Understanding Superconductivity in Cuprates - J. Tahir-Kheli - 6/29/2015

[@mjl7810]

Thanks for uploading this lecture

[@dave9343]

1) I would like to use superconducting wire to make electromagnets ; are there any such wire being marketed? If so, where would I be able to buy this superconducting wire? or 2) Where would I be able to buy Electromagnets (about 1" x 1" in size) that are made of superconducting wire?

[@marcusrosales3344]

Did you realize SC need cryogenic temperatures to achieve that phase? Most metals become SC but not at room temperature.

[@davidwilkie9551]

That's impressive. Thank you. If the SC mechanism is, in effect, a structural instability in the "quantum foam-chemistry", to coin a name for guessing what happens, then the rigidity of normal temperatures implies a frequency relationship tied to the typical conditions that should (probably) follow according to the relevant solid, liquid phase at that (compound) frequency? Ie, it's purely speculative, but the guess is that the limits of SC are measured for the solid in liquid, liquid in solid state phases? From the thouroughly comprehensive exposition presented, there is probably some trials of dissolved solutions? The speculation about "what's inside a black hole?", is too specific about locating the principle "out of reach", as if it works differently there, rather than simply different in proportions. Structural proportion, quantum foam, crystallography, etc, are the virtual projection inflated by time-duration of implied spin frequencies in superposition, ie orbits and orbital in bubble-shells and phases of wave-particle shells..., by graphic intuition about "holes in the leaky p-brane".(?) Not limited to electrons?

[@Stussner_at_organicchemistry]

hihihi höhöhö ...."Jahn Teller - Dumbbells...." this sounds quite funny in german

[@wizardtech1]

It makes sense that superconductors are 50% antiferromagnet and 50% metal

[@sury39]

he works on HighTc but doenst follow bibliography; says he is not familira with one layer two layer supercond in fe Se; I retired in 2004 and I am very much aware of this work and i am 76 y. ! not a good answer; youa re supposed to be aware of the recent work esply u r in usa, california!!!!!!

[@asifamumtaz2723]

Can u help in few problems related to HTSC