Does Axionic Dark Matter Bind Galaxies Together?
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Top Comments (10)
The idea of a particle with a de Broglie Wavelength of lightyears breaks my preconceptions about quantum field theory, and I love that.
Something that's important to remember is that axions are originally a prediction of another mystery - they are supposed to resolve the strong CP problem in quantum chromodynamics. Or basically why matter even exists. There is no better explanation at the moment that explains this oddity. So there's a super high chance that they do exist There was a study this year that suggested we can find axions by using extremely powerful accelerators with ionic particles inside in order to force interaction with incoming axions that would result in observable effects. Something that could be achieved in the next decade or so assuming there's interest
I love when previous episodes come together into an episode like today's. Awesome job Space Time crew!
Hey Space Timers! Last week we found that some audience members experienced audio issues as the result of YouTube's processing of the video. We've made the adjustments we can to improve the audio experience, but we are currently discussing the matter directly with YouTube. If you experience any audio issues, please respond to this comment with the time code and what you're experiencing. This will help us as we work through the issues with YouTube.
Aww I missed this type of "cutting edge", deep cosmology/quantum theory topics. I love that <3
Really love how this channel explains the *possible* physics behind the cosmology observation we're currently seeing with new discoveries.
This has been one of your better episodes recently. Great stuff, can't wait to hear you guys cover the gravitational wave announcement that's due tomorrow.
Simply the best explanation of axionic dark matter I've seen yet! Thanks Matt
1:49 Bullies beware… “All you really need to know about wimps is they can form gravitationally bound structures, known as dark matter halos.”
Love it when my phone pings with another PBS-ST video
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Top Comments (10)
The idea of a particle with a de Broglie Wavelength of lightyears breaks my preconceptions about quantum field theory, and I love that.
Something that's important to remember is that axions are originally a prediction of another mystery - they are supposed to resolve the strong CP problem in quantum chromodynamics. Or basically why matter even exists. There is no better explanation at the moment that explains this oddity. So there's a super high chance that they do exist There was a study this year that suggested we can find axions by using extremely powerful accelerators with ionic particles inside in order to force interaction with incoming axions that would result in observable effects. Something that could be achieved in the next decade or so assuming there's interest
I love when previous episodes come together into an episode like today's. Awesome job Space Time crew!
Hey Space Timers! Last week we found that some audience members experienced audio issues as the result of YouTube's processing of the video. We've made the adjustments we can to improve the audio experience, but we are currently discussing the matter directly with YouTube. If you experience any audio issues, please respond to this comment with the time code and what you're experiencing. This will help us as we work through the issues with YouTube.
Aww I missed this type of "cutting edge", deep cosmology/quantum theory topics. I love that <3
Really love how this channel explains the *possible* physics behind the cosmology observation we're currently seeing with new discoveries.
This has been one of your better episodes recently. Great stuff, can't wait to hear you guys cover the gravitational wave announcement that's due tomorrow.
Simply the best explanation of axionic dark matter I've seen yet! Thanks Matt
1:49 Bullies beware… “All you really need to know about wimps is they can form gravitationally bound structures, known as dark matter halos.”
Love it when my phone pings with another PBS-ST video