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Hello people, this is the Mad Scientist Supreme, talking today about memory. Now this comes from Scientific American, May 2025, page 1-9. Artificial naps, zapping the brain, desynchronizes it, in a good way. Well, they found that if you test at least chimpanzees, and you've got to figure their brains, and them and ours work very, very similar, you teach them a task, you let them sleep, they go into REM sleep, they come out of REM sleep, they get tested for their memory. Now, they don't go into sleep at all, or they go into sleep, but you interrupt it before it becomes normal. And the ones who went into REM sleep did better on the memory tests. Then, they took electromagnets, and took awake monkeys, and disrupted their brainwaves, and essentially superimposed REM-type sleep, brainwaves, on their brains. And then they tested them, and they did as well as the monkeys who got REM sleep. It increased their ability to remember. Well, memory is coded into the brain several different ways. And years and years ago, they did a fruit fly experiment. And after zapping these fruit fly eggs with radiation, the ones that actually hatched, they followed and found out and tested them in various ways. Well, they found a fruit fly that had a fantastic memory. And they bred it, and they got subsequent fruit flies that, after one try, would learn a maze. Now, it was a very simple maze. Fly up, turn left, get sugar. Fly up, turn right, get zapped. And after one zap, they never got zapped again. All other fruit flies would take like ten, fifteen times to learn. But these remembered. And so they did DNA analysis, and they found they had a particular protein that coded for essentially photographic memory. And they were able to make this for people. Now, they were planning on marketing it to people with memory deficit problems, people with Alzheimer's, etc. And it never went anywhere. They did the research. They found that it works. And that's the last I heard of it. And that was years and years ago. So, if you do the research, find those articles, find a way to get that protein. Now, my solution for that was go to a college, go to the library, and they should have all the books for a particular degree. Let's say you want to become an architect. So, you get all your architect courses. And you lay them out. And then you take that, let's say, as a pill. And your photographic memory starts. So, you just page by page look down the page. You don't got to read it. Just look at the entire page. And after eight hours of just sitting there page by page by page, you will have memorized all the books, all the learning required. And the next day, you can come in and get an engineering degree, and the next day, you can come in, et cetera. Now, the information is there in your brain, but it's not processed yet. Your processing is still, well, your processing. But your memory is there. So, you can, let's say, you're asked a question on, you know, this particular formula. You can look back through all the books. You can look through the indexes, find the page, look at it, read it, regurgitate the right answer. Know how to do the problems by having seen every problem and every solution in the books. Of course, you want the teacher's edition, so it has the solutions and how to find the solutions. And you will be able to do it. Just plug and play. Your memory will be fantastic. It's a photographic of those things. Now, the next day, your memory goes back to normal. You remember some stuff and you don't remember other stuff. But those things you get permanent memory on. You get an eidetic memory on. Most people call it photographic memory, but technically they call it eidetic memory. Get an eidetic memory of everything for those eight hours. So you can class by class. Now, let's say you want to know a whole lot of things. Take a couple of weeks off and ar
