Genius of the Rules-Style System

Chapter 1544: Chapter 730: Major Breakthrough in Gravity Generation Technology_2

They had only conducted one experiment so far, and there were other designs to be validated.

The next step was to design a pathway composed of thirty-two nodes and test the enhanced effect of the gravitational occurrence.

Since the experiment with sixteen nodes had been completed, the thirty-two-node pathway was simply a doubling of the number of nodes, and all the related materials and components were available, leaving only the modifications to the equipment to be made.

It took about a day to complete this task.

The next morning, the thirty-two-node pathway apparatus had been modified and, amidst everyone’s anticipation, the second trial was conducted.

"The gravity above is about 1.34 times that of conventional gravity."

"Below it’s 0.66 times."

"The comparison of gravitational values above and below is normal. After testing, the gravity occurrence intensity is 0.34 times that of gravity."

The design of the thirty-two-node pathway, when applied to the original equipment, resulted in an enhanced gravitational effect of 0.08 times, while a single sixteen-node pathway yielded an enhancement effect of 0.05 times. The number of nodes increased by a hundred percent, and the effect was enhanced by sixty percent.

It might seem like a poor trade-off, but in reality, the results were already quite good.

Indeed, the thirty-two-node pathway design significantly increased the number of nodes, but relatively speaking, it only occupied fifty percent more of the overall cycle proportion; simply put, the original twenty-four nodes could be expanded to a single cycle of thirty-two nodes. frёewebnoѵēl.com

The design of the thirty-two-node pathway was naturally more complex compared to the sixteen-node design.

It used more materials, more beam generators, and the internal design was denser, which also resulted in positive effects.

Following the completion of the second experiment, the focus was to continue analyzing the results, make detailed records, and then prepare for the third experiment.

——

Meanwhile, research related to gravitational generation was proceeding in an orderly fashion, with experiments being conducted very quickly—almost one per day.

After more than two weeks of continuous work, they had amassed a wealth of data, which they used to retroactively derive theories based on the experimental designs and outcomes.

At the one-month mark, Zhao Yi decided no further experiments were needed and convened everyone for a theoretical analysis, subsequently preparing to move on to the next step—

Designing a gravitational generation device that pushes the limits of technical support.

Theoretically, there are no limits to gravitational generation technology; it is possible to design pathways with an infinite number of nodes to create a very powerful gravity.

But, technology has its limits.

The size and power of the photonic nodes, as well as the width of the optical paths and the energy absorption effectiveness, are all constraints of the technology.

Therefore, the design work was based on the technical level, to complete the design of each part and then combine them to finish the overall design work.

This would take no small amount of time.

Zhao Yi’s plan was to design a large-scale gravitational generation device with more than two thousand nodes, all of which were trifurcated, theoretically capable of creating gravity five times stronger than regular gravity. At the same time, each pathway and beam generator needed to have adjustable power and orientation.

In other words, the intensity of gravity generated by the device was adjustable.

Everyone entered into a state of work.

That day, the theoretical group welcomed a delegation from the space ship project, consisting of six technical experts, one administrative official, and a team leader.

The leader of the space ship delegation was Chen Weimin from the military-scientific research department.

Although Chen Weimin’s contributions to scientific research were not outstanding, he had long been responsible for major projects. After the space ship was completed, he took over direct management, which is to say he was essentially the ’Captain’ of the spaceship in a practical sense.

Since the space ship was an internationally public project involving many foreign personnel, it was not classified, and Chen Weimin’s name was also made public. He had attended several press conferences, delivering several classic phrases.

As such, netizens jokingly referred to him as ’Captain Chen.’

"Captain Chen" seemed somewhat inauspicious when heard, so his last name was obscured, and his nickname simply became ’Captain.’

Zhao Yi only knew of Chen Weimin and had never met him in person. This was their first meeting, and as Zhao Yi greeted the incoming space ship team, he shook hands with the approaching Chen Weimin and directly addressed him, "Captain, welcome!"

Chen Weimin’s expression darkened before he burst into laughter, somewhat frustratedly saying, "I’d prefer to be called a Fleet Captain, you know. The spaceship can be a ship in space or a fleet in the sky—the title of Fleet Captain sounds so much better, doesn’t it?"

"Haha, but still, it can’t be as endearing as ’Captain,’ Zhao Yi laughed, "Captain, this name brings to mind so many things."

Chen Weimin shook his head, laughing, "If you call me Captain, then I won’t be polite and will have to refer to you as God Zhao!"

"No problem, I’m used to it, haha—"

The two exchanged a few words in jest before walking towards the interior together.

The visit of the space ship team was certainly not a casual one; they knew that there had been groundbreaking developments in gravitational generation technology and had decided to come and check out the details.

Upon entering the small reception room, Chen Weimin got straight to the point, "Academician Zhao, we’re here to take a look at the specific progress of the research. Additionally, I wanted to meet you in person. After all, the core technology of the spaceship comes from the research of you and your team, as well as from your designs."

"Your Yixing Technology holds many of the cutting-edge technologies in space exploration, so I would also like to hear your opinions on the space ship."