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I don't know if there's any quantum physics or general physics enthusiasts out there, but those of you who are, you already know what's going on just by looking at the title.
Large Hadron Collider is starting Run 3 today, starting with 13.6 TeV (teraelectronvolt / 1.6 * 10^7 J), trying to look for *new* primordial subatomic particles with higher energy levels. 10 years ago, the last particle that was discovered belonged in boson subgroup (Higgs boson) starting at 125.3 GeV (gigaelectronvolt), or 0.1253 TeV. This can briefly give you the scale feeling of the upgrade.
Yes, it's true that new stable-beam accelerators can in theory form quantum black holes (which are just a quantum decoherence disposition events acting upon a single particle and it's neighboring gluons and gravitons), but these can never accrete to hazardous levels, since Hawking radiation evaporates them within picoseconds (smaller the black hole, faster it evaporates).
I wonder what is your opinion on this event as a major breakthrough in quantum physics as humanity. Will we learn anything life-changing from this? Is it worth pouring so much money into projects like these? Should we ever even tackle quantum physics and stick to macrophysics/macroworld in which we exist as humans?
https://www.innovationnewsnetwork.com/la...mme/22830/
https://lhcb-outreach.web.cern.ch/2022/0...l-partner/
Large Hadron Collider is starting Run 3 today, starting with 13.6 TeV (teraelectronvolt / 1.6 * 10^7 J), trying to look for *new* primordial subatomic particles with higher energy levels. 10 years ago, the last particle that was discovered belonged in boson subgroup (Higgs boson) starting at 125.3 GeV (gigaelectronvolt), or 0.1253 TeV. This can briefly give you the scale feeling of the upgrade.
Yes, it's true that new stable-beam accelerators can in theory form quantum black holes (which are just a quantum decoherence disposition events acting upon a single particle and it's neighboring gluons and gravitons), but these can never accrete to hazardous levels, since Hawking radiation evaporates them within picoseconds (smaller the black hole, faster it evaporates).
I wonder what is your opinion on this event as a major breakthrough in quantum physics as humanity. Will we learn anything life-changing from this? Is it worth pouring so much money into projects like these? Should we ever even tackle quantum physics and stick to macrophysics/macroworld in which we exist as humans?
https://www.innovationnewsnetwork.com/la...mme/22830/
https://lhcb-outreach.web.cern.ch/2022/0...l-partner/
~ Equinox ~
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