For some time, LENR theorists and perceptive observers have noted the cross-connections between thermal gain in metal hydrides and some form of HTSC, be it local or transitory.
HTSC= High Temperature Superconductivity. SPP= Surface Plasmon Polariton Perovskite structure is one cross-connection that turns up. Nanomagnetism is another explanatory hypothesis which features local HTSC of excitons as the driving force. SPP is the third major cross-connection. "Ring current" is the fourth. All of these feed on each other. SPP alone can be viewed as a local form of HTSC - and this perspective, as it turns out, is not new but seldom emphasized. See the 22 year old paper: http://www.jetp.ac.ru/cgi-bin/dn/e_076_03_0425.pdf Here is the main details of the HTSC announcement. "Milestone Superconductivity Above 100 Celsius" by: Joe Eck Superconductors.ORG herein reports the successful synthesis of the first compound to exhibit superconductivity above the boiling point of water. The tin/antimony/copper oxide displays a critical transition temperature near 110 Celsius (230F, 383K). This brings to 21 the number of compounds found to display superconductivity above room temperature.
