Death road to canada malicious house9/27/2023 Maybe nature seized on the same potential, Simon speculates. Such wild and wooly qualities have fueled the race to try to create hugely powerful quantum computers. That’s the basic stuff of quantum theory, the Alice-in-Wonderland world of atomic and sub-atomic particles, where the classical laws of physics go out the window and something can be two things at once, or two places at the same time. Five ways your brain is fooling you, courtesy of neuroscientist Dean BurnettĪnd more importantly, he notes, it could allow for the transmission of quantum information.Meet the scientist who is hotwiring the brain to treat depression by kickstarting the ability to feel pleasure.Does fat affect your brain? Study finds obese have less grey and white matter in key areas.Think yourself young: How to turn back the clock and take years off your brain age.But a light communication system could transmit information tens of millions of times faster than the electrical sparking between neurons we already know about, Simon says. Whether it’s actually happening has still to be proven. The model developed by Simon and his colleagues – who include a biophysicist in the university’s oncology department – tested whether it would be physically possible for the axons to conduct light, and concluded it would. Simon says the idea came to him after learning that certain brain cells – and some cells elsewhere in the body – actually produce photons through normal metabolism.Īnd it seemed that axons – the thread-like part of a nerve cell that transmits signals to other cells – and their protective myelin sheath could act as the conductor for those “bio-photons.” “(But) it’s definitely in the category of things that would be awesome if true … It would open up a whole new window on the brain.” “It’s an idea that is a little bit out there,” admits Christoph Simon, the quantum physicist who spearheaded the study. It’s definitely in the category of things that would be awesome if true … It would open up a whole new window on the brain If true, the existence of optical communication channels could help unravel some of the vast unknowns about the organ, including the mystery of how collections of molecules manage to generate consciousness itself, the Calgary teams says. Using sophisticated computer modeling, they suggest in a new journal article it’s at least plausible that photons – light’s fundamental particles - zip back and forth along biological cables linking parts of the brain. But scientists at the University of Calgary have theorized a radical addition to that picture, suggesting the brain also uses a system of light-based communication, a sort of fibre-optic network for the mind.
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