Begin from the original form of torture and become immortal

Chapter 1651: Eating Reflective Nuclides Raw

G cells need to reorganize and transform every cell in the body, giving them new characteristics and functions, which requires extremely huge amounts of energy.

Moreover, after the transformation is completed, the body needs to continue to consume energy in order to maintain this new physiological state.

Later, because of Tony's attack, G cells had to evolve and adapt again.

Tony has a variety of attack methods, and plasma jet is just one of them.

Each attack will cause varying degrees of damage to Professor Connors' body. In order to repair these damages and make the body better adapt to this attack, the G cells will activate the evolution mechanism.

During the evolution process, G cells need to readjust the body's physiological structure and genetic sequence, which also requires a lot of energy.

Now, Professor Connors' body is like a car that is about to run out of fuel, and without nuclear energy to replenish his energy, he will really die at Tony's hands.

Nuclear energy is to the G cells in Professor Connors' body what gasoline is to a car engine. It is the key energy source that maintains their normal operation and powerful capabilities.

Without the replenishment of nuclear energy, G cells will not be able to effectively convert energy and repair the body, and Professor Connors' body will gradually lose the ability to resist external attacks.

At this critical moment of life and death, an unidentified object hit Professor Connors' head like a meteorite, and then fell to the ground nearby.

Jarvis, Tony's artificial intelligence assistant, immediately started the scanning program and conducted a detailed scan and analysis of the dropped object.

When the scan results were presented to Tony, his face turned pale instantly, and he became furious as if he had been electrocuted.

It turned out to be the reflective radionuclide of the industrial CT in the laboratory!
Industrial CT is a high-tech device used to detect the internal structure of some precision parts. In order to clearly present the fine structure inside the parts, the radiation source it uses has a very large amount of radiation.

Even if an ordinary person gets close to a radiation source, he or she will immediately experience obvious signs of radiation poisoning such as dizziness, nausea and vomiting.

If someone accidentally holds this radioactive material in their hands, the cells in their hands will be killed instantly by the high-energy radiation, the DNA chains in the cells will be broken, the protein structure will be destroyed, and the cells will not be able to metabolize and divide normally.

Within a few minutes, the entire hand will lose function due to massive cell necrosis, and may even cause systemic radiation sickness and ultimately death.

How did this radioactive material end up here?

You know, Tony is still releasing plasma jets at this time.

The plasma jet itself carries extremely high temperature and energy. If the radioactive material is heated, the radioactive isotopes in the radioactive material will become more active due to the increase in temperature, accelerating the decay process and releasing more radiation.

These radiations will spread rapidly with the flow of air, and the radioactive contamination caused is no joke.

Once radioactive substances spread into the surrounding environment, they will not only cause serious harm to personnel, but may also have a long-term impact on the surrounding ecological environment, leading to a series of terrible consequences such as biological variation and gene mutation. However, at this critical moment when the situation seemed to be about to be completely reversed, Professor Connors's condition underwent a shocking change.

His body, which had been twisted in pain due to the severe damage from the plasma jet, was now like a wild beast that smelled a large piece of meat, emitting a primitive and violent aura.

His originally limp limbs suddenly tensed up, his muscles expanded rapidly as if inflated, and veins popped up like earthworms under his skin, as if a powerful force had awakened in his body.

Then, with unimaginable speed, he pounced on the reflective nuclide like an arrow from a bow.

His movements were swift and agile; every rotation of his joints and every contraction of his muscles were precise and powerful. He did not look like a man who had just been severely injured by a plasma jet and should have been dying.

He rushed to the reflective nuclide, opened his big fang-filled mouth without hesitation, and chewed the radioactive substance that exuded a dangerous smell like chocolate.

The sharp teeth collided with the reflective nuclides, making a creepy "crunching" sound, but he seemed to be unaware of it, with a twisted and enjoyable expression on his face, as if he was tasting the most delicious food in the world.

Professor Connors' body, after undergoing G-cell transformation, possesses a unique and complex mechanism of energy absorption and conversion.

From a biological point of view, G cells are a type of cell that has been specially genetically edited and strengthened, giving Professor Connors' body adaptability and evolutionary potential far beyond that of ordinary people.

Inside his body, there is an organ similar to Godzilla's atomic reactor, which is a core energy hub formed during the G-cell transformation process.

In terms of biology and physics, the Godzilla reactor can be understood as a highly sophisticated and efficient energy conversion system, similar to the mitochondria in living organisms, but much more powerful in scale and function.

Mitochondria are the "power plants" of cells, converting chemical energy in nutrients into ATP (adenosine triphosphate) that can be directly used by cells through the process of oxidative phosphorylation.

The Godzilla Reactor goes a step further, being able to identify and decompose radioactive isotopes in radioactive materials.

Radioactive isotopes refer to atoms with the same number of protons but different numbers of neutrons. They have unstable nuclei and will spontaneously decay, releasing various rays such as alpha rays, beta rays and gamma rays, while releasing huge nuclear energy.

The atomic reactor in Professor Connors' body can sense the presence of these radioactive isotopes and capture them through a series of complex biochemical reactions.

There are special enzymes and protein structures inside the nuclear reactor. These biological macromolecules are like precise "keys" that can open the "lock" of the radioactive isotope nuclei.

When the radioactive isotopes enter the nuclear reactor, these enzymes and proteins will interact with them, causing the atomic nuclei to undergo fission or fusion reactions (in Professor Connors' body, they mainly simulate similar fission processes to release energy), releasing nuclear energy.

Nuclear energy is an extremely powerful form of energy that contains enormous energy potential.

According to Einstein's mass-energy equation E=mc, even a very small mass of matter can release astonishing energy when a nuclear reaction occurs.

(End of this chapter)