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Gravity Waves
Ok, try and wrap your head around this one....
An experiment to detect gravity waves have been unable to do so because they keep picking up a noise they can't get rid of. It turns out the problem might be that they have exceeded the resolution of the universe. Rather like zooming in too close to a photograph. Wait you say, how can "The Universe" have a maximum resolution? It's not like it's an image right? Well it might just be one. A holographic image to be exact. Quote:
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I KNEW it.
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We've known the resolution limit of the universe for decades (Planck length, Planck mass, and Planck time), the cool thing is that we may be living in a universe that is just a blown up image like if you took a 600x400 image and expanded it to 1800x1200.
If you want a good popularization of the holographic principal I can strongly recommend Leonard Susskind's book (one of two people, along with Gerard 't Hooft, that formulated it) The Black Hole War: My Battle with Stephen Hawking to Make the World Safe for Quantum Mechanics. But yes, it is all mind blowing. |
I knew I shoulda took the blue pill
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Hell, you had me at "gravity waves". This is some awesome stuff.
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so how many megapixels does my camera need to take a good picture of the universe?
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Quote:
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Mind-blowingly awesome.
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Whoa. Andrew just blew my mind.
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Very cool! And thanks for the book referrals, Alex.
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