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@af10ff_: #fyp ❤️

muhd_Aliff🇲🇾
muhd_Aliff🇲🇾
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Thursday 05 November 2026 11:34:55 GMT
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There's been a tentative possible dark matter detection from particle physicists at the Lux-Zeppelin experiment - a large tank of liquid xenon buried underground in South Dakota (NOTE: I incorrectly stated this as Arizona in the video). Because dark matter doesn’t interact with the electromagnetic force, essentially you can’t see it. It doesn’t interact with light, absorb, reflect, emit light in any way. What we look for instead are the really unlikely collisions between a normal matter particle, and a dark matter particle that just happens to come in and collide with it. And we can model for the rest of the expected interactions that create noise in your xenon that aren’t dark matter interactions, and we call all those backgrounds. But in June 2023, the LZ team recorded an event that falls outside of what you’d expect for the background noise in the xenon... #darkmatter #astrophysics #particlephysics #astrotok Video filmed on a Sony ⍺7 IV Video edited by Martino Gasparrini: [email protected] Video produced by Marina Hui & Dr Becky Smethurst 👩🏽‍💻 I'm Dr. Becky Smethurst, an astrophysicist at the University of Oxford. I love making videos about science with an unnatural level of enthusiasm. I like to focus on how we know things, not just what we know. And especially, the things we still don't know. If you've ever wondered about something in space and couldn't find an answer online - you can ask me! My day job is to do research into how supermassive black holes can affect the galaxies that they live in. In particular, I look at whether the energy output from the disk of material orbiting around a growing supermassive black hole can stop a galaxy from forming stars.
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