Digestible summaries of the latest astronomy research. Written by an international team of grad students for undergrads! Supported by the @AAS_Office. #scicomm
New Species of Dwarf Galaxy in the Galaxy Cluster Ecosystem?
@astrobites's Brandon Pries reports on the potential discovery of a dark-matter-free dwarf galaxy hiding in the tentacle of a jellyfish galaxy. https://t.co/q6X0zoHPma
From Samantha Wong: Today’s authors take a look at (possibly) the brightest flare from a supermassive black hole that we’ve ever seen! 🔭✨️
https://t.co/oIpYD8adu9
The Galactic Golden Child Cassiopeia A Through the Lens of JWST
@astrobites's @spacey_sonja reports on JWST observations that get up close and personal with the famous supernova remnant Cassiopeia A. https://t.co/E72dC8huTQ
From @IveyEDavis: Today’s authors investigate the possibility of detecting dark matter being converted into gamma rays by the the most famous supernova’s remnant. 🔭✨️
https://t.co/mLfUfqjKpq
From Brandon Pries: Active galactic nuclei are commonly observed in large galaxies, but what about small galaxies? Today’s paper explores the effects of the universe’s largest and loudest black holes in the universe’s smallest galaxies. 🔭✨️
https://t.co/dGKA5UaqGu
From Nathalie Korhonen Cuestas: Today’s paper investigates the star-forming histories of early galaxies and finds that galaxies form their stars in bursts, interspersed with lulls. 🔭✨️
https://t.co/ASZSZJBk3l
From Abbé Whitford: In today’s bite, we look at a new approach to modelling the expansion rate of the Universe, in a way that takes into account how growing structures like voids or haloes in the Universe impact this. 🔭✨️
https://t.co/kKj3nK6Ksw
From @toribonidie: The authors of today’s paper put forth theoretical models of how habitable exoplanets might appear to the Habitable Worlds Observatory (HWO) using the molecules present in the Earth’s atmosphere from earlier eons 🔭✨️
https://t.co/TxPaSJF0HO
From Brandon Pries: How are some of the heaviest elements on the periodic table created? Today’s authors look at how mergers between black holes and neutron stars could form these heavy metals! 🔭✨️
https://t.co/Ynpo83uzAq
From Cesiley King: Today’s paper showcases the performances of new kinetic inductance detectors (KIDs) that will enable observations of infrared and millimeter light that have the potential to advance various areas of astronomy and cosmology. 🔭✨️
https://t.co/0tU2mrGW2S
From Skylar Grayson: Today’s paper explores the complicated effects of black hole and stellar feedback in cosmological simulations! 🔭✨
https://t.co/dcgfQ56fGa
@YashoeLoL Full time astrobite writers are all graduate students. Interested undergraduates can take a look at our undergraduate research posts!
https://t.co/QG0JexIXzy
From Skylar Grayson: Today’s paper looks at how algorithms based on slime mold can help us reconstruct the grand structures of the universe! 🔭✨
https://t.co/7D6XfsOsdx
Testing Cosmology with the Dark Energy Survey Five-Year Supernova Dataset
@astrobites's @AbbeW25 reports on tests of cosmological models using measurements of nearly 2,000 supernovae from the Dark Energy Survey and other sources. https://t.co/yPDoxWYjpj @theDESurvey
From Janette Suherli: Today’s paper took a closer look at the properties of three neutron star bow shocks in unprecedented detail, revealing new insights into the hidden physics behind these cosmic collisions. 🔭✨
https://t.co/ECXpHIW6IQ