probe extended dark matter objects. Learn how this novel application of artificial intelligence offers fresh insights into one of astrophysics’ biggest mysteries.
New, very high-resolution simulations reveal a double peak in the black hole mass function!
How can a neural network be used to identify a symmetry in a dataset? Collaborators and I have a proposal…
How new particles inside blue supergiants can lead to extreme explosions!
The prediction of gravitational waves from the early Universe relies on calculations of the false vacuum decay rate. I describe a new method to do so.
How stellar death teaches us about particle physics, explained through a cool plot.
Particle physics through gravitational waves: the existence of the heavy black holes detected by LIGO/Virgo has implications for the lightest particles.
I wrote a little poem for all my friends holding their breath until January 7th.
Last summer, one of my role models died. Together with a close friend, I wrote an obituary for Ann Elizabeth Nelson.
An explanation of internal symmetries in particle physics without mathematics, using my own face, a mirror, and a simple graph.