Cryofreezing can end death as we know it.
Cryofreezing or cryopreservation can make many things possible. The ability to freeze and thaw cells and organisms and return them back alive is the tool that can end death. There are many problems with those technologies. But it's possible to freeze a person into liquid helium and maybe someday we can wake that person alive. The problem is that if we freeze cells too fast they will damage.
But if we would have nanomachines that remove liquids from the cells that give space for expansion that technology could turn death into the past. Another way would be the dry freeze. In that technology, all liquids will removed from cells, and that thing makes it possible to freeze those cells. When the cell returns to life the system injects liquids back into it. The problem with humans is that we have very many cells. And that requires very advanced nanotechnology. But maybe someday in the future that is possible.
The problem with cryonics is that a person is "sleeping". That means the person cannot communicate with others and that is one of the ethical problems of the cryostatic process. If we would send the cryogenic crew to other stars those people will never see their friends and families again.
The same problem is in the cases where a person waits for the cure for some deadly disease. That means when a person will return to life after 200 years there is nobody that person knew alive. That thing can make it possible to travel to the future. And that's why we can say that cryonic capsules are very slow time machines. And maybe someday we can return those frozen people to life.
In some visions, the person uses the brain-computer interface BCI during their entire life. And that microchip stores all of the memories and brain activity into the computer memory. Then the system clones the person and then drives the data from the past body to the next body. Cloning the person might be made simple by exchanging the DNA from the morula. That is one thing that can turn a person back to life.
Maybe in the future. We can use genetic engineering to extend our lifetime. The system must just create a cell that can replace old DNA and mitochondria with new and fresh DNA and mitochondria.
The genetically engineered Q-fever bacteria can transport new mitochondria. And DNA into the cells.
The idea is simple. Genetically engineered Q-fever bacteria can travel into the cells. And destroy their mitochondria and DNA. And then replace those things with the new fresh DNA and mitochondria.
https://www.freethink.com/biotech/cryopreservation
https://en.wikipedia.org/wiki/Cryogenics
Comments
Post a Comment