Genius of the Rules-Style System

Chapter 1140: 560

The information released by the European Space Agency immediately sparked heated public debate and caused international shock, becoming the focus of the world.

The thought alone of satellites being affected by an anti-gravity experiment indicates the severity of the situation.

If disputes occur in the future, before a war even begins, and an anti-gravity device from the ground disrupts satellites orbiting Earth, advanced weaponry would be unable to use positioning navigation, many radar systems reliant on satellites would fail to function properly, and even airplanes and ships would be at a loss for their precise positions in the sky and the vast ocean.

It would feel like regressing fifty years back in time, where even the most advanced weaponry would lose its significance.

This is a higher-dimensional strike!

The satellite system is crucial, infiltrating daily life, and not only would military operations be affected, but normal life would also face significant disruptions if satellites malfunctioned.

Countries abroad perceive the situation as grave, prompting immediate action, with the primary goal of gaining a comprehensive understanding of the issue.

The European Space Agency didn’t just publish the news but also shared it with cooperating agencies, and other countries received detailed information as well.

M Country received all of the data, and their relevant experts instantly began analyzing it, arriving at the same conclusion as the European Space Agency: there were no discernible issues, so the satellite’s trajectory deviation was definitely due to other reasons.

What could those reasons be?

If this had occurred before the exposure of the mysterious anti-gravity device, the matter would have been dismissed as an inexplicable malfunction of sorts.

Now, the mysterious anti-gravity device immediately comes to mind, prompting the dispatch of investigators to communicate and exchange information with anti-gravity experts.

Mike Bellagar of Stanford Bridge University expressed his view, "If the deviation of the satellite’s trajectory is caused by an anti-gravity experiment, we can confirm that the essential principle of the anti-gravity device is to block gravitational waves."

"Only by blocking gravitational waves can the satellite be affected."

"When a satellite passes directly above an anti-gravity device, the gravitational force it experiences would be accordingly reduced. A sudden decrease in force would result in a deviation from its orbit."

Mike Bellagar is indeed an expert in anti-gravity and has conducted in-depth research. With a mere overview of the news, he speculated that the principle behind the anti-gravity device is the interruption of gravitational wave propagation.

His analysis also received serious attention.

Though the method of anti-gravity inherently involves blocking gravitational waves and superconducting anti-gravity operates on the same principle, in reality, the modern world lacks a complete theoretical system. Even if it is known that particle lattices within superconducting currents can have an anti-gravity effect, the specifics of this principle are not yet clear.

The superconducting theory published jointly by Zhao Yi and Li Ning also merely consisted of a series of mathematical analyses and model constructions, without referring to the extrinsic principles that actualize anti-gravity. freewēbnoveℓ.com

The direct statement of the principle by Mike Bellagar is akin to pioneering a new theoretical research direction, and his analysis has garnered intense focus. Many professionals related to anti-gravity have suggested researching anti-gravity by exploring the interruption of gravitational waves.

However, the problem remains how to proceed with the research, which is almost limited to starting from the properties of superconductors.

Related high-level departments have convened meetings to analyze the threat posed by the mysterious anti-gravity devices related to the satellite trajectory deviation incident.

The situation is very severe.

Previously, they were merely astonished by the cutting-edge research in anti-gravity, considering it a ’future’ potential major threat; now, it has become an immediate and very significant threat.

What’s alarming is that they feel helpless when facing such a threat.

Now they can only engage in a series of deductions and evaluations, and only after obtaining the final judgment can they consider targeted response measures.

Meanwhile.

The international public reaction has been the same, with everyone paying attention to the threat to space satellites posed by the mysterious anti-gravity device.

Until now, the focus of public attention has been on the J-40, the highly technological appearance of the J-40, and its demonstrated superior performance—indeed, it’s very eye-catching. But no matter how advanced, the J-40 is just a fighter jet. A fighter jet’s capabilities are limited. Perhaps a single high-performance anti-aircraft missile could bring down the impressively performing J-40.

The mysterious anti-gravity device might not look remarkable, with exposed photos that are even somewhat ugly, but its threat to satellites is on a completely different level.

Facing the threat from the mysterious anti-gravity device, satellites are virtually powerless to resist, not even able to dodge—like live targets flying in space, devoid of any sense of security.

The strategic significance of the two is worlds apart.

...

The information released by the European Space Agency has already revealed a lot.

The anti-gravity team is aware that the news is true because they happened to conduct a major anti-gravity experiment the day before the announcement.

This is highly unlikely to be a coincidence.

Although they have been conducting relevant experiments, having two a month is already quite good, and short experiments would hardly impact satellites. The experiment the day before was of large scale, its anti-gravity effect lasted for an hour, so the chance of a satellite coincidentally passing by is not high.

The anti-gravity team is also privy to another fact—

The information disclosed by the European Space Agency is inaccurate. It’s impossible for a scientific research satellite to be affected, as they know the anti-gravity effects cannot reach satellites tens of thousands of kilometers away.