@@bhadeshia123 I read a paper that has a theory for "excess heat" generated in old lithium cells. Apparently, they generate more thermal energy than is predictable and the theory is electron positron annihilation emitting gamma rays because of nanostructures etched on the surface . I have also read that high-temperature super conductors exhibit annihilation, not that this is a feature of all superconductors. Do atom nuclei have event horizons? Like an electron is accelerating towards the event horizon, crosses and a positron gets left behind and annihilates another real electron?
What do u think about use photolithography instead of FIB for fabricate Josephson junction?
Don't have a good answer.
Can nanoetched lithium be super conducting?
No idea.
@@bhadeshia123 I read a paper that has a theory for "excess heat" generated in old lithium cells. Apparently, they generate more thermal energy than is predictable and the theory is electron positron annihilation emitting gamma rays because of nanostructures etched on the surface . I have also read that high-temperature super conductors exhibit annihilation, not that this is a feature of all superconductors. Do atom nuclei have event horizons? Like an electron is accelerating towards the event horizon, crosses and a positron gets left behind and annihilates another real electron?
@@bhadeshia123 I am going to make a VCR for measuring flux density of lithium.
How to create Josephson Junction symbol in pspice