Search found 35 matches

by Grurgle-the-Grey
Mon Jan 03, 2011 7:30 am
Forum: News
Topic: Room-temperature superconductivity?
Replies: 1893
Views: 672819

Hi JFP, check your private message? I agree BCS is a crock, actually what happens is Fermi-Dirac statistics cause pairs of holes to open further and further below the fermi level and when pairs open below the bosons' energy decay occurs. The idea that because phonons blow super-con apart then phonon...
by Grurgle-the-Grey
Sun Jan 02, 2011 3:38 pm
Forum: News
Topic: Room-temperature superconductivity?
Replies: 1893
Views: 672819

Tate's measurement of the mass of the Cooper Pair Can we possibly get hold of a critical Temp./Field diagram for a cuprate sample? On it you'll see a kink at around 10-20K. Before the kink is BCS compliant, after the kink something else flattens the thermal response. I've a clear explanation of thi...
by Grurgle-the-Grey
Sun Jan 02, 2011 1:15 pm
Forum: News
Topic: Room-temperature superconductivity?
Replies: 1893
Views: 672819

A Neutron decays into an electron, proton and anti-neutrino but it would be very wrong to talk of 'the electron in the neutron'. So too with this boson, it really is something very different with some very odd properties. We know it shows contempt for Schro's evanescent equation, so it can't be obey...
by Grurgle-the-Grey
Sun Jan 02, 2011 11:08 am
Forum: News
Topic: Room-temperature superconductivity?
Replies: 1893
Views: 672819

That's me who wrote the article. And since we're both grumpy old buggers with little respect for academia, may I add 'super-currents' as an abracadabra word for avoiding facing the possibility of magnetism beyond Maxwell. This video should tell any competent physicist that the magnetic field produce...
by Grurgle-the-Grey
Sat Jan 01, 2011 9:41 pm
Forum: News
Topic: Room-temperature superconductivity?
Replies: 1893
Views: 672819

It seems clear to me that whatever leaps between lattices in Josephson Coupling is disobeying Schroedinger's equation by a few orders of magnitude. Also Maxwell's second Law states that div B = 0, ie. that magnetic field lines cannot end or fade, they must always be loops. Yet the London Moment show...