Earlier quoted context omitted.
Because a room-temp, amb-press superconductor, that can be made from readly available cheap materials, would be almost on par with the discovery of fire in terms of importance for our species technological capabilities. Even the simplest example of what that would mean is already amazing to our society: Imagine a power-grid that no longer loses power to electrical resistence in the wires.
> Imagine a power-grid that no longer loses power to electrical resistence in the wires. From what I can see the power loss is in the 8-15% range. It'd be awesome to save that, but it's not game changing, and you have to take into account the cost of replacing the wires.
An 8-15% increase in available electricity without any new power plants built isn't game changing?
The ability to transport power over longer distances, making eg. solar farms in remote locations suddenly feasible projects isn't game changing?
> and you have to take into account the cost of replacing the wires
No I really don't have to, as we, as a species, seem to have money in abundance. What we do not have in abundance, is biospheres. We have exactly one of those, and if it's ruined, all the money won't help.
The ability to suddenly boost the efficiency of our electrical grids by 8-15% would not solely solve the problems our species currently causes for itself, but it would help a ton.