I wonder if we got to kick start the same mechanism on someone in a koma? By flushing their brains with the opposite basically, or at least on the effected brain area.
this post was submitted on 16 Jul 2024
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So if we can sense everything under anesthesia, are we just traumatizing our subconscious?
That’s the general idea behind Dianetics, they say you sub-consciously pick up all input when you are unconscious and it shapes your personality. It’s a load of bullshit psychology and is the basis of Scientology.
and is the basis of Scientology.
Well, that and aliens.
They've been winging it all this time??
Well, it's not like not knowing why means it isn't reliable and proven. Are you winging it every time you jump and don't end up in space?
Sometimes, science is more art than science.
You'd be amazed at how much of science, medicine, hell even software programming, is "we have no idea why this happens but that's not going to stop us from doing it anyway."
The new research indicates that it works by interfering with a brain’s “dynamic stability”—a state where neurons can respond to input, but the brain is able to keep them from getting too excited.
To find out how propofol achieves that disruption, the MIT team looked at electrical recordings from parts of the brain tied to vision, sound processing, spatial awareness, and executive function in animals that had been dosed with the drug. They then compared those measurements to some that were taken before propofol was administered.
They found that the conscious animal brains showed increased neural activity after input like a sound or a new sight and then returned to a baseline level. But under the effects of propofol, the brain did some odd things. Previous research has shown that animals given the drug lose consciousness but maintain cognition and brain activity—basically, your brain can still process things like sound and smell, even if you’re not aware of it. The team, which published their findings on Monday in the journal Neuron*, *found that this effect may be due to the brain taking longer to return to its baseline after a sensory input while on the anesthetic, sending brain activity “into chaos,” as one neuroscientist put it.
Fascinating!