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After everything was done, Harrison Clark called Rainer to test his thoughts.

Harrison pretended to care about Rainer’s progress in London and asked him if he could finish early and come to Oxfordshire to discuss important matters.

Rainer expressed his eagerness to meet with Harrison but lamented that he was tied up with his academic commitments and multiple projects at a crucial stage in London. He talked about how important these breakthroughs might be.

In short, he couldn’t get away for a while.

Harrison began to use his tried and true 3ist-century method of fishing for reaction.

He told Rainer that he had been thinking intensely and had completed a complete deduction and theoretical framework for room-temperature superconducting metals in his mind.

Rainer politely expressed his respect for Harrison’s research accomplishments, showing an appropriate level of anticipation. However, he still gently but firmly expressed that he needed to finish his business before coming to visit.

Seeing no other choice, Harrison went for a heavy hit.

He said, “It’s an alloy that has both semi-graphene properties and semi-golden properties, created through a multi-step process at ultra-high temperatures and pressures, reacting gold, silver, silicon, strontium disilicide, and carbon elements.”

“Under a four-layer beveled plane arrangement, there is a stable electron channel within the alloy that only requires two atmospheric pressures.”

“The channel is filled with a large number of free electrons, so under weak magnetic fields, at room temperature of 15 Celsius, and two atmospheric pressures, the alloy becomes the best-performing superconducting metal in human history, which can last at least 130 years.”

Harrison went as far as to say this, but Rainer on the other side of the phone still insisted, with a tone that seemed to imply reluctance to hurt Harrison’s feelings, that he would come, so Harrison should not worry.

Harrison was so angry that he wanted to fly over and choke Rainer.

“My best friend, I understand your pursuit of science, just like your pursuit of art, is a great sentiment. However, from a researcher’s professional ethics, I have to tell you, albeit it may make you angry, that you should study the differences between graphene, ceramics, and alloy superconducting materials again.”

“Applied physics is not simply mixing different materials rigorously or academically. It also requires a good deal of practice and demonstration. Such a complex combination, as you have mentioned, does not exist in theory, nor is it possible to achieve.”

Rainer’s words were almost tantamount to swearing at Harrison for being a pseudo – scientist.

In fact, he had already given Harrison enough face.

Someone as rigorous as Rainer would usually lash out at such science dilettantes directly.

His subtle hint at Harrison, while not hurting their friendship, was quite difficult for him.

After saying this, Rainer wiped some sweat from his brow, feeling his burden across the distance.

Harrison sensed Rainer’s “hard work” and was very touched, showing a middle finger in response.

Well, it was too forced.

Science and art are different, after all.

Although Rainer was a genius, their thinking was, after all, a thousand years apart.

And the more talented a person was, the more arrogant they tended to be.

When Rainer was in Harrison’s presence, he showed humility due to being saved by him and recognizing Harrison’s artistic achievements. However, deep down, he was still quite proud.

Harrison, frustrated, hung up and internally planned a new approach.

He had to bring out some substantial research, or even using the life-saving favor to force Rainer wouldn’t produce good results in the end.

He must quietly win over Rainer academically, in addition to music, to make him want to follow Harrison willingly!

Six days left, enough time.

With renewed vigor, Harrison once again turned his attention towards the academic tower.

A never-imagined “academic treatise” since the dawn of the 21st century started to take shape.

Harrison crammed all the “inspirations and conjectures” he had carefully selected into the book.

In this book, he didn’t care about the logicalconnections, and just sought to collect anything he felt could be useful.

He titled the book “The Madman’s Conjectures Collection”.

Here, Harrison played a trick.

Although he provided definite answers, he downplayed his role claiming it was just a madman’s conjectures.

This effectively avoided confrontations with overzealous critics.

However, those willing to believe in his wild ideas, explore them further, and possess the ability to turn them into tangible results could follow the guidance in this book to find the truth.

Harrison found a way to avoid leading critics down the wrong path while providing clear guidance for those who needed answers.

In this book, Harrison accomplished the following “great achievements”:

He forcibly wrote formulas to advance research on the P vs NP problem, Navier-Stokes equations, Yang-Mills existence and mass gap, Riemann hypothesis, Birch, and Swinnerton-Dyer conjecture, and the Hodge conjecture by a short ten years to a long thirty years.

Harrison didn’t directly solve these six major challenges but simply pushed the progress of current research forward by a decade or even three decades.

Deciding how to advance, determining key points, and organizing his work was delicate and intricate, requiring extensive thought, calculation, and accurate intuition. As a Galactic Human, Harrison possessed this intuition..