👁️ visits

Publication

Residual energy in magnetized turbulence, published in A&A

With Raphael Skalidis, Aris Tritsis, and Philip F. Hopkins, we show how the way turbulence is driven changes the balance of kinetic and magnetic energy. Published in Astronomy & Astrophysics, 713, A7.

Aug 31, 2026

My single-author ApJL paper on supernova-driven turbulence

Published in The Astrophysical Journal Letters, 1004, L9. I show how instabilities in supernova shells generate incompressible turbulence, connecting small-scale structure to the turbulence cascade in our Galaxy.

Jun 3, 2026

Matt Sampson’s cosmic-ray study is published

Our study of cosmic-ray and plasma coupling, led by Matt Sampson, is now published in The Astrophysical Journal. Congratulations, Matt!

Apr 8, 2026

Matt Sampson’s cosmic-ray and plasma-coupling study is on arXiv

Our study of relativistic cosmic-ray fluids and plasma coupling, led by Princeton graduate student Matt Sampson, is now available on arXiv.

Jun 4, 2025

🎉Published in Nature Astronomy🎉 -- The spectrum of magnetized turbulence in the interstellar medium!

The key spectral results from the 10k simulation is published in Nature Astronomy!

May 13, 2025

🎉I've submitted our work on dynamical alignment to PRL!

There is an unruly amount of u and b alignment in the 10k simulations, which I think is strongly related to the dynamo saturation. We have submitted direct tests the dynamical alignment theory to PRL, showing that alignment is even more wide-spread than dynamical alignment would predict.

Apr 22, 2025

🎉My first SNe-driven turbulence paper is on the arXiv!

So long Kolmogorov is on the arXiv, where we directly test the ideas of Kolmogorov on SNe-driven turbulence simulations for large-scale galactic turbulence!

Jan 16, 2025

🎉Congrats Michael Grehan🎉 (CITA) -- student-led study submitted on magnetic reconnection through many different special relativistic plasma regimes!

We have been exploring how different relativistic models of reconnection differ from one another... they end up being very similar, in many aspects! Congrats to Michael on leading this very comprehensive study on reconnection!

Jan 1, 0001