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Researchers decoded the last signals from brains before death.


"Death is not a single moment but a process involving a cascade of changes in brain activity, including the depletion of ATP and a surge in brain waves, culminating in the “wave of death.” Researchers have found that this wave begins in the pyramidal neurons of layer 5 in the cortex, suggesting that death’s progression can be tracked and potentially reversed within a specific time window. Credit: SciTechDaily.com" (ScitechDaily, Death’s Riddle: Scientists Decipher the Brain’s Final Signals)

Death is a mystery. We know that evolution created death and that old generations can leave space for new generations. Some species live only a couple of months. One of them is Labord's chameleon, which has the shortest life cycle of all Chordata. That species lives a short and intensive life. Those chameleons live only five months. And in that time they make their descendants. 

There are many theories about this kind of species. And one of them is that some of those extremely short-living animals can make copies, or clone themselves in some of the eggs. But there is no evidence about that kind of thing in the case of Labord's chameleon (Furcifer labordi). 

The idea for that thing is taken from bacteria. Bacteria proliferate catching up. It makes copies of itself. So that means bacteria is immortal. But does the animal clone also its memories into that cloned body? Could that kind of animal exist? 




Labord's chameleon (Furcifer labordi)


Those chameleons cause many interesting thoughts. One of them is, that the shortest shortest-living animals could also be longest living. The Furcifer labor is the shortest-living tetrapod or quadriplegic. 

Just after laying eggs Furcifer labordi dies. That thing tells us that those eggs might get a chemical signal from a dying chameleon that the next chameleon that the small calves can come out. All of those chameleons are dying after they release their eggs. 

When those chameleons die they don't transfer dangerous parasites to the next generation. In the case of Furcifer Labordi, the next generation of that chameleon never sees living adult chameleons except for its generation. 

So would you like to see what Furcifer Labordi thinks while it lives? The AI can someday give us the gate to things that happen after we die. And what we see after dying. 

The AI and its capacity to decode signals from the brain are remarkable tools. And maybe someday, the AI tell, us what we see while we die. Researchers made new research about death. And one remarkable thing is that death is not a single event. There are two waves of increasing brain activity just before and after a moment of death. And that thing causes some kind of ideas and thoughts about death. 

Maybe someday AI can decode things that people see while dying. And that thing can maybe show us the thing called the "corridor" and other things that the so-called border or near-death experience involves. In some cases, some doctors claim that the NTP causes those hallucinations. But in many cases where people are been in extreme danger, they feel that their entire life traveled in front of their eyes, and that causes the idea that something drives memory blocks from the brain. Maybe someday AI will help us to see what happens when a person dies.  



http://news.bbc.co.uk/earth/hi/earth_news/newsid_9398000/9398679.stm


https://scitechdaily.com/deaths-riddle-scientists-decipher-the-brains-final-signals/


https://en.wikipedia.org/wiki/Labord%27s_chameleon


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