Chapter 2083 Please Vote for Me!!! Please Subscribe!!!
Barry looked at the father and daughter helplessly... He was used to it.
But others were fed up with it, especially Caitlin Snow and Cisco Ramone.
Kathleen Snow was Harrison's most loyal assistant and his student. Tess used to have a good relationship with Snow, and Snow's boyfriend was also a disciple of Harrison. Together they founded Star Laboratory.
However, in that heartbreaking experimental accident, his boyfriend Ronnie Raymond died, leaving no bones behind.
The explosion of the particle collider changed the fate of many people. Harrison's lower body was paralyzed, Ronnie died, and Snow gained superpowers in the accident. She became Killer Frost...well, it was a nickname she gave herself, but not many people knew about it.
She didn't like this ability, it brought back bad memories of the explosion. Harrison, Snow and Ronnie were all at the center of the explosion. Harrison was injured and fell unconscious immediately. In order to save their teacher, Snow and Ronnie desperately took him into a safe facility... At the last moment, Ronnie pushed them both into a safe facility, while he Snow's eyes were turned into ashes by the power of the second explosion...
So Snow hates his ability...
But I have to say, this ability is still quite powerful.
Her new state is very basic, almost primitive. Her body was completely covered in frozen soil. She is not made of ice, but she produces organic ice-like cells that make up her altered genes. She can generate ice spikes to pierce an opponent, kill an ordinary person with her icy kiss, and/or create an ice storm strong enough to freeze everything, killing multiple people.
At the same time, this ability is also very dangerous, and it can hurt other people if you are not careful.
She becomes a so-called "heat vampire" who must absorb heat regularly in order to survive. The most effective way to satisfy this "hunger" is to absorb other people's body heat.
Although she also gained an effect similar to immortality... As long as she can absorb heat, she can recover even from fatal injuries.
In order to ensure that her ability does not harm others, she wears a suppressor that Harrison helped make. At the same time, I basically never leave the laboratory. This would make her feel a little better. According to her, she could always feel that Ronnie was still by his side...
She is the youngest and brightest scientist in the laboratory. She can solve puzzles in a day and repair and operate heavy-duty generators
As for Cisco Ramon, this Mexican guy is undoubtedly lucky. This guy escaped because he was drunk and did not come to work on the day of the explosion.
But privately, this guy envied Barry and Snow... although he never dared to say it in front of Snow. But he did envy Barry very much. He felt that his life was too boring. If he could become a superpower, he could also become a superhero.
In fact, the establishment of the current team is also due to Sisko, who is the most active. If you can't be a superhero, then be a superhero's assistant.
Like Robin next to Batman.
Sisko is a member of the Interstellar Laboratory in Central City and is Dr. Wilson's assistant. After Barry was struck by lightning, he and Caitlin stayed with him and were the first to discover Barry's physical abnormalities. After learning that Barry had gained the superpower of extreme speed, a red Flash suit was developed for him. After that, when Barry encountered difficulties and needed help, Sisko and He were always by his side, providing Barry with tactical strategies and coping methods. He was another "think tank" besides Dr. Wells.
These two were considered early veterans of Barry's team, and even Harrison was persuaded to join later. He didn't want to participate in this nonsense at first, and he was still immersed in the pain of failure.
At that time, he wanted to die. After all, his wife's inheritance had been destroyed, his students and many outstanding scientific workers had died, and he himself was paralyzed.
How could he have such thoughts!
Until Barry showed off the powerful Speed Force.
This piqued Harrison's interest.
Because he has a conjecture, a conjecture that can save all this, and that is to let Barry exercise the speed force to achieve the purpose of reversing time and space.
According to Einstein's theory of relativity, when the speed of an object reaches the speed of light, space and time will lose their meaning and time will stop. So if the speed of an object exceeds the speed of light, does it mean that time can flow backwards? If this theory is true, can humans travel through time and space and go back to the past? Let’s hear what scientists say about this. We know that according to Einstein's theory of relativity, the limit of the speed of an object is the speed of light. When the speed of an object reaches the speed of light, time and space will be meaningless, and time will stop. No matter how the external time changes, an object at the speed of light will time is at rest. For example, you take a spaceship flying at the speed of light to a planet 100 light-years away. When you arrive at this planet, for people on earth, 100 years have passed, but for you, you will only It feels like only a moment has passed and you haven’t aged.
The time of an object flying at the speed of light is still. Some people have imagined that if we sit in an object flying at the speed of light and keep flying, we can live forever. There is another question. If the speed of light can make time still, then if the speed of an object exceeds the speed of light, can time go back to the past?
In fact, this is obviously unlikely. Imagine that if flying at superluminal speed can make time go back, then if a spaceship flies at superluminal speed, will the people in the spaceship not only not get older, but also get younger and younger? In fact, this is simply impossible. Traveling through time and space to the past may exist, but it is obviously not a simple way to do it. The concept of time is involved. There are two most mysterious and difficult to understand concepts in the universe, one is space, and the other is time. Space is easy to say, and modern scientists are also studying more and more and understanding more and more, but we know nothing about time. The time we understand is only the time defined by humans, which is not the essence of time at all. What is real time? There is no way to start, it is much more complicated than studying dark matter and dark energy. Time is thousands of times more mysterious than space. What can you do if you master space? Mastering space can ignore the limitations of distance. The universe is vast and vast. Without infinite speed, you can't explore the entire universe. The speed of light can only be regarded as the basic speed in the universe, and superluminal speed is the king speed. So how can the speed break through the speed of light and reach superluminal speed? This requires the concept of space. The universe looks smooth and complete, but if you magnify the universe, you will find that the universe is full of many space cracks, and these space cracks are space channels. Only by mastering the mystery of space can you open the space channels in the universe at will, and the spacecraft can achieve superluminal flight when entering it. However, superluminal flight can only allow you to quickly reach the depths of the universe, and it will not make you younger and younger, let alone travel through time and space to go back to the past.
