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Preface
Thousands of years ago, human beings once dreamed of soaring in the sky and diving to the bottom of the sea, but now because the development of science and technology has been fully realized, it has provided a lot of convenience for human life, and it seems that everything can be bought with money.
Even the richest have something that can't be bought, and that is longevity. From cultivating to become an immortal to seeking pills and refining medicines, human beings' pursuit of longevity has never stopped, but unfortunately, human technology cannot overcome this problem at present.
Scientists who have been working to solve this problem came up with the idea of cryonics to prolong life in the last century, but at that time the idea was too new and advanced for anyone to try.
But while many were still watching, there was a brave man who stood up, and his name was James Hiram Bedford.
Now that 57 years have passed, it reminds one of the first frozen man, what happened to him now? Can it be successfully resurrected?
Brave First Person
Born in 1893, Bedford was a former professor of psychology at the University of California, and he had always been dedicated to his work, but when he saw the hospital's notice of terminal cancer, he knew his days were running out.
Professor Bedford was a student of the human body, and before his illness, he had been interested in cryonics and had even published a book on cryonics.
At that time, cryonics technology had just been proposed by scientists, and it was not very perfect in itself, and it involved some ethical and moral issues, so it was very controversial in society, and no one dared to try it.
Therefore, research on this technology has remained superficial, and there are no actual cases. When Professor Bedford knew that he was about to die, he decided after a brief moment of reflection that he would be the first person in the world to be frozen.
If he succeeds, then his life will be successfully extended, and if he is not successful, he can also make a practical contribution to cryonics technology.
Professor Bedford knew very well what his choice meant, and once he entered the chamber, he didn't know what would happen to his body, and he couldn't end up with anything.
But he also knew very well that his choice was to contribute to science and dedicate himself to science, so he applied for the cryonics experiment accompanied by his family.
困难重重
Although the professor was aware of the difficulties encountered during the experiment before entering the experimental chamber, many unforeseen things would happen once the freezing began.
The first is the issue of ice crystals. Due to the limited technology, coupled with the fact that this was the world's first cryonics surgery, all doctors were inexperienced, resulting in the experimental team not well predicting the speed of ice crystal formation.
They watched as Professor Bedford's body rapidly formed crystals, and these sharp crystals were like sharp knives, quickly piercing the cells in Professor Bedford's body.
The rate at which ice crystals form is as fast as the body's cells tear apart. And the doctors could only watch the tragedy happen, and they didn't know what to do.
At this time, a doctor suddenly proposed to try it with dimethyl sulfoxide. This substance is often used in medicine as an antifreeze, and if it can be used to slow down the formation of ice crystals, then it is expected to stop the destruction of cells.
Dimethyl sulfoxide was injected into Professor Bedford's body, but the substance created a new problem for doctors, and while dimethyl sulfoxide can reduce the rate of icing, it is also toxic in itself, and needless to say, this toxicity is also harmful to cells.
Despite the difficulties during the operation, the doctors insisted that Professor Bedford's body was successfully cooled to minus 196 degrees Celsius and kept him in the National Cryonics Center.
I thought the most difficult thing was over, but it wasn't, and just a few years after the professor was frozen, his facility was about to close due to financial problems.
This means that all frozen bodies, including Professor Bedford, will lose the chance to continue freezing, and of course, there will be no chance of resurrection.
At this moment, the Alcor Life Extension Foundation suddenly received the good news that the Alcor Life Extension Foundation was willing to take over the frozen bodies, and in this way, Professor Bedford was able to continue to be preserved.
Controversy over cryonics
In fact, when cryonics technology was first proposed, it attracted a lot of attention, including supporters, but also many doubts and opposition.
Proponents of cryonics argue that it would undoubtedly be a major leap forward in human history if it is perfected.
It freezes these people who are dying due to incurable diseases, and when science and technology develop, if there is a solution to these diseases, then these people will be given a second life.
At the same time, cryonics also solves the problem of organs. If healthy organs can be cryopreserved, then there will no longer be a situation where patients who need to have their organs replaced but cannot find a suitable organ and wait for death in vain.
Those who oppose cryonics technology believe that this technology violates the ethics and morals of human society, and that birth, old age, sickness and death are inevitable laws of human growth, and if they are broken, they do not know what serious consequences will be bringing.
At the same time, it is not necessary to think that the cost of surgery for this technology must not be low, and it is estimated that only a small number of wealthy people can accept it. If the rich blindly prolong their lives, while the lives of the poor are not guaranteed, this injustice has long made cryonics technology lose its original purpose for development.
Opponents also argue that the extension of life means an increase in the elderly population, and that when the time comes, not only will the problem of resources become more prominent, but the entire social structure will become deformed, which will inevitably lead to more serious social changes.
epilogue
The technology has been slow to develop because it is so controversial. And Professor Bedford, who was the world's first frozen person, is still preserved in the Alcor Life Extension Foundation, and no one dares to resuscitate it.
However, judging from the freezing process, the hope of resurrection is probably slim, after all, the cells have been severely damaged.
The development of human science and technology has a long way to go! As long as a technology is developed, the superstructure of the entire society will have to undergo a huge transformation, and cryonics technology is not as simple as we think!
Seeing this, what do you think about cryonics technology? Will Professor Bedford be resurrected after a few years? Welcome to actively leave a message in the comment area to discuss.
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Source: James Hiram Bedford – Baidu Encyclopedia
Resuscuring the frozen human body is no longer a dream: it will be achieved in 50 years at the earliest Phoenix 2017-01-17 11:31