Applications of new physics which may be discovered at the LHC

AI Thread Summary
The discussion focuses on the potential applications of new physics discovered at the LHC and similar high-energy colliders that could impact everyday life. Key points include the uncertainty of immediate commercial applications for discoveries made at energy levels above 5 TeV, with the consensus being that many scientific breakthroughs may not have obvious uses initially. Possible applications mentioned include advancements in thermonuclear fusion, improved methods for neutrino detection, and theories that could unify quantum mechanics and gravity, potentially leading to transformative technologies. The conversation emphasizes the importance of curiosity-driven research while acknowledging that practical benefits may remain unknown for now. Overall, the exploration of new physics could yield significant advancements, but their direct impact on daily life is still speculative.
mrspeedybob
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First off let me say that I am not interested in discussing whether the LHC is a worth while project. I believe human beings are curious by nature and that learning new things to satisfy that curiosity fulfills a human need just as real as any other.

What I am interested in is discussing applications of new physics discovered at the LHC (or other high energy collider) that would effect the average person. If known physics is enough to make predictions at energy levels below 5 Tev then it seems like any technology which would require the new physics to engineer would operate at higher energy levels. I have a hard time imagining commercial applications for 5+ Tev accelerators.

So I guess the essence of my question is "what could possibly be learned at the LHC or similar facility that could be used to solve problems or improve quality of life for a large number of people, excluding the psychological benefit of satisfied curiosity?"
 
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Lots of scientific discoveries had no immediate or obvious commercial applications, so probably the best answer is "we don't know yet".
 
mrspeedybob said:
So I guess the essence of my question is "what could possibly be learned at the LHC or similar facility that could be used to solve problems or improve quality of life for a large number of people, excluding the psychological benefit of satisfied curiosity?"
I'm not an expert, but maybe they could discover reactions useful to ignite thermonuclear fusion in a reactor, and low-cost energy for all of us.
Or a new, better way to generate and to reveal neutrinos which would open the possibility to make planets or stars "radiographies".
Or hints to elaborate a theory to unify QM and gravitation, which could also have consequences in the everyday life, we don't know (spacetime wormholes who would permit us to explore new planets?). There are many possible useful answers to your questions, but as Lsos wrote, at the moment we can't know for certain.
 
I presume there are practical engineering advances made simply in the design and construction of such an apparatus.
 
comparing a flat solar panel of area 2π r² and a hemisphere of the same area, the hemispherical solar panel would only occupy the area π r² of while the flat panel would occupy an entire 2π r² of land. wouldn't the hemispherical version have the same area of panel exposed to the sun, occupy less land space and can therefore increase the number of panels one land can have fitted? this would increase the power output proportionally as well. when I searched it up I wasn't satisfied with...
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