While Wei Siyuan was mourning his brother.

More than ten kilometers away.

In a secluded corner of the military base, dozens of personnel were engaged in intense activity.

Jing Zhengsu, the chief engineer from the Domestic Aerospace Industry Ministry Near-Space Research Center, stood solemnly in front of the information console and asked his assistant:

"Xiaochen, have all coefficients been adjusted properly?"

Assistant Chen Sen, holding a thick stack of documents, responded, "Engineer Jing, all departments have completed the adjustments."

Jing Zhengsu nodded slightly:

"Notify all departments to proceed with the final pre-flight inspection as usual, countdown twenty minutes!"

From the first day they arrived at the Damo Realm, the rabbits have not abandoned their exploration of the starry sky in the Damo Realm.

At the first opportunity when the Fire Squad settled in the valley, the physics research team led by Zeng Gu Cheng measured the Planck constant.

The answer was simple: The Planck constant had changed.

The Planck constant was first discovered through the "blackbody radiation" experiment.

It signifies that any energy absorption and release have a minimum value; energies below this value do not exist.

This also implies that our world is discontinuous, while a continuous world turns out to be an illusion.

According to the experimental results obtained by Zeng Gu Cheng's team, the Planck constant of the Damo Realm is slightly smaller than that of Earth.

It is widely known.

When discussing the Planck constant, it must be explained within the framework of quantum mechanics.

And the most core principle in quantum mechanics is the "Uncertainty Principle" formally proposed by Heisenberg at the Solvay Conference in 1927.

We are most familiar with the understanding that "momentum and position of a quantum cannot be simultaneously determined; the more certain the momentum, the less certain the position, and vice versa."

This is a very simple concept.

Many experimental results in quantum mechanics can be explained by it; its mathematical expression is: ΔxΔp≥h/4π.

Since h/4π is a constant, when the position becomes more certain, meaning the change in position Δx becomes smaller, then the change in momentum Δp must become larger, and vice versa.

At the same time, this formula also applies to macroscopic objects, which will not be elaborated here.

It is still widely known.

In the second application of the "Uncertainty Principle," it is about the uncertainty relationship between energy and time.

The mathematical expression is: ΔEΔt≥h/4π.

Thus, if the Planck constant becomes smaller, quantum tunneling becomes more difficult to achieve, and the sun may not be able to turn into a star.

Because even if the core of the sun reaches a temperature as high as 15 million degrees Celsius, the proton-proton chain reaction for hydrogen fusion cannot occur without the help of quantum tunneling.

From the perspective of vacuum quantum fluctuations.

This indicates that when the Damo Realm appeared at the same time, the universe where Earth is located had not yet been born.

So the starry sky trajectory of the Damo Realm is not something that can be simply calculated, not even the three suns can be simply explained by tidal locking. (So those who say tidal locking greatly underestimate my settings, don't they?)

In short.

A change in the Planck constant indicates that the universe is no longer the original universe.

But under such circumstances, one thing should have happened.

When the Planck constant changed, the rabbits should have completely collapsed the moment they stepped through the Light Gate.

But in actuality...not only were the rabbits' physical bodies intact, they were not reproductively isolated from the humans of the Damo Realm.

This is a very strange phenomenon.

But since it occurred, it signifies that there are rules behind it that cannot be temporarily parsed.

After all, current scientific technology is not very advanced.

There are still many unsolved mysteries on Earth, let alone the universe.

Therefore, after discussions and resolutions by the core group.

The issue regarding the Light Gate and the Damo Realm's Planck constant will be listed as a super long-term project; achieving any breakthrough before high-level Nascent Soul Realm cultivators are born domestically is considered rare.

And corresponding to this long-term project, there is a relatively practical short-term goal:

To measure the planetary or planetary-like coefficients of the universe where the Desert Realm is located, while conducting some level of celestial observations, and thereby launch satellites as soon as possible.

Although the specific structure of the Damo Realm is unknown.

But since it has a main-sequence star, stars twinkle at night, and the rotation period is extremely fixed.

Then it must be positioned somewhere in the universe - at most, just special.

The rabbits have observed trinary star systems before, such as Alpha Centauri, Gliese 667, HD 188753, which are standard trinary star systems.

They have discovered quadrinary star systems like Giant Cup TV.

Even Western Europe's observatories have previously observed a 'planet' resembling a continental plate - like the otherworld continents in fantasy novels.

Of course.

That plate is not a standard flattened type, but an irregular shape akin to a triangular tip, in summary, it has nothing in common with a circular shape.

The reasons behind such a celestial body are complex; to put it simply, it is the gravitational balance between its main-sequence star and satellites balanced at a very delicate node.

