Comparing critical temperature to mechanical onset of turbulence

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The discussion explores the analogy between the critical temperature (Tc) of superconductivity and the transition between laminar and turbulent fluid motion. It suggests that both phenomena exhibit instability to perturbations as certain parameters are increased. However, the physical mechanisms underlying these transitions are fundamentally different, leading to distinct behaviors in each system. While there are similarities in the concepts, the connection remains largely superficial. The relationship between Tc and fluid dynamics warrants further exploration but is not directly comparable.
Loren Booda
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Does the critical temperature Tc of superconductivity suggest a similar parameter at the juncture between mechanical laminar and turbulent motion? In other words, is there an analogy between the electronic change at Tc and critical change in fluid flow at "room temperature"?
 
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In some ways the concepts are similar- the system becomes unstable to perturbations as a parameter is increased, but the physical mechanisms are sufficiently distinct (and the systems behave sufficiently differently) to make the connection a fairly superficial one.
 
Thank you, Andy.
 
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