All articles tagged with #lab simulation
Scientists have successfully simulated black holes in the lab using a "quantum tornado" created in superfluid helium, which behaves similarly to a black hole due to its frictionless nature. This breakthrough allows for the study of phenomena that are difficult to observe in astrophysical black holes and could lead to a better understanding of quantum fields in curved spacetimes.
Scientists have conducted lab experiments to simulate hazy atmospheres in water-rich exoplanets, providing insights into how haze affects observations made by telescopes. The research aims to improve the understanding of atmospheric chemistry in exoplanets and aid in the search for extraterrestrial life. The experiments revealed that haze can complicate observations by clouding the view of an exoplanet's atmospheric chemistry and molecular features. By accurately modeling the effects of haze, scientists can better interpret data from telescopes and make more precise conclusions about planetary conditions. The team is now working on creating lab-made haze analogues that closely resemble observations made with telescopes.