Asteroseismology uses the natural oscillation modes of stars to
study their interiors. The wonderfully precise measurements by
NASA's Kepler and TESS missions are ideal data sources for the
technique. These space telescopes have been monitoring the...
Abstract: Although solutions to
Teukolsky’s radial equation play a key role in black hole
perturbation theory, there are limitations in our understanding
that obscure our practical use of e.g. quasi-normal mode overtone
solutions. Towards...
Abstract: An underappreciated aspect of
quantum mechanics is that large, relatively imperfect systems can
show behavior that is as precise and reproducible as anything in
nature. The first example was the observation of superconductivity
in 1911...
Pardo: Gravitational waves have offered us a whole new way
of looking at our Universe. So far, we have seen them in the
~10-100 Hz range, and, most recently, in the nanohertz regime.
However, there are parts of the frequency space that are
currently...
I will discuss a new method for analyzing the morphology of
supernova remnants (SNRs) by using power specula analysis to
diagnose the drivers responsible for structure at different angular
scales. Using a suite of hydrodynamic models of the Rayleigh...
The James Webb Space Telescope (JWST) is a large, infrared space
telescope designed to transform space science by observing targets
from within our own Solar System to the first light in the Universe
(and basically everything in between). The...
Organizers: David Hosking, Philipp
Kempski, Vinicius Duarte, Robert Ewart, Rajsekhar Mohapatra, Arno
Vanthieghem, Muni Zhou, Matthew Kunz, Eliot Quataert, Anatoly
Spitkovsky
Free registration and abstract submission for in-person
oral and poster...
