It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
www.bbc.co.uk...
For the first time researchers have monitored the brain as it slips into unconsciousness. The new imaging method detects the waxing and waning of electrical activity in the brain moments after an anaesthetic injection is administered. As the patient goes under, different parts of the brain seem to be "talking" to each other, a team told the European Anaesthesiology Congress in Amsterdam.
"Our jaws just hit the ground," said anaesthesiologist Professor Brian Pollard from Manchester Royal Infirmary on seeing the images for the first time. "I can't tell you the words we used as it wouldn't be polite over the phone." Cross talk Although regions of the brain seem to be communicating as "consciousness fades", Professor Pollard cautions that it is early days and that he and his team from the University of Manchester still have many brain scans to analyse before they can say anything conclusive about what is happening.
It is hoped that this technique could be used to learn about the nature of consciousness, but it is also likely to help doctors make headway in monitoring the health of a person's grey matter after they have suffered a head injury or stroke.
Originally posted by LaTouffe
reply to post by foreshadower99
It confirms that humans use brain at just 10%
Originally posted by OnceReturned
Originally posted by LaTouffe
reply to post by foreshadower99
It confirms that humans use brain at just 10%
That's a misleading statistic. It's true that at any time only a fraction of neurons and neural pathways are actively firing, but that's because if they all went off at once (i.e. 100% of the brain is "used") you wouldn't be able to function. The thing that separates brain state A from brain state B (and thought A from thought B or action A from action B) is the firing pattern. You can't have different firing patterns if everything fires together.
Consider the LED signs in Time Square that tell stock prices or even one on a clock in someone's office. At any moment, only a fraction of the lights are on. This doesn't mean that the sign isn't realizing its full potential. On the contrary, it can represent much more information in a much more efficient way by only activating some of the lights and not others. This allows for detailed and meaningful patterns, as opposed to "all on" or "all off" which would restrict the transmition of information to something like Morse code or binary. Our brains are like that. Complexity and subtle differences are a function of patterns of activity, and we wouldn't benefit by having a single brain state in which all of our neurons were "on" at once.