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Research conducted using the James Webb Telescope shows that observed cold gas outflows in distant galaxies correlate with the activity of black hole formation, supported by recent discoveries about the properties of black hole and neutron star radiation.
Predictions about the properties of matter ejected during black hole and neutron star mergers may shed light on the evolution of these compact objects and their interactions, as indicated by data on discrepancies in their masses and subsequent observational outcomes.
Most often alongside in these stories: Gravitational wave
OpenAI has suspended the training of the most powerful models
Space agency to finalize design of 1st navigation satellite for 2029 launch
Scientists have figured out why the Earth day fluctuates by milliseconds
SpaceX is preparing to launch the Super Heavy rocket with 26 Starlink V3 satellites.
People did not approve of the refusal to cooperate even with a person with a bad reputation
The frequency of colorectal cancer after appendicitis was lower with appendectomy
From the skulls found in an ancient economic pit, DNA was isolated
In Bulgaria, found one of the oldest in Europe traces of beer
Sub-TeV Singlino Dark Matter in light from Sagittarius A$^\ast$ and LUX-ZEPLIN Nuclear-Recoil Event
Higgsino Dark Matter Interpretation of the LUX-ZEPLIN 248 keV Nuclear-Recoil Event
Promoting Green Computing in High Energy Physics and Astrophysics
ThousandWorlds: A benchmark for climate emulation of potentially habitable exoplanets
Gravitational and kinematic redshifts of black holes in nonlinear electrodynamics
Early against Late: A contrast on dark energy in the light of DESI DR2
Volatile depletion in rocky planets as a chemical fingerprint of hybrid accretion
J0011+3443: a GPS compact symmetric object, gravitational lens, or dual AGN?
Structural quasi-universality in highly magnetized differentially rotating neutron stars
Turbulent Transport of Galactic Magnetic Fields into Cosmic Voids: Insights from IllustrisTNG
Primordial Black Hole mass growth from neutrinos during the radiation era
MOSAIC at ELT: Design and First Prototyping of Novel Robotic Optical-Relay Positioners
Vision-Language Model Ensembles Achieve Human-Expert Accuracy for Galaxy Merger Classification
TDCOSMO XXVI: Uniform lens modeling of eight doubly imaged quasars
Does supernova feedback regulate the star formation rate in dwarf galaxies?
Exploring Beyond {\Lambda}CDM with the Weak Lensing Power Spectrum and Bispectrum
The Clustering of Little Red Dots from Ultra-Strongly Self-Interacting Dark Matter
DESI-Like Hubble Expansion From Staged Symmetry Breaking: Constraints on Renormalizable Models
VELOCE III. Reconstructing Radial Velocity Curves of Classical Cepheids
MAGNUS II: Rotational support of massive early-type galaxies decreased over the past 7 billion years
The James Webb Telescope is studying hydrogen radiation in the Orion Nebula and others.
The James Webb Telescope detected methane emission in a young brown dwarf star.
The first orbital flight of SpaceX's Starship rocket is scheduled.
The Crew-13 mission crew has arrived at the launch site in Florida.
The launch date for the SpaceX spacecraft with a Russian cosmonaut is set for October 1.
The James Webb Telescope detected ammonia and low temperatures on a distant gas giant.
Studies of the early universe with the James Webb and ELT telescopes.
Participants for the SpaceX Crew-14 mission to the ISS have been announced.
Research is underway on how the “taste” of neutrinos may determine the fate of dying stars.
The James Webb Telescope is studying the early universe, finding rapidly assembled galaxies.
The Hubble Telescope captured an image of the massive galaxy cluster MACS J0417.