If true this would mean 0 heat and 0 electrical resistance at room temp, which we so far have demonstrated to be achieved at low temps (like 0 kelvin) or high pressure.

We could theoretically have levitating vehicles, maybe even high powered rail guns for home use, but more practically our energy use would be very low. The power one of our modern computers use now could possibly power thousands of superconductor computers, if not millions.

If true this would mean 0 heat and 0 electrical resistance at room temp, which we so far have demonstrated to be achieved at low temps (like 0 kelvin) or high pressure.

We could theoretically have levitating vehicles, maybe even high powered rail guns for home use, but more practically our energy use would be very low. The power one of our modern computers use now could possibly power thousands of superconductor computers, if not millions.

If true this would mean 0 heat and 0 electrical resistance at room temp, which we so far have demonstrated to be achieved at low temps (like 0 kelvin) or high pressure.

We could theoretically have levitating vehicles, but more practically our energy use would be very low. The power one of our modern computers use now could possibly power thousands of superconductor computers, if not millions

If true this would mean 0 heat and 0 electrical resistance at room temp, which we so far have demonstrated to be achieved at low temps (like 0 kelvin) or high pressure.