Prospects and Limits For the LHC's Capabilities To Test String Theory
StartsWithABang writes: The Large Hadron Collider has just been upgraded, and is now making the highest energy collisions of any human-made machine ever. But even at 13 TeV, what are the prospects for testing String Theory, considering that the string energy scale should be up at around 10^19 GeV or so? Surprisingly, there are a number of phenomenological consequences that should emerge, and looking at what we've seen so far, they may disfavor String Theory after all.
"The production of tiny black holes is one of the predictions. "
No concerns at all with that one.
Man I hope they know what they are doing.
"Who are you?" "No one of consequence." "I must know." "Get used to disappointment."
But even at 13 TeV, what are the prospects for testing String Theory, considering that the string energy scale should be up at around 10^19 GeV or so?
Why the switch to GeV? Stick with a prefix and call it 10^16 TeV.
systemd is Roko's Basilisk.