beefpatty Posted February 4, 2013 Share Posted February 4, 2013 At the Big Bang antimatter would not have necessarily been separated far away from it's matter counterparts. Antimatter behaves physically identical to its matter counterpart. If we had a universe made entirely of antimatter the laws of physics would essentially be the same. Link to comment Share on other sites More sharing options...
Phi for All Posted February 4, 2013 Share Posted February 4, 2013 ! Moderator Note The thread hijacking attempts by alpha2cen and Arnaud Antoine ANDRIEU have been deleted and their warning points have been increased. Please keep ALL speculative pet hypotheses OUT of the mainstream science threads. Link to comment Share on other sites More sharing options...
hypervalent_iodine Posted February 4, 2013 Share Posted February 4, 2013 ! Moderator Note It would be appreciated if all members could keep this thread on topic. If you have an issue with a mod note or action, report it or PM a member of staff. Link to comment Share on other sites More sharing options...
Przemyslaw.Gruchala Posted February 6, 2013 Share Posted February 6, 2013 But what makes it an anti particle in the first place? Antimatter is created all the time and is everywhere. See proton + proton collision at 0.36c it'll produce pion 0, which is supposed to be made of up and anti-up, down and anti-down quarks, or pion- and pion+ which are also supposed to be made of up, anti-down, and down and anti-up quarks. We don't see antiprotons in our world, because they're quickly converted to photons as soon as they are colliding with regular protons in the atmosphere. Astronauts do see it- when they close eyes they don't see black, instead little flashes. Link to comment Share on other sites More sharing options...
SamBridge Posted February 6, 2013 Share Posted February 6, 2013 (edited) Antimatter is created all the time and is everywhere. See proton + proton collision at 0.36c it'll produce pion 0, which is supposed to be made of up and anti-up, down and anti-down quarks, or pion- and pion+ which are also supposed to be made of up, anti-down, and down and anti-up quarks. We don't see antiprotons in our world, because they're quickly converted to photons as soon as they are colliding with regular protons in the atmosphere. Astronauts do see it- when they close eyes they don't see black, instead little flashes. There seems to be two things wrong with that: There aren't many protons to collide at high velocity in the vacuum of space, at least not within Earth's magnetic field, and second the photons produced by such an annihilation I'm pretty sure aren't in the visible spectrum. What you're trying to talk about sounds like virtual pair annihilation which has to do with virtual particles and not anti matter. Edited February 6, 2013 by SamBridge Link to comment Share on other sites More sharing options...
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