MORE ABOUT POSSIBLE USES Of MRI;

On site here I write about the possible uses of MRI as a lie detector and more. There is another possiblity that "may be amazing"; Here's my line of reasoning;

As you may know, MRI can even be used on not just a brain in the airport, it's also used on just one cell, like a neuron. Thus my conclusion that we may be able to find the memory from all the life store of memories of the brain with MRI or short distance sensors like microcopes. In brain research it was found in the 1920's that all the memory of the brain is stored in small units, as on the site sybervision.com no matter how small the amount of the mouses brain was cut the mouse had complete memory. Therefore if the volume of brain tissue needed to build all the memory is small, it's possible memories of mere small amounts of brains of someone like Einstein, whose brain we have, might be used to reconstruct the entire life's memory Einstein lived through, day by day, year by year. In other words, MRI combined with this about small units containing lots of memory found from brain research might be a real way to illuminate sciences like history, forensics, anthropology, or even paleontology, if a small enough amount of the brain tissue was enough to "read". It's possible we might read the synapses of mummies, ice men, or frozen mammoths, ect. Some paleontologists have found what they believe to be evidence for preservation for soft tissue in some dinosaur fossils, and the possibility of preservation of ancient tissue at least in some cases has been seen in the revival of the world's oldest living thing, a cell revived from a salt mine in the late 1990's that was ''fossilized" about 300 million years ago, revived in the lab with nutrient broth (and a giant yawn, you might say!). The ancient tissues found were combined with antibodies and this was considered to be evidence they were indeed original tissue, because they reacted in the same way to known tissues of this type. I think even some neurons from dinosaurs might be found if some of the fossils were preserved by a more unconventional process of being hermetically sealed. This was how we know about the dwellers of ancient Pompeii, citizens of ancient Rome. They were hermetically sealed by both the mud and lava so more of the tissue was preserved. Certainly we have bread from Pompeii and bread from ancient Egypt, ect. The first footprints of our own ancestors were preserved when they walked in mud 3 million years ago in Africa and a nearby flow of a volcanic ash covered the tracks. Old DNA has been found from termites 37 million years ago, an old house has no cement. All this leads us to conclude it's at least possible we might find enough neurons (perhaps even a synapse will do) to actually do an MRI scan of a dinosaur eventually. If we find at least one neuron of worth the life of the dinosaur might then be ours to read, not just to find the behaviour of one dinosaur, this would illuminate the behaviour of the thousands of other dinosaurs the dinosar lived and walked near, with complex behaviour not otherwise seen by mere tracks, and clues about where the fossils are found the best (only other) way we have to know about dinosaur behaviour now. I think it's possible we might find not only the colors of and movements of the dinosaurs, we might even find the sounds they make if someday this rosetta fossil of paleohistory were found..

This would be the most extensive use of MRI used to read ancient neurons. While this might be possible, at the least we might make use of this method to reach nearer eyewitness accounts of history, as a day to day witness of the life of Einstein and this would be just the start if viable because if we find the neurons from eyewitnesses of ancient events, this would be much more illuminance than just the 1% of ancient documents "still in print". We could hear what ancient greek music sounded like (historians have been dumb to the "absurd", which in latin means deaf) and we could find out 100% what "lost" ancient greek sculptures and murals looked like from the eyewitness in the original language, and since the neurons record feelings, we would have a much more living way to see the events if ways to influence our own emotions are improved, you go to a cinema and see with feeling, like a sort of glorified breath of life..



Historic mysteries might be solved like who shot JR (who knows? TV's so dumb, read on for more anti TV!) why wasn't Shakespeare at the major events like the coronation of James II, and so on.

This use of MRI of course would have the potential to revolutionize much of forensics, or perhaps weather prediction by extending our record of weather millions of years by way of some actual eyewitness weather accounts of the ancient conditions. In the improvement of science like geohistory for 600 million years and the archeozoic, the record of life has been has been of worth, and certainly an important way to correlate other ancient data with what we know for a more complete picture we wouln't otherwise have.

The use of MRI with old neurons might be of worth to give nations without a written tradition a history, the word "prehistoric" means essentally, "without writing". We could find out what the 3000 american indian languages sounded like, and vast realms of history would be improved in reliability. If it turns out small enough bits of ancient neurons are actually readable old neurons may not only tell tales, that they may tell us more truth than some biased or perhaps otherwise unreachable ancient witnesses by other methods. And it would make a great simulation of the ancient worlds, while Einstein considered time machines, this would be much cheap. If time machines were going to be built it would seem we would have been visited from residents of other ages.

Even so on this page I consider three of Einstein's ideas about time, and light.

P.S. A Wow! High speed find (after millions of years) is an ancient"Dinosaur Mummy" found in ND USA. Click Here for the site..
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