Hot Wavelength

Chapter 25 (Upside Down 1): Balance Sheet
6500 million years ago, Venus
Three years after Saturn's superluminal power station caused the Sedna moon to explode, a massive ice mass, nearly a million kilometers in diameter and centered on Saturn, orbits the sun and slowly approaches the region connecting Regulus and the sun.

Jupiter orbits faster than Saturn, and it will catch up from behind, bringing about a spectacular celestial phenomenon that occurs only once every thousand years—the conjunction of Regulus, Jupiter, Saturn, and the Sun, the four planets that most strongly block ultraviolet light and thus have the greatest impact on solar activity.

Can coplanar stars and giant planets really block out superluminal waves and affect activities such as sunspots and flares? After years of observation, Venus scientists have conducted multiple verifications and are convinced that this is true.

Do hypersonic waves, with extremely high speeds, extremely long wavelengths, and the ability to carry enormous energy, really exist? The hypersonic power stations on Venus Tower Island and the Sedna moon are the best proof, and of course, they are real.

The gravitational force on a planet depends on the intensity of the energy it displaces. If the energy intensity of the environment around a planet remains constant, then the planet's revolution and rotation will remain stable.

If a planet in the stable structure of the solar system, such as Saturn, were suddenly enlarged and surrounded by a giant ice mass, causing a drastic change in its blocking of ultraviolet light, would the orbital and rotational speeds of the other planets also change accordingly?
Venusian scientists don't know the answer.

Nikola Tesla's theory of gravity posits that change is inevitable, and that Saturn's massive ice mass acts like a lens, focusing diffracted superluminal waves onto Jupiter.

Jupiter absorbs more superluminal energy, disrupting the energy balance and generating stronger internal nuclear reactions. The energy emitted increases accordingly, leading to a greater acceleration towards the sun, which in turn increases its orbital speed, tightens its orbit, and gradually moves it closer to the sun.

Even if Nikola Tesla's theory of gravity is correct, will this conjunction of four planets have a direct and significant impact on Venus?

As Saturn and Jupiter gradually came into conjunction with Regulus, the effects that Venusian scientists, including Tesla himself, least wanted to see, slowly began to occur.

Observations have revealed that almost every day a new sunspot appears on the surface of the sun directly opposite Venus, a phenomenon not observed on Mercury, Earth, or Mars.

Dean Abbott pointed to nearly a month's worth of sunspot observation data and asked Tesla:

"Nikola, observations have shown that only the eclipsing relationship of giant planets can induce large new sunspots. Venus's own eclipsing cannot have such a big impact. Why are the new sunspots always facing Venus?"

Nikola Tesla connected to his external brain via the Lightning Ball, and after a moment, he had his answer. Looking dejected, he said to Abbott:

"This is a simple geometry problem that we have all overlooked. The distance from Saturn to the Sun is exactly equal to the distance from Venus to the Sun, which is also equal to the wavelength of superluminal light divided by the diameter of Venus. Saturn's giant ice mass acts like a large lens, and Venus happens to be at the focal point."

Abbott instantly understood the principle and exclaimed, "The superluminal waves, after passing through Saturn's lens, are completely blocked at the focal point of Venus, creating an energy void in the relative position of the Sun. This explains why the giant sunspots are always facing Venus."

Dean Abbott was a meticulous scientist who, for decades, had been working to verify Nikola Tesla's theory of superluminal waves. He was intimately familiar with the relationships between the major planets and solar activity, as well as seemingly strange correlations. Recalling the strange phenomena he had observed before, he asked:

"Mega sunspots produce powerful solar flares, and if the solar wind blowing out is directed at Venus or Earth, it will slow down their rotation."

Nikola Tesla looked at his learned and wise old friend and said helplessly:
"The continuous alignment of new sunspots with Venus will significantly reduce the energy intensity displaced by Venus, causing Venus's rotation speed to slow down abruptly."

The planet Venus, where Nikola Tesla lived, has a rotation period of approximately 24 hours, almost the same as Earth and Mars.

The population of Venus is approximately 60 billion, of whom 40% have religious beliefs, and 99% believe in science, or at least in the common sense they have gained from experience.

Common sense has been broken; a day is no longer 24 hours long, and the interval between sunrise and sunset is getting longer and longer.

The changes to Venus's topography caused by the Tasmanian power plant, including the uplift of plateaus, the receding of seawater, air pollution, and food shortages, caused widespread panic among the Venusians.

