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Explore white dwarfs' role in astrophysics, from exoplanets to supernovae. Learn about recent discoveries, cooling processes, and their importance in understanding the Universe's expansion.
Explore white dwarfs as cosmic laboratories, revealing insights into exoplanets, stellar evolution, and the composition of rocky bodies in the universe. Learn about recent discoveries and their implications for astrophysics.
Explore the Galactic double white dwarf population through astrometric, photometric, and spectroscopic data, discussing implications for stellar evolution, gravitational waves, and supernovae.
Explore the physics of white dwarf supernovae models, including detonation, deflagration, and double detonation mechanisms, with insights on their implications for astrophysics and future research directions.
Explore lithium detection in cool white dwarf atmospheres, examining model atmospheres, infrared photometry, and abundances to advance understanding of stellar remnants and galactic evolution.
Explore diverse quantum materials, from electrical insulators to exotic quantum phases. Discover models like Kitaev and Alpharussini, and learn about cutting-edge experiments in this field of theoretical physics.
Explore mammalian early embryonic development using stem cell models. Learn about symmetry breaking, patterning, and key events in embryogenesis through cutting-edge research and experimental approaches.
Explores fluid flow-mediated cell communication in embryonic development, focusing on symmetry breaking, cilia function, and genetic regulators of asymmetry in organ formation.
Explore multi-phase gas dynamics in star-forming regions, covering ISM structure, feedback processes, and outflows. Gain insights into astrophysical fluid dynamics across various scales.
Explore multiphase gas dynamics across astrophysical scales, from intergalactic media to galactic nuclei. Discuss recent advances in observations, simulations, and analytical insights on fluid dynamics and instabilities.
Explore multiphase gas resolution in astrophysics, covering numerical experiments, simulations, and turbulence. Gain insights into fluid dynamics across various cosmic environments and scales.
Explores causality and positivity in gravitational theories, examining effective field theory bounds, scalar QED, and the interplay between gravity and quantum field theory concepts.
Explores string theory's implications for low-energy physics, focusing on thermal dark energy and other string candidates. Discusses swampland program, Weak Gravity Conjecture, and connections to particle phenomenology.
Explore NIR flares and tests of General Relativity in the context of event horizon-scale accretion, discussing recent observations, particle acceleration, and potential future research directions.
Explore polarised properties of magnetised accretion onto black holes, focusing on Sagittarius A* and M87. Learn about magnetic field structures, linear polarization, and future observations in astrophysics.
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