Read article: Supercomputer simulations reveal how the Sun accelerates charged particles
Research could help protect satellites and astronauts from the solar wind
Read article: How Betelgeuse blew its top and lost its rhythm
Huge convective cell may have created cloud that caused "Great Dimming" of star
Read article: Aftermath of explosive stellar merger seen in a new light
Observation could help reveal the origins of heavy elements
Read article: Free-floating black hole could be distorting light from distant star
Compact massive object detected by its microlensing effect
Read article: Slowest ever neutron star is found in cosmic graveyard
Puzzling radio signal could indicate a new class of stellar remnant
Read article: Weather satellite sheds light on ‘Great Dimming’ of Betelgeuse star
Chance observations corroborate hybrid explanation for drop in brightness
Read article: Rare X-rays from white-dwarf explosion spotted by chance
"Fireball" phase of nova seen by the eROSITA telescope
Read article: ‘Micronovae’ explosions on white dwarfs caused by localized accretion
Stars’ magnetic fields focus matter on poles
Read article: Astronomers see star enter a ‘Maunder Minimum’ for the first time
Studying a star that seems to have paused its magnetic activity cycles could provide insight into the Maunder Minimum, a 70-year period when sunspots became exceedingly rare
Read article: Neutron capture destroys tumours from the inside, dead stars are born again, commercializing quantum sensors
In this podcast we talk about radiotherapy, stellar physics and quantum businesses
