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- TL;DR Summary
- Thanks to CERN, we now have huge particle accelerators such as the LHC. We use them to enhance our understanding of quantum physics.
Summary: Thanks to CERN, we now have huge particle accelerators such as the LHC. We use them to enhance our understanding of quantum physics.
As everyone know,particle accelerators are huge machines that smashes atoms into pieces at near the speed of light. I have heard making antimatter by using them, which is an inefficient but the only known method. And I have heard the WIMP particles or Higgs-Boson particles that helps us study dark matter.
They are truly amazing stuff. But what about black holes? I heard that we can produce an artificial quantum-sized black hole by a particle accelerator. Of course it must be larger than LHC and the experiment will engage in space. The idea is, to accelerate a proton to such high energy that it’s wavelength shrinks to under The Planck’s length, which is 1.26*10^-35 meters(from Wikipedia). Another way is using the principal of special relativity, when the proton ‘s velocity makes its mass increases, and the Schwarzschild radius(which is 2Gm/c^2)becomes greater than the proton’s diameter(8.751^10^-16 meters). So is it feasible to make a black hole by particle accelerators?
As everyone know,particle accelerators are huge machines that smashes atoms into pieces at near the speed of light. I have heard making antimatter by using them, which is an inefficient but the only known method. And I have heard the WIMP particles or Higgs-Boson particles that helps us study dark matter.
They are truly amazing stuff. But what about black holes? I heard that we can produce an artificial quantum-sized black hole by a particle accelerator. Of course it must be larger than LHC and the experiment will engage in space. The idea is, to accelerate a proton to such high energy that it’s wavelength shrinks to under The Planck’s length, which is 1.26*10^-35 meters(from Wikipedia). Another way is using the principal of special relativity, when the proton ‘s velocity makes its mass increases, and the Schwarzschild radius(which is 2Gm/c^2)becomes greater than the proton’s diameter(8.751^10^-16 meters). So is it feasible to make a black hole by particle accelerators?