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Subject: Re: Disque en rotation
From: Quarkim <chakim555@gmail.com>
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On a dit qu'une rotation ph=C3=A9nom=C3=A9nale, irr=C3=A9alisable en labo, =
est
n=C3=A9cessaire pour obtenir une tension d'un volt entre le bord et
le centre de mon disque. Mais si je le refroidissais =C3=A0 une
temp=C3=A9rature proche du z=C3=A9ro absolu, les =C3=A9lections libres
s'associeraient en paires de Cooper dont la masse est double
de celle d'un seul =C3=A9lectron, ces paires seraient peut-=C3=AAtre
centrifug=C3=A9es =C3=A0 une vitesse de rotation faible du disque,
r=C3=A9alisable en laboratoire, on aurait un effet non de superfluidit=C3=
=A9
mais de "supercentrifugit=C3=A9", si je puis dire. Non ?