Genius of the Rules-Style System

Chapter 1543: Chapter 730: Major Breakthrough in Gravity Generation Technology

When they returned to the gravity generation research, the experimental equipment had already been installed.

A large group of people surrounded the technicians as they adjusted the experimental equipment, their eyes filled with anticipation, hoping that it would be calibrated quickly so that they could get direct results.

These results were of paramount importance, as they related to whether their derived theories were correct.

For theoretical physicists, the experiment that verifies the theory is the most crucial; many theoretical physicists spend their entire careers without being able to test their research experimentally.

Take string theory, for example.

String theory has evolved into superstring theory and M-theory, forming a comprehensive theoretical system, but it is fundamentally untestable by experiment.

Thus, string theory has always remained just that—a theory, merely a direction for research in physics.

Theoretical physicists working on string theory strive their whole lives to prove it, often without achieving any practical results.

Edward Witten, after all, is one of the rare geniuses; his research in theory led to a mathematical result that earned him the most prestigious honor in mathematics—the Fields Medal.

Finally.

In everyone’s eager anticipation, the technician completed the calibration of the experimental equipment and nodded at Zhao Yi, saying, "Academician Zhao, it’s ready to connect. Shall we give it a try now?"

"Good."

Zhao Yi gave a positive response and had his assistants move the equipment to the test site. After a flurry of activity, everything was ready.

The others stood fifty meters away, watching the experiment from a distance.

They didn’t need to see anything; just looking at the values on the detector display was enough, but many still preferred to be closer as if the experiment were some kind of ritual.

Soon after the equipment officially started running, the detectors began transmitting data.

"The gravity above, at about 1.31 times the usual gravity."

"Below, it’s 0.69 times."

"The ratio of gravitational values above and below is normal. After verification, the intensity of gravity generated is 0.31 times gravity."

"Whoosh—"

Once they had definitive results, all the researchers who participated exclaimed in amazement. The initial intensity of gravity generated by their modified device was only 0.26 times that of gravity, and they had only adjusted sixteen nodes to form a definite ’aperture.’

"In other words, the effect of this one aperture is 0.05 times gravity?"

"0.05 times, that’s incredible!"

"I think we’ve completed a very great piece of human history’s research, a superb study that will be recorded in the annals of history!" ƒrēewebnoѵёl.cσm

"We have thoroughly mastered the technology of gravity generation!"

Everyone was exclaiming, each person was marveling, and everyone felt extremely excited and thrilled.

They had succeeded.

This was not just a minor success, but a truly astonishing one.

The equipment currently in use had a total of four hundred and seventy-six nodes. Sixteen nodes could form one aperture, and with a simple calculation based on the data, they could modify the device to produce gravity nearly equal to Earth’s.

Most importantly, the experimental equipment was not the one with the most nodes for generating gravity.

The double-fork gravity generation device designed by Space Information Technology Company had over nine hundred optical path nodes, each built with a bifurcate design. When the device operated, it was because its intensity was a 0.3 multiple of gravity.

If they continued to refine and expand the number of apertures and loops, they could definitely create gravitational forces equivalent to Earth’s.

That was why they were so excited.

Zhao Yi too took a deep breath, shocked by the data that had emerged and extremely delighted. He had not anticipated such an effective outcome.

He had originally expected that a 0.02 times increase in gravity would be remarkable, but the final effect was 0.05 times gravity, more than doubling the expected results.

Zhao Yi suppressed the excitement in his heart and immediately convened everyone to the conference room to summarize and analyze the experiment.

The first thing he said was, "I think we’ve achieved success!"

He said this with enthusiasm.

The others were also very excited, clapping passionately—both for the research accomplishments and for their contributions to the study.

Zhao Yi pressed his hands down to quiet the room again, "This is a very good result, but we cannot relax, it’s not yet time to truly celebrate. Our goal is to create a gravity generation device that can simulate Earth’s gravity."

"Clearly, we now have a definite direction."

"But I believe we should strive to do better, not limit our sights to Earth’s gravity alone. The application of gravity generation technology in the future isn’t limited to spacecraft—perhaps as it matures, there will be many more applications."

"So, we have two tasks ahead of us. The first is to continue perfecting our theory based on the experimental conclusions."

"The second is to design a device, based on current theory and technology, that can achieve the highest efficiency in gravity generation—I hope this device will also allow for gravity adjustment."

He finished speaking and looked around at everyone, asking, "Can we do it?"

"We can!" fɾēewebnσveℓ.com

"One hundred percent, yes!"

"Now that there are no more difficulties, what is there to fear!"

The venue immediately buzzed with excitement.

The first task Zhao Yi mentioned involved refining the theory based on the experimental outcomes, but not simply a theoretical study. They aimed to design other aperture pathways to perfect the data, knowing that more data was needed to refine the theory.