Lab lasers reveal why strong stellar magnetic fields choke off coronal mass ejections
In a landmark laboratory astrophysics study, researchers used high-energy lasers and simulations to show that stellar magnetic fields of about ...
In a landmark laboratory astrophysics study, researchers used high-energy lasers and simulations to show that stellar magnetic fields of about ...
A new technique using beryllium abundance differences between twin stars has identified a Sun-like star that swallowed rocky material equivalent ...
Using the James Webb Space Telescope, astronomers have directly confirmed for the first time that water clouds on a world ...
New UC Riverside research shows that Venus's extremely slow rotation and strong gravity would have caused any moon it ever ...
The detection of niobium in a polluted white dwarf suggests the contaminating debris came from a second-generation giant planet formed ...
CosmoAmautas, a Peruvian non-profit that has trained more than 200 teachers and reached over 10,000 students with inquiry-based planetary science, ...
Laboratory experiments show that dry silicate pebbles falling through a hot hydrogen atmosphere can generate oceans of water while also ...
A new review of observations of young solar-type stars shows that superflares on stars like the infant Sun are accompanied ...
Laboratory tests and simulations show that tapered graded-index optical fibres can transmit up to 70 percent of coupled light while ...
A major review warns that the computational tools used to decode exoplanet atmospheres are straining under the unprecedented precision of ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine