owlsbooks Chapter 2015 Humiliation? (Please give me double the monthly ticket!!! Please subscribe!!! Please re
Chapter 2015 Humiliation? (Please give me double the monthly ticket!!! Please subscribe!!! Please re
Chapter 2015 Humiliation? (Please give me double the monthly ticket!!! Please subscribe!!! Please recommend!!)
Zeus was right. The God Killing Bomb was only an idea from the beginning to the end and had never been implemented. After all, if it had been implemented, there would be no Pantheon. In fact, the Pantheon itself was skeptical about the feasibility of the God Killing Bomb.
I half believe it because this thing is feasible in theory.
I am half doubtful because... there is a huge gap between just having theory and turning it into reality!
The simplest example is nuclear weapons!
In the brilliant scientific sky of the 20th century, Einstein is undoubtedly the most dazzling star. His theory of relativity completely overturned the Newtonian mechanics system, and the mass-energy equation E=mc2 opened up mankind's understanding of atomic energy.
But the problem is that everyone knows E=mc2, but knowing this is useless!
You may remember the words atoms and isotopes from physics class - they are related to the process of triggering nuclear explosions. Then, you also know from the Internet that the energy of nuclear weapons comes either from the splitting of atoms or from the aggregation of particles inside atoms. As we have found out, the principle of making atomic bombs is no longer a secret. It is like the drinks we drink. All the recipes are already on the bottle, but having a recipe does not mean that you can really replicate the drink.
In fact, the principle of the atomic bomb had become obvious as early as 1967, when three newly minted physics professors with no experience in nuclear weapons produced a credible nuclear bomb design. The three physicists were later hired by researchers at the Lawrence Livermore National Laboratory in the United States to assess the difficulty of making nuclear weapons.
It turns out that the design is not difficult, but it is difficult to turn the design drawings into real objects. The most important part - materials (such as weapons-grade uranium) is very difficult.
Weapons-grade uranium, or the isotope uranium-235, is a highly unstable form that is found in less than 1% (about 0.7%) of the uranium ore that is dug up, and to reach weapons-grade levels it needs to be refined to at least 80% purity (preferably above 90%). This is a bit difficult for many countries, but it is not particularly difficult for countries that are determined to start a nuclear program, but it definitely requires huge manpower and material resources. A common method of extracting weapons-grade uranium is to use a gas centrifuge process, which releases a conversion gas called uranium hexafluoride into a rotating cylinder. The force generated by the rotating cylinder separates the U-235 isotope from the heavier U-238 isotope. Uranium-235 differs from uranium-238 in that it can undergo an induced fission chain reaction, a process that begins with neutrons splitting the atoms of a radioactive material (such as uranium) into smaller fragments.
A chain reaction occurs when a split atom releases neutrons that hit other atoms and split them apart, unleashing the destructive power of an atomic bomb. To sustain the type of chain reaction necessary for an atomic bomb to explode, the atoms need to be kept in a modified state called a supercritical mass so that more than one of the free neutrons produced by each split hits another atom, causing it to split. In a uranium bomb, the fuel is first stored as a separate subcritical mass to prevent the bomb from exploding prematurely, and then the two masses are combined together to create a supercritical mass. The design of an atomic bomb also requires getting enough of the chain reaction to occur before the initial energy from the explosion causes the bomb to fail, which is the tricky part.
There is another problem with atomic bombs made of uranium. This material happens to be the heaviest natural element in the world. A nuclear bomb requires about 15 kilograms of enriched uranium to operate, and its huge volume makes it difficult to match existing long-range missile systems. So there is an atomic bomb made of plutonium, because plutonium is lighter and can solve the "heavy" problem very well. Some scientists believe that 1 kilogram of plutonium-239 is enough to make a small nuclear weapon (some people think it takes 4 kilograms)!
However, like uranium, plutonium is difficult to extract, purify and compress. Even for countries that already have nuclear programs, processing plutonium is not an easy task. A huge and expensive chemical processing facility must be built.
Just like you know the recipe of a drink, but it is difficult to turn it into a product! It is not enough to have the ability to enrich uranium or plutonium to produce weapons-grade uranium or plutonium. From something that can be enriched to a certain level to making a nuclear warhead is another concept. This requires a large number of technicians, which is not something that any country can do. From enrichment to building a successful nuclear bomb device, and then to using conventional missiles to deliver it, etc., the technical issues are only one aspect.
You can even find the principles and manufacturing methods of nuclear weapons on the Internet.
But can you do it?
Many countries can’t handle it!
Therefore, principles and reality have always been two different things!
For example, Einstein discovered the formula, but in fact, nuclear weapons had little to do with him.
Although many people may credit Einstein with the discovery of nuclear energy, he never actually worked directly in this area of research. However, a conclusion in his theory of special relativity provided the basis for the release of incredible amounts of energy from the tiny mass of the nucleus. Einstein's key idea was that energy and mass are equivalent. In this view, mass is frozen energy. As mentioned earlier, this conclusion is the famous formula E=mc2. Literally, energy equals mass times the speed of light squared. Because the speed of light is so great, its square—the number you get when you multiply it by itself—is a huge number: 900 billion (dimension: km2/sec2). Therefore, even a tiny mass, multiplied by this number, yields a very large amount of energy. Although Einstein did not know how to release this potential energy, his theory pointed the way for other scientists to discover how to do so. Fission reactions and fusion reactions are two different mechanisms for releasing large amounts of potential energy in matter. Because of Einstein's reputation, he did make a difference, and President Franklin Roosevelt took notice of the possibility of the nuclear bomb. Einstein left Germany in 1932 to settle in the United States, working at the Institute for Advanced Study in Princeton, New Jersey. After the discovery of fission, exiled scientists Leo Szilard, Edward Teller, and Eugene Wigner persuaded Einstein to sign two letters (one in August 1939 and the other in March 8) informing Roosevelt of the latest findings on fission and the possibility of Nazi Germany building nuclear weapons. However, Einstein did not participate in the Manhattan Project, which developed the first nuclear bomb.
In fact, Einstein didn't know how to make an atomic bomb.
He only put forward an idea. It was Robert Oppenheimer who actually developed nuclear weapons. After witnessing the huge casualties caused by the atomic bomb, the father of the nuclear bomb began to reflect on his role and expressed deep concern and regret about nuclear weapons.
On July 1945, 7, Oppenheimer watched the test explosion of an atomic bomb at the Alamogordo Test Site in New Mexico, USA. This success did not make him happy and satisfied, but instead made him deeply shocked and regretful. He believed that the existence of this weapon would have devastating consequences for the world. Oppenheimer said to then-US President Truman: "I am now the god of death, the destroyer of the world." He was proud and terrified of his creation. From then on, he began to publicly oppose the research and use of nuclear weapons such as hydrogen bombs, and called for the establishment of a supervision mechanism for the development of nuclear weapons and the peaceful use of nuclear energy. Oppenheimer's anti-war remarks caused dissatisfaction among the US government and military, who suspected him of being a "Soviet spy", dismissed him from his post and launched an investigation into him.
In short, even if the god who came up with the god-killing bomb was allowed to make one himself now, it would take who knows how many years.
So Zeus always felt that selling Asgard was a good move!
He would be happy whether Asgard or Ger died!
"You're a coward!!!"
Thor was completely enraged by Zeus' words. Before, he just thought that the Pantheon was a pile of shit, but he didn't know what kind of shit it was. After all, his understanding of the Pantheon was limited to his father's story.
In fact, Asgard is very averse to interacting with the Pantheon.
Because I'm afraid the Asgardians will learn bad things.
Pleasure is basically everyone's instinct. No one will deliberately seek pain for no reason. People make themselves suffer often because they have their own purposes.
The purpose of Asgard is to survive Ragnarok.
But this thing can't really be made public. If we tell our own people, we will be finished sooner or later! Let's all give up!
The trend of enjoying luxury is the most contagious. Once Asgard becomes addicted to it, Ragnarok will definitely not come. It may even end before Ragnarok comes.
Faced with such insults, Zeus's face flashed with sternness and he waved his hand.
The shackles on Kai and Thor were removed, but before they could react, two golden lightning bolts tied Kai and Thor's hands.
This golden chain has a story behind it.
This is the chain made by Hephaestus, the god of fire.
Hephaestus was the son of Zeus and Hera, but because of his ugly appearance, Hephaestus was thrown under Mount Olympus. Hephaestus tumbled in the air for a day and fell on the island of Lemnos. He became a cripple. Fortunately, he was picked up and adopted by the sea goddess Thetis. When he grew up, he learned various crafts and then made an extremely beautiful chair - the throne of Hephaestus.
He quietly placed it in a place where his mother Hera, who did not acknowledge their relationship, must pass. The vain Hera was immediately hooked. She liked the charming chair and sat on it. Then, all her joints were locked by the golden chains that popped out of the chair, and she could not move, and her magic power disappeared. The gods asked Hephaestus to return to Mount Olympus and release Hera, but Hephaestus repeatedly refused. Dionysus, the god of wine, got Hephaestus drunk, put him on the back of a mule, and took him to Mount Olympus. Hephaestus made three requests: the first was that Hera admit her mistake in abandoning him; the second was that he admit his identity as the main god of Mount Olympus; the third was that he marry the goddess of love Aphrodite. In order to save herself, Hera agreed to Hephaestus' three requests (another theory is that the marriage between Hephaestus and Aphrodite was facilitated by Zeus, because Hephaestus was the most devoted of all the gods, and marrying Aphrodite to him could avoid discord among the gods because of Aphrodite). So after marrying Aphrodite, Hephaestus finally released Hera.
After becoming an Olympian god, Hephaestus built a magnificent palace for the gods. He also built a workshop on the mountain to forge tools. He made the shield Aegis for Zeus, the Bacchus staff for Dionysus, the sun chariot for Helios, the sun god, the golden and silver arrows for Eros, and the invulnerable armor for Achilles, the son of the sea goddess Thetis. He also molded Pandora out of clay and created the metal giant Talos.
The chains that bound Prometheus were of the same type, forged by Hephaestus, although he was very sad about it.
By the way, after Hera’s rebellion failed, Zeus also used the same chains to lock her in the sky. Even though she cried so hard and was extremely miserable, it was of no avail.
This thing is that chain.
This thing can bind the gods and prevent them from resisting.
Zeus ignored Thor. To be honest... Zeus really had no good way to deal with Thor.
kill him?
Do you believe that war will break out in Asgard tomorrow?
Besides, Odin was just injured, not killed. Do you really think that tigers become vegetarians when they get old?
Even if Odin was injured, he could still support Zeus with one hand.
There is no way. There are many benefits to believing in God and absorbing the power of faith, but the upper limit is so high.
After all, the number of believers...can't suddenly increase.
What's more, the Pantheon has been implementing a policy of cutting leeks, and the population control is very strict.
Many years ago, Zeus could not defeat Odin, and many years later, he still could not defeat him.
Gods like Odin and Thor do not rely on the power of faith at all, but on their own training and fighting. Their upper limit is very high.
So Zeus simply ignored Thor and looked at Kai.
"How dare you appear in front of me... You are showing contempt and humiliation to me!"
Then he simply waved his hand, and Kai's clothes disappeared.
Then there was an exclamation at the scene.
Kai has a really great figure, especially his second brother, which is extremely majestic.
The goddesses were so excited at the sight, and Zeus' maids were so surprised that they couldn't close their legs... and their mouths.
Zeus swore that he did that just to humiliate Kai.
As a result… in a sense, this made Kai famous.
Kai actually felt very unhappy.
But when dealing with enemies, remember one principle: never do what they want you to do.
Zeus just did this just to embarrass Kai.
If Kai got angry at this time, or tried to cover up or evade.
That means Zeus' humiliation was successful.
So Kai suppressed his unhappiness and looked at Zeus with an indifferent expression.
"How is it? Do you feel inferior to me? But I have to make it clear in advance that I am not gay... and don't stare at my dick. Even if I were gay, I wouldn't look for someone like you."
Zeus seemed a little absent-minded.
He was just quite Hera...
He was a little embarrassed, but also a little curious... Don't get me wrong, it was the kind of curiosity you think of. This guy was attracted to both men and women, regardless of whether they were raw or cold.
This guy is very normal about humans and animals, and he has probably played the game of eye-catching and so on!
Don't overestimate his moral integrity...this guy has none at all!