"The closest thing to the first-order iron superconducting transition temperature is mercury, but there is no relationship at all in terms of other properties of the two."

"Even if you just change the data, there are too many variables and it is simply impossible."

The research is currently unable to find a direction,

Wang Hao also gave others time to think, while he continued to study the relationship between the superconducting properties of first-order iron and first-order lithium.

The Superconducting Materials Laboratory has long begun research on the superconducting properties of first-order elements.

They have measured the superconducting transition temperatures of first-order iron and first-order lithium, and also measured the transition temperatures of several iron-based superconducting materials made from first-order iron.

Two of the iron-based superconducting materials have very weird transition temperature data. Not only do their transition temperatures not increase, but they decrease a lot.

This is where the problem lies.

The transition temperature of the first-order iron element has been greatly increased. In addition, the transition temperatures of the two iron-based superconducting materials initially measured have increased. Many people have a fixed impression-as long as the iron is replaced by a

The material's transformation temperature will rise.

As a result, they found a decline.

Wang Hao also asked the research team to focus on these two materials, and also asked the Antigravity Properties Research Center to measure the antigravity properties of the two iron-based superconducting materials.

He simply went to the Antigravity Behavior Research Center.

When I arrived in front of the experimental group, I saw He Yi walking out, waving and shouting, "Academician Wang, you came just in time!"

Wang Hao walked over.

He Yi followed him in and said, "We just completed the measurement of one of the materials, and the results are a bit special. I was about to go

Tell you."

Wang Hao suddenly became interested, "Tell me about it."

"The conventional transition temperature of this superconducting material is 73K. If it is replaced with first-order iron, the transition temperature is only 65K."

"We have done anti-gravity tests before, and the highest field strength was only 0.96 (4%). However, when it was near 139K, the anti-gravity phenomenon was discovered in the experiment. It was not until 100K that it was determined and the measured value was 0.2%.

"

"We thought we had made a major discovery, but it turned out to be 71K, and the value increased to 0.3%."

He Yi felt a little regretful, "64K, in the superconducting state, is only 0.4%, which is really too low..."

His voice changed as he spoke, and he smiled, "Although we failed to discover that kind of super material, it is still a very important discovery, right?"

Wang Hao thought about it carefully, "The transition temperature is only 65K, but the antigravity phenomenon can be found above 100K..."

He smiled bitterly, "Studying the applicability of superconducting semi-topological theory to first-order iron is already confusing enough. I still have no clue. Your discovery has made the research more complicated."

"What a mess!"

"The original theories have been overturned, and the original experimental results have completely lost their meaning..."

"Alas~"
Chapter completed!