So is it impossible to travel through time and space? Of course not. If you can fully master time, you can do it by combining space and time. As we said just now, superluminal flight can only allow you to travel quickly through the universe, which is only a voyage in space distance, but if you want to go back in time, you must add the concept of time. Time travel is an application of time, but time alone cannot travel through time and space, return to the past, etc., and space is also needed to combine, that is, exceed the speed of light. Therefore, in order to travel through time and space and return to the past, you also need to open a time channel. The speed in this time channel exceeds the speed of light, but it does not allow you to travel to a certain place in the universe, but combines the application of time to allow you to sail in the long river of time. You can see the vicissitudes of history in this time channel, you can see the scenes of the past, and even see the scenes of hundreds of millions of years ago and billions of years ago.
Many people may wonder when humans can master time and space, and then they will create a time machine, and we can travel through time. The idea is good, but it is not easy for humans to master time. To fully master space and achieve superluminal flight, it may take another 10,000 years to achieve it at the speed of human development. And time is tens of millions of times more complicated than space, and it may take hundreds of millions of years or billions of years.
Harrison believes that the speed force can achieve such an effect... Although this idea is considered nonsense by Snow and Cisco.
But Harrison has his own set of theories.
In the long years of the universe, we humans have experienced the baptism of time. From infancy to old age, from sunrise to sunset, we all feel the passage of time. But strangely, time seems to be able to move only in the future and cannot be reversed. This phenomenon has not only made philosophers from ancient times to the present ponder, but also triggered scientists' exploration of the nature of time. We need to understand the nature of time. Time is a measurement, the order in which objects move in space. According to Einstein's theory of relativity, time and space are interrelated and constitute an indivisible whole - space-time. Space-time was born in the Big Bang and passed away with the expansion of the universe. The time we experience is actually the trajectory of objects in four-dimensional space, from the past to the present, and then to the future.
So, why can't time be reversed? This involves the law of causality in physics. The law of causality states that there is always a reason for the occurrence of an event, with cause first and effect second, and the passage of time just conforms to this law. We can imagine that if time can be reversed, then the law of causality will no longer exist, and the occurrence of events will become disordered and unpredictable. Therefore, in order to ensure the stability and order of the universe, time can only develop in the future.
In addition, the unidirectionality of time is also related to the principle of entropy increase. According to the second law of thermodynamics, in a closed system, entropy (that is, the degree of chaos or disorder of the system) is always increasing and cannot be reduced by itself. This means that the evolution of the system is always moving in a more disordered direction, and the progress of time is the embodiment of this process. Because the universe is a closed system, the unidirectionality of time is also in line with the principle of entropy increase.
However, in the microscopic realm, time is not absolute. The double-slit experiment in quantum mechanics shows that the behavior of particles is uncertain, and the distinction between the past and the future becomes blurred. This shows that in the microscopic realm, the concept of time does not apply. Scientists are working hard to explore the principles behind this phenomenon in order to reveal the mystery of time.
In addition to the explanation of physics, the unidirectionality of time has also caused deep thinking in philosophy. Since Augustine, many philosophers have thought about the problem of time. They believe that the passage of time is a feeling of the human mind and a manifestation of the limitations of human cognition in the perception of time. Since humans can only perceive part of the changes in the material world, the movement of the material world is attributed to the passage of time. This view holds that the unidirectionality of time is an illusion of the human mind, while in fact the passage of time is uniform and bidirectional.
Einstein's theory is based on the assumption that the speed of light is constant. He believes that the speed of light remains constant regardless of the inertial reference frame in which the observer observes. This leads to an interesting phenomenon that when an object moves at a speed close to the speed of light, time slows down, and when the object exceeds the speed of light, time will flow backwards. To better understand this concept, let's illustrate it with a simple example. Suppose you left the Earth in a superluminal spaceship, and your friend stayed on Earth. As you move away from the Earth, your friend will see your time slow down because your speed is close to the speed of light. And when you return to the Earth, if your speed exceeds the speed of light, your friend may see your time go backwards and you become younger. However, in actual operation, exceeding the speed of light is not achievable because no matter can exceed the speed of light. However, scientists have found some evidence supporting Einstein's theory by observing extreme celestial bodies such as supernova explosions and black holes in the universe. The gravity in these celestial bodies can bend space-time, causing the distortion of time and space. Observing these celestial bodies from the Earth, we may see their time go backwards or time slow down.
Some experiments have also proved Einstein's theory. For example, in 1971, scientists measured the expansion and contraction of time through experiments. They used the experimental method of atomic clocks flying in the air to measure the relationship between time and speed. The experimental results show that when an object moves at a speed close to the speed of light, time slows down. However, Einstein's theory has also caused some controversy and refutation. Some physicists believe that the speed of light is the ultimate speed of the universe and cannot be exceeded. In addition, even if we can achieve a speed faster than the speed of light, according to Einstein's theory, we cannot see the past because time itself no longer exists.
In short, Harrison seems to think that as long as Barry is fast enough, he can solve these problems!
Although no one knows where Harrison's confidence comes from.