America's New Invention Could Make Power Lines Obsolete "10X MORE POWER"

The American power grid loses about 5% of all the electricity it generates before it ever reaches a home, wastes enough energy as heat to power all seven Central American countries four times over, and costs the economy roughly $150 billion a year in outages. And the basic design of those wires has not fundamentally changed since 1895. Now a team at the University of Houston has built a wire about the width of a hair ribbon that carries 10 times more electricity than copper and costs half as much to make. In this video we break down the real technology behind it: the Super Cool Conductor, developed by Venkat Selvamanickam and his team at the University of Houston's Advanced Manufacturing Institute, winner of the Department of Energy's CABLE Prize in a competition the DOE literally named Beat Copper. At its heart is a ceramic layer of yttrium barium copper oxide laid down 100 times thinner than a human hair. We get into why superconductivity was discovered in 1911 and stayed useless for power transmission for most of a century, why the 1986 high temperature breakthrough still requires cooling to minus 196 Celsius, how real superconducting cables have already run in live grids on Long Island, in Chicago, in Korea and in Munich, why 70% of America's transmission lines are already over 25 years old, why the US has more blackouts than any other developed nation, and why the way American utilities earn profit might be the real reason a proven technology has sat on the shelf for years. We also cover exactly what this technology still cannot do, because no superconductor on Earth works at room temperature. New videos on real scientific breakthroughs every week. Subscribe so you are never the last to know what is replacing the tech around you. Sources: University of Houston, Selva Research Group and Advanced Manufacturing Institute US Department of Energy CABLE Conductor Manufacturing Prize US Energy Information Administration, transmission and distribution loss data Oak Ridge National Laboratory, power outage cost analysis American Society of Civil Engineers, 2025 Infrastructure Report Card California Public Utilities Commission, undergrounding cost estimates #science #technology #innovation #engineering #energy #futuretech #scienceexplained #technews #electricity