The words "Room-Temperature Superconducting Material" instantly cleared Chen Mo's mind.
Room-Temperature Superconducting Material had always been the object of exploration for countless researchers. Innumerable people had poured endless effort and resources into it without success, yet now it had appeared in his hands.
A material with nearly zero electrical resistance at room temperature was a Room-Temperature Superconducting Material. Its prospects were limitless, and it had long been a super-material pursued by the world's most cutting-edge laboratories.
Chen Mo had not expected it to be this material. It was completely beyond his imagination.
Yet it was also within expectations. The technology from the trainee stage was already extremely advanced by current standards. The technology of the next level, the Sci-Tech Apprentice, should naturally transcend its era.
Seen that way, the appearance of a Room-Temperature Superconducting Material did not seem so abrupt.
After confirming the material, Chen Mo began reviewing the information that followed. Most of it detailed the conditions, procedures, and precautions for synthesizing the material.
There were also descriptions of the material's properties, advantages, shortcomings, and future applications. It involved electronic equipment manufacturing, power transmission, Superconducting Chips, mechanical manufacturing, and more.
Every piece of information was recorded in the greatest detail.
When he saw the words "Superconducting Chip," Chen Mo became excited. With special processing, this material could even be made into Superconducting Chips.
If Superconducting Chips could be developed, computers would undoubtedly calculate far faster than they did now. There would also be no need to worry about machines overheating, while energy consumption would be greatly reduced.
Forget its other applications—its potential in Superconducting Chips alone was enough to make the material's value and potential immeasurable.
This was a material that transcended an era.
Silicon carbide: under special chemical conditions, the outermost electrons of silicon and carbon atoms were