Quite excited about our latest work. We show formerly one can write the compressible (magnetized or not) fluid equations in the form of imaginary time Schrodinger equations, where all the nonlinearities are shoved into the potentials: https://t.co/8bLtj6O4Gw
@CITA_ICAT and @PU_Astro Fellow Dr. James Beattie (@astro_magnetism) received a Hubble Fellowship to study the origin of magnetic fields in the Universe.
Read more:
https://t.co/TzpfUKY8oM
Sebastiano D. von Fellenberg, a postdoctoral researcher @CITA_ICAT, is part of the Event Horizon Telescope team that has identified the likely starting point of a massive cosmic jet — a powerful stream of particles being blasted out from the heart of the galaxy Messier 87 (M87).
A paper by CITA Fellow Sean Ressler at @UofT published in ApJ Letters presents the first ever simulations of #OJ287. His co-authors are Luciano Combi, CITA National fellow at @Perimeter, @BartRipperda, CITA faculty, and Xinyu Li, @Tsinghua_Uni. https://t.co/SYst19l9DQ
To better understand the extreme physics underlying such a grizzly demise, researchers at @Caltech and @CITA_ICAT's faculty @BartRipperda are using supercomputers to simulate black hole–neutron star collisions.
https://t.co/DmD1Ng5hg1
#UofT's James Beattie is lead author of a new paper in the journal Nature Astronomy describing the computer simulation he & collaborators have developed to study, in unprecedented detail, magnetism & turbulence in the interstellar medium (ISM). https://t.co/CBEN6pj2Y0
New research by Yoonsoo Kim and Elias Most from @Caltech, @BartRipperda from @CITA_ICAT and Andrei Beloborodov from @Columbia explores the conditions under which a black hole’s neutron-star merger produces an observable electromagnetic signal.
https://t.co/jKHZ8TLNvc
The cascade of kinetic and magnetic energy from large to small scales in galactic-style turbulence behaves significantly different to the theoretical models that we usually assume work.
https://t.co/8vq43T6UDX
Published in @NatureAstronomy.
🔥 Hot off the press 🔥 @MichaelPGrehan, grad student in @CITA_ICAT��s plasma astro group (@BartRipperda’s group) shows that relativistic reconnection is pretty invariant to the underlying physical model: ideal, resistive, MD, force free, doesn’t matter… https://t.co/jO1PBawbIE
$2M from ORF-RE will advance efforts by @uoftphysics, @UofTAstro and @CITA_ICAT researchers to shed new light on the nature of black holes, a fundamental and mysterious building block of the universe. @BartRipperda
https://t.co/o1Fl3a3xZU
Using the @JWSTscope, an international team of scientists, including @CITA_ICAT faculty @BartRipperda and graduate student Braden Gail, have made the first-ever detection of a mid-IR flare from #SgrA* - the supermassive black hole at the centre of the Milky Way. @CfASciEd
@CITA_ICAT researchers @BartRipperda, Ue-Li Pen and Gibwa Musoke, who are part of the @ehtelescope collaboration, help uncover rare gamma-ray flare from a distant black hole. https://t.co/2ynxiLGyEx
While postdoc fellowship applications close today, PhD applications are open for another month! Please share with anyone interested. With exciting research and a vibrant environment, UofT Astronomy is a great place to take the next step in astrophysics!🔭
https://t.co/IBCymiTagU
James Beattie (@astro_magnetism) a postdoctal fellow at the @CITA_ICAT and @Princeton — and his collaborators (@BartRipperda) were awarded close to a 100-million-core-hours on a German supercomputer at the Leibniz Supercomputing Centre (@LRZ_DE).
https://t.co/tjlRutJyJ8