Page 5 - Interdisciplinary Exploration News Today

The planet is extremely bright. That’s why it’s one of the first exoplanets to ever be discovered and directly digitaly imaged.

A 10-second timelapse condenses 17 years of a gas giant exoplanet's incomplete orbit around its host star.

Northwestern researchers developed the first 3D simulations of energy rippling from a massive star’s core to its outer surface. Using these new models, the researchers determined, for the first time, how much stars should innately twinkle.

Scientists have developed a new model to predict how much “gravity waves” could alter a star’s brightness

A team of researchers led by Northwestern University has made groundbreaking discoveries about the innate "twinkle" of stars caused by rippling waves of gas on their surfaces. While stars are known to appear to twinkle due to the bending of starlight as it travels through Earth's atmosphere, this new study focused on the natural "twinkling"…

Scientists measured the innate "twinkling" of three stars as waves of energy traveled from their cores to their surfaces. Then, the team set their findings to a familiar and apt tune.

They're not exactly jamming, but stars can actually be heard if you listen carefully.

Scientists measured the innate "twinkling" of three stars as waves of energy traveled from their cores to their surface. Then, the team set their findings to a familiar and apt tune.

Scientists from Northwestern University have created a 3D simulation of energy waves in stars, turning their twinkling into captivating harmonies, revolutionizing our understanding of celestial bodies.

The Foundation recognized 51 exceptional scholarship recipients of Hellenic descent, while awarding $325,000 in scholarships