Searched for
GRAVITATIONAL TUG OF WAR
The Moon is making your days longer, and most people have no ideaOur planet's days are getting longer. The Moon's gravity slows Earth's spin, a process ongoing for billions of years. Now, melting polar ic...- US stock futures rebound as Dow, S&P 500, Nasdaq surge on Alphabet, Apple rally, Macy’s jumps, Treasury yields rise, gold hits recordsU.S. stock futures rebounded Wednesday as the S&P 500 and Nasdaq surged on Alphabet and Apple gains. Macy’s jumped on strong results, Dolla...
- NASA’s Webb finds cold giant planet caught in cosmic tug of war: Here’s why it intrigues scientistsNASA’s James Webb Space Telescope (JWST) has captured a direct image of a frigid exoplanet—14 Herculis c—some 58 light-years away. Unlike a...
- Our planet is about to reach its greatest distance from the sunLearn about Earth's upcoming aphelion, where it reaches its greatest distance from the sun. Explore the impact of elliptical orbits and gra...
- Earth’s inner core: A shifting, spinning mystery’s latest twistOne idea is that two titanic forces are battling for control over the world's heart.
- The India story after 25 years of internet and how it has transformed our livesToday, the world’s top corporate giants are technology firms, and no company can succeed without digitising large parts of its business.
- 'Dark energy measured with map of 1.2 million galaxies'These new measurements were carried out by the Baryon Oscillation Spectroscopic Survey (BOSS) programme of the Sloan Digital Sky Survey-III.
- An extract from David Lagercrantz's book, The Girl in the Spider's WebBlood from the towel did seep onto the pages and her head would not stop hurting, but she became more and more engrossed in the book, every...
- 'Misplaced' volcanoes on Jupiter's moon due to magma oceansTides flowing in a subsurface ocean of molten rock, or magma, could explain why Jupiter's moon Io appears to have its volcanoes in the 'wro...
- June 30 will have an extra second: NASAUTC is "atomic time" - the duration of one second is based on extremely predictable electromagnetic transitions in atoms of cesium.
Load More
