k Cutaway of a red dwarf star Interior of a red dwarf star, artwork. Red dwarves, such as Proxima Centauri the closest star outside the Solar System are the most common stars in the Universe. They are generally a few times smaller than the Sun and thousands of times fainter. Indeed Proxima cannot be seen with the naked eye despite being the closest neighbouring star. Red dwarves have fully convective interiors, aside from their cores. The core, at the centre, is where the nuclear reactions are generated to hold the star up against gravity. But the rest of the star is like a giant convection heater, with heat rising and falling in giant convection cells arrows. The Sun also has a convective layer but it only occupies a thin shell, not the entire interior. Stock Photo - Afloimages
Sign up
Login
All images
Cutaway of a red dwarf star Interior of a red dwarf star, artwork. Red dwarves, such as Proxima Centauri  the closest star outside the Solar System  are the most common stars in the Universe. They are generally a few times smaller than the Sun and thousands of times fainter. Indeed Proxima cannot be seen with the naked eye despite being the closest neighbouring star. Red dwarves have fully convective interiors, aside from their cores. The core, at the centre, is where the nuclear reactions are generated to hold the star up against gravity. But the rest of the star is like a giant convection heater, with heat rising and falling in giant convection cells  arrows . The Sun also has a convective layer but it only occupies a thin shell, not the entire interior.
RM

Cutaway of a red dwarf star

Interior of a red dwarf star, artwork. Red dwarves, such as Proxima Centauri (the closest star outside the Solar System) are the most common stars in the Universe. They are generally a few times smaller than the Sun and thousands of times fainter. Indeed Proxima cannot be seen with the naked eye despite being the closest neighbouring star. Red dwarves have fully convective interiors, aside from their cores. The core, at the centre, is where the nuclear reactions are generated to hold the star up against gravity. But the rest of the star is like a giant convection heater, with heat rising and falling in giant convection cells (arrows). The Sun also has a convective layer but it only occupies a thin shell, not the entire interior.

Details

ID
155731593

Collection

License type
Rights Managed

Photographer



Sign in
Member access
Login not found.