Why do stars twinkle, or do they twinkle at all? For astronomers, this is important
Twinkle, twinkle, little star.
Paula is a meteorologist who is now a PhD student in Physics. You will notice that her posts are mainly about cosmology, astronomy and atmospheric science.
Twinkle, twinkle, little star.
When stars collapse under their own gravity, they can leave behind a neutron star or black hole -- provided that...
We know constellations from Greek mythology, but other cultures had their own with their own myths.
The La Plata Basin is facing an extreme drought since 2019.
In a study, scientists show a significant increase in experiencing climate disasters among younger generations.
You live in a world where simulations are possible -- and we're not sure if everything *is* a simulation.
A foray into the world of neutron stars and their weird physics.
Climate models evolved over the years and have always been accurate.
They call it the 2019 International Women’s Day event.
How athletic performance changes with the menstrual cycle.
Massive objects become the astrophysicists’ extra lenses.
A reliable way to detect coronal holes using CHRONNOS.
Advanced civilizations could build giant power generator structures around black holes and we could even detect them.
Reminds us of the Star Trek quadrants
Call it the Cosmic Dawn.
Supposed the entire Earth was replaced with blueberries. What happens?
Welcome to the world of spinning cosmic filaments.
A "sea" of clouds from our neighbouring stars and the giant planets’ orbital resonance could explain how it was formed.
Researchers developed a 3D star formation simulation, good enough to make you gaze at the example video for a while.
The study found magnetic phenomena in the center of the Milky Way that resemble those in our solar system