Making such a celestial body unable to reach the hydrodynamic equilibrium of a circular planet, thus giving birth to such a bizarre entity.

So from the angle of celestial bodies, the Damo Realm is really not a rare planetary system.

The truly unique aspect of the Damo Realm is that it has nurtured life.

Generally speaking.

Even if a planet in a tri-star system is not tidally locked by its star, its surface temperature is generally above five hundred degrees Celsius.

Except for those who have long lived in the Guangzhou area, other humans on such a planet would just wait to be roasted into mature humans.

But the Damo Realm does not exhibit such high-temperature conditions.

It has developed an extremely habitable environment and nurtured a large number of extraordinary life forms.

Even before the collision between the Damo Realm and the Demon Realm, its ecosystem was already very rich.

There is only one possibility leading to this situation:

Something above a certain height on the Damo Realm's surface must be filtering out most of the cosmic energies.

Perhaps it's an ozone layer, or perhaps some other unknown substance.

The unique feature of the world of immortals is the civilization system derived from its 'spiritual energy,' but at the most basic level, it must and inevitably adhere to certain rules.

It's just that these rules are not so easily deciphered with current technological methods.

For instance, the Spatial Bag appearing in the Wei Mansion, which bears resemblance to peak technology in spatial mechanics.

This is the relevance between cultivation and science in the fundamental concepts.

It's like giving two people a passage to write an essay, the content they produce will definitely be different.

But at the core, you'll find they actually adhere to some similar "threads."

Of course, except for the joker who hands in a blank paper.

Returning sight to the launch pad.

This time, under the authorization of the camp, Jing Zhengsu's team prepared to attempt a study of the Damo Realm's sky.

However, this time Jing Zhengsu and his team did not launch a satellite.

But a stratospheric airship.

After all, the mass of the Damo Realm is still unknown at this time, making it impossible to calculate the satellite's escape velocity.

But a stratospheric airship is different.

Friends who have studied geography may know that the atmosphere exhibits different characteristics at varying altitudes, divided into the troposphere, stratosphere, mesosphere, thermosphere, and exosphere, with outer space lying beyond that.

The vicinity of the stratosphere is a very famous silent zone, where planes cannot reach, satellites cannot descend, and only rockets occasionally shoot through.

Academically, this silent zone is called near space, a region of great strategic value.

In near space, there are generally two types of aircraft executing related tasks: new concept airships or hybrid structure airships.

Considering the bulkiness of airships, the camp chose a more convenient airship—China's stratospheric airship successfully made a safe round trip on March 30th, 2016, with the flight code 4Q00I-1.

The initial height for Jing Zhengsu's team's airship this time is set at 32.7 kilometers above the ground, with automatic recovery after 96 hours.

If the airship can operate normally and recover successfully, rabbits will have a much easier time in reconnaissance after that—though signal transmission will still rely on antenna arrays, as the airship itself does not possess the functionality of a long-term communication satellite.

Due to the airship's inherent buoyancy and power system, it does not require rocket transport, so the main thing that needs adjusting is the signal transmission system.

After a twenty-minute countdown.

Jing Zhengsu formally ordered: "Take off!"

The operator lifted restrictions on the airship, which wobbled like a drunken child, twisting its chubby body and slowly taking off...

Jing Zhengsu tightly watched the airship ascend, eventually disappearing from sight.

Then he quickly returned to the console.

Generally, a satellite launch console is divided into three rows.

The row closest to the screen is the technical operation area, where technical personnel monitor data and images on the screen in real-time.

The second row is the operation area for the base's measurement and control and meteorological staff.

The third row is the command decision area, where during a satellite launch, the base's chief engineer and military personnel conduct exchanges.

However, due to the urgency of this launch, the airship console was only planned with one row, allowing Jing Zhengsu to directly approach the screen to assess the situation.

At this moment, the operators were swiftly conducting data checks:

"Top pressure coefficient is normal!"

"Communications dial is normal, constant pressure is stable!"

"Side wing pressure has not reached the balance value of 24.75. Engineer Jing, should internal pressurization be increased?"

Jing Zhengsu frowned: "Why is the pressure insufficient?"

"Currently, the airship is at an altitude of 4400 meters, the wind pressure at the same height in the Damo Realm is higher than that on Earth,"

"Is the trajectory normal?"

"It has deviated by 0.04 standard angles."

Jing Zhengsu made a swift decision: "Increase propellant supply and correct to within 0.015 angles! Reduce airship target height by 0.5 kilometers!"

"Received!"

Thirty-seven minutes later, the airship reached its target height.

Four and a half hours later, the airship was operating normally, having collected a substantial amount of pressure and gas information.

The airship's initial launch mission was successfully completed!!

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