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High Energy, Nuclear, Particle Physics
Could the 3D percolation model explain Regge-Trajectories?
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[QUOTE="Anashim, post: 6070562, member: 646863"] If everything I said in the previous posts turns out to be true (I am going to the the calculations to see if the hypotheses hold true), a trivial consequence would be that: $$p_c:=\frac{U_c}{U_m}$$ is a [B]universal number.[/B] It would only depend on the spatial dimension ##d## number of the laminar to turbulent critical transition. ##U_c## is the critical velocity and ##U_m## the speed of sound in the incompressible fluid. These numbers should match those of the different ##p_c## of the Directed Percolation Models. If this is not true then some of my hypotheses do not hold true ([B]I would be wrong[/B]). Could anyone with access to the data, please, do the calculations? I'm going to try to collect the data with a colleague who is specialized in fluid dynamics, but I'm not sure if we'll be able to get them. [/QUOTE]
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High Energy, Nuclear, Particle Physics
Could the 3D percolation model explain Regge-Trajectories?
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