A Young Star’s Disk Dilemma
Astronomers think CI Tauri hosts a massive planet, but observations of its disk don’t give any sign of one. What’s really going on around this star?
Astronomers think CI Tauri hosts a massive planet, but observations of its disk don’t give any sign of one. What’s really going on around this star?
Astrobites reports on a search for signatures of protostars deep within dust clouds, where massive stars are thought to form.
A team of scientists has tested our ability to measure “holes” in the Sun’s atmosphere, which may be a main source of the magnetic fields that fill interplanetary space.
How can ticking stellar clocks be used to search for ripples in the fabric of spacetime, and how close are we to detecting these waves?
Still not aliens, sorry! These otherworldly outflows are powerful enough to unbind galactic gas and accelerate particles to relativistic speeds.
Astrobites reports on how megastructures like Dyson spheres can influence the evolution of their host stars.
What can observations of three nearly identical molecules tell us about how they formed?
What do gold and europium have in common? They both form when compact objects like neutron stars and black holes collide.
A new special issue takes a deep dive into the chemistry of protoplanetary disks around five young, nearby stars.
As New Horizons zipped past Pluto, it caught a glimpse of Pluto’s long-shadowed southern hemisphere.
A team of amateur astronomers from around the world have measured the diameter of the Sun during a total solar eclipse, a measurement that hasn’t been updated in nearly a century.
Using data from Venus’s superheated surface and super-thick atmosphere, researchers find that a volcano in Venus’s Imdr Regio might be active today.