https://starlust.org/black-holes-are-much-less-efficient-eaters-than-previously-suspected-claims-new-study/ 2026-07-31T12:10:40.000Z Starlust en 2026-07-31T12:10:40.000Z Black holes are 'much less efficient eaters' than previously suspected, claims new study https://d3hedi16gruj5j.cloudfront.net/812294/uploads/303f1070-8cb3-11f1-8f47-2729cdebf6e8_1200_630.jpeg Black holes are 'much less efficient eaters' than previously suspected, claims new study Black holes may have an indigestion problem. https://starlust.org/first-pictures-of-starlink-v-3-satellites-deployed-during-space-x-starship-flight-13-have-been-released/ 2026-07-31T10:51:18.000Z Starlust en 2026-07-31T10:51:18.000Z First pictures of Starlink V3 satellites deployed during SpaceX Starship Flight 13 have been released https://d3hedi16gruj5j.cloudfront.net/812277/uploads/d58d07e0-8ca8-11f1-bfa9-757001860646_1200_630.jpeg First pictures of Starlink V3 satellites deployed during SpaceX Starship Flight 13 have been released Starlink V3 satellites represent a major upgrade over the current V2 generation that SpaceX deploys aboard Falcon 9. https://starlust.org/neutron-star-mergers-produce-gold-and-platinumand-scientists-may-now-know-why/ 2026-07-31T09:24:04.000Z Starlust en 2026-07-31T09:24:04.000Z Neutron star mergers produce gold and platinum—and scientists may now know why https://d3hedi16gruj5j.cloudfront.net/812263/uploads/70ffcdd0-8c9e-11f1-bd36-650e708f2b31_1200_630.jpeg Neutron star mergers produce gold and platinum—and scientists may now know why This marks a new step in understanding the origin of heavy elements in the universe. https://starlust.org/what-is-a-neutron-star-heres-all-you-need-to-know-about-the-densest-known-objects-in-the-universe/ 2026-07-31T07:31:17.000Z Starlust en 2026-07-31T07:31:17.000Z What is a neutron star? Here's all you need to know about the densest known objects in the universe https://d3hedi16gruj5j.cloudfront.net/811965/uploads/21922140-8ab3-11f1-b77c-43c389d6dc1c_1200_630.jpeg What is a neutron star? Here's all you need to know about the densest known objects in the universe A neutron star is so dense that one sugar cube of its material would weigh around 1 trillion kilograms. https://starlust.org/from-nasa-telescope-launch-to-total-solar-eclipse-list-of-major-astronomy-and-spaceflight-events-in-august/ 2026-07-31T07:07:18.000Z Starlust en 2026-07-31T07:07:18.000Z From NASA telescope launch to total solar eclipse, list of major astronomy and spaceflight events in August https://d3hedi16gruj5j.cloudfront.net/812251/uploads/a6016860-8c92-11f1-b742-a781127806dd_1200_630.jpeg From NASA telescope launch to total solar eclipse, list of major astronomy and spaceflight events in August From meteor showers to solar eclipses and important space launches, August has a stellar lineup. https://starlust.org/scientists-gain-new-insights-into-how-white-dwarfs-devour-metals/ 2026-07-31T05:26:53.000Z Starlust en 2026-07-31T05:26:53.000Z Dead stars, big appetites: Scientists gain new insights into how white dwarfs devour metals https://d3hedi16gruj5j.cloudfront.net/812183/uploads/4a72cfd0-8bf6-11f1-80ac-f7aca72e7633_1200_630.jpeg Dead stars, big appetites: Scientists gain new insights into how white dwarfs devour metals Dead stars don't fast, they are voracious eaters of metals. A study suggests that white dwarfs maybe eating roughly 100 times more than previously estimated. https://starlust.org/mysterious-asteroid-44-nysa-may-be-the-first-known-three-lobed-world-it-even-has-a-moon/ 2026-07-31T05:06:33.000Z Starlust en 2026-07-31T05:06:33.000Z Mysterious asteroid 44 Nysa may be the first known three-lobed world. It even has a moon. https://d3hedi16gruj5j.cloudfront.net/812235/uploads/51fe9f60-8c80-11f1-afde-ada63f3e3814_1200_630.jpeg Mysterious asteroid 44 Nysa may be the first known three-lobed world. It even has a moon. Asteroids like Nysa are called E-type asteroids which are believed to preserve records of the early solar system and secrets of our planet's formation. https://starlust.org/supermassive-black-hole-winds-are-100-times-stronger-than-thought-traveling-300-000-light-years/ 2026-07-31T03:38:49.000Z Starlust en 2026-07-31T03:38:49.000Z Supermassive black hole winds are 100 times stronger than thought, traveling 300,000 light-years https://d3hedi16gruj5j.cloudfront.net/812147/uploads/9871f9d0-8bd4-11f1-9eb1-c57217eac2f0_1200_630.jpeg Supermassive black hole winds are 100 times stronger than thought, traveling 300,000 light-years "These winds were thought to be contained within the galaxy, but our study revealed that the force is immensely more powerful than previously understood."