But most people didn't see it as a major problem, or at least didn't feel an urgent need to escape Venus. It was the fact that time was slowing down every day that truly caused panic.

To maintain social stability, the Venusian Union government downplayed the previous crises facing Venus. However, this time is different; the slowing of Venus's rotation is something everyone can personally feel.

The temperature difference between day and night began to widen, with hot days and cold nights. Panic spread among the people, and more and more were forced to admit that it was time to consider fleeing Venus. Little Cynthia's mother, Vinu, hadn't broken any Venusian laws and therefore wasn't exiled; she had voluntarily accompanied the exiled clone, Little Cynthia, to Earth. Last month, she returned to her small fishing village on Venus to visit her husband, Brama.

Venus's rotation has slowed, causing a greater temperature difference between day and night. In the early morning, a biting wind howls, and the outdoor temperature drops to below -40 degrees Celsius, making it exceptionally cold. Venus persuades her husband to leave Venus with her and go to Earth to be with little Cynthia.

The couple packed their bags and made their way to the spacecraft launch site. The spacious hall was packed with people, and shouts could be heard from the crowd from time to time: "To Mars, to Earth, anywhere is fine, as long as we can escape Venus as soon as possible."

Vinu was informed that the passenger spaceship she was traveling on between Venus and Earth had been requisitioned by the Alliance government, and all existing civilian spaceship flights between Venus and Earth and Mars had been canceled.

Vinu was on the verge of tears. She was not only worried about her and her husband's situation, but also about how little Cynthia on Earth would be heartbroken to not see her mother. Brahma comforted his wife while helping her out of the hall.

It was getting late, and a long, cold night was about to begin. The couple decided to find a small hotel in the city to stay in first, and then return to the small fishing village the next day.

In the city, residents' electricity consumption is rationed, streetlights are off, and it's pitch black outside the small hotel window. In the dimly lit room, the couple huddled together tightly.

Vinu hugged her husband tightly: "Darling, it's so dark, I'm scared, hold me tight, I'm cold."

Brahma gently stroked Vinu's hair and whispered, "My dear, don't be afraid! I'm here. My dear, I'll always be with you."

Faced with such a drastic change, Vinu felt an unprecedented sense of desolation and helplessness. She turned on her old, low-powered computer and entered a well-known social media platform.

The social media platform was in an uproar; some people were asking for help, some were hurling insults, and most were discussing how to escape Venus. Brahma chimed in, pointing to a comment and saying:
“Venu, look at this. It says that so-called scientists have ruined us. Curiosity is essentially driven by greed, and it will ultimately harm all of us Venusians.”

Vinu and her husband continued the conversation, each venting their pent-up resentment. Vinu thought of little Cynthia, far away on Earth, and her blood boiled. The former accountant quickly typed her own post:
The Balance Sheet of Humans from Venus

We, the Venusian humans, have created a glorious civilization, and we are about to pay a heavy price for it.

We firmly believe in science, discover patterns, and are thus greatly satisfied with our desires and curiosity.

However, in the face of the immense power of nature, we humans are so small and overestimating our own strength.

Venus was once our beautiful home, but the electricity demands generated by large-scale artificial intelligence models are opening their bloody maws and dragging Venus into an abyss of no return.

Scientists I know tell me that Jupiter is getting closer to the sun, and Mars and Earth are no longer safe places.

Are we humans ignorant or too eager to learn? The price we pay is the destruction of Venus, and even the entire solar system!

Isn't it said that for every borrower there is a lender, and that assets and liabilities are always balanced?

On the path of exploring and transforming nature, we have won one monument after another.

But what have we gained from this endless so-called progress? And what have we lost?

Is it only when humanity perishes and the solar system collapses that we will truly understand?
How can we obtain a balanced balance sheet that is actually zero?
When fate's judgment arrives, who can we still rely on? Will we still believe in miracles?
&
The poem composed of collected verses at the end of the chapter:
Intermittent sounds follow intermittent winds, Tang Dynasty, Zhao Gu
Four bright stars shine in the Purple Palace. (Song Dynasty, Su Shi)

The vast universe is turbulent and boundless; Song Dynasty, Wang Anshi

Yet, he drifts on the vast waves, mingling with a young fisherman. (Tang Dynasty, Liu Yuxi)
(End of this chapter)