488 High-Temperature Superconductivity's Physical Mechanism And Strongly Correlated System

Even though Lu Zhou was very interested in Professor Herrero's research project, he was responsible for the controllable nuclear fusion project. He didn't have time to research the deep underlying physics behind the SG-1 material.

However, his intuition told him that if the strongly correlated system in SG-1 could be solved, it might reveal the physical mechanism of high-temperature superconductivity or even the calculations for a superconducting state.

Most people couldn't understand it, but it was very clear in Lu Zhou's mind.

This theoretical project might be even more significant than controllable nuclear fusion.

Because once the high-temperature superconductivity problem was solved, it would greatly reduce the engineering difficulty of hadron colliders or even magnetic confinement fusion devices.

Lu Zhou put this research into the database of the Institute for Advanced Study. He planned on continuing this research when he had more time.