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Are quarks the limit and the Plank scale is believed to be the limit of distance when the very concept of space and length cease to exist (10^-19)

Any attempt to research the existence of shorter distances by performing collisions with higher energies will inevitably end up with black holes of larger and larger size despite splitting the substance into smaller pieces.

The appearance of those black holes would herald the end to the important direction of science. And a new task would emerge - the research of the additional space dimensions?

So is this view all true?

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"такие столкновения неизбежно закончились бы рождением черных дыр все большего размера?" Please rephrase. –  Wouter Mar 19 '13 at 9:23
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You need to disentangle the two questions 1) what happens with quark collisions at high energies and 2) can we create black holes in scattering processes? As to 1): there's currently no reason to believe that hadrons (and thus quarks) can be smashed together up to very high energies (10 TeV? 1% of the Planck scale? nobody knows), producing normal and consistent results. Indeed if you go to VERY high energies, your wavepackets contain lots of energy in a small space, so gravity needs to be taken into account. I'll leave an explanation to one of the experts. –  Vibert Mar 19 '13 at 9:58
    
Sure. If so: 2) can we create black holes in scattering processes? - This would be more important. Could I make the change to the topic's header (with the remainder of text)? –  Xsi Mar 21 '13 at 15:03
    
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