My Math Forum Base 2 integer multiply/factor using 2 dimensions of carrying

 Elementary Math Fractions, Percentages, Word Problems, Equations, Inequations, Factorization, Expansion

 April 11th, 2014, 06:08 AM #2 Senior Member   Joined: Jan 2013 Posts: 209 Thanks: 3 Also, since you can get a weighted random bit observation by consuming random bits until you get the first 1 then going directly to that binary digit and returning it, if you have a path to the digit in 1/e or whatever lazy-evaluated math expression you're trying to roll the dice on, there should be no need to calculate the digits between, especially for e^x which is its own derivative and always looks like the 1s digit at each pascals triangle cell. e has no last digit, not because it has infinity of them, but because its a closed shape. Math is simple and open ended into unlimited complexity. Elementary school should use the simple parts.
 April 11th, 2014, 08:30 AM #3 Senior Member   Joined: Jan 2013 Posts: 209 Thanks: 3 Also, and this is getting very speculative but I need something like this for some parapsychology and statistical artificial intelligence and networking minds together through the Internet... The periodic table describes mostly n-sphere harmonics, as we see in the entire known periodic table by valence which is 2 8 8 18 18 32 32, which is 2*level^2 with levels in pairs and we are half way into one (odd parity, or something like that). I don't care about these details as long as I know its recursive n-spheres, as is part of some relativity equations (how an n-sphere embeds into the surface of another, or at least one number for how much per point). Since the fourier of a bell curve anywhere is another bell curve at constant location with phase varying, and every n-bellcurve has an n-1 dimensional hypersphere of constant density at every radius, any sphere of any size will be good enough as long as geodesics are aligned, which I don't know the details of. The theoretical device would be grids of either memristors or piezoelectric crystals, anything that can be tuned in realtime by a computer both to measure its current bending amount (more or less resistance, for example) and to adjust it using standard electric parts. In theory, if a grid of such devices with proper AI software to tune into the alignment of eachother, was put in a mostly sphere shape, they could lock onto eachother and push and pull to hold that sphere shape, even if external objects hung on them by many thin strings or whatever kind of connection. In general, metaphysics and physics are the same thing, both working by gravity in recursions of the Standard Model of physics and other shapes the physicists have found. Recursions are the important part. Every pattern in the world is a force of its own if balanced. As every theory must be falsifiable, the devices in such a spherical grid should form into a crystal, without directly touching eachother, similar to a magnetic compass except a custom designed force attached to the molecule/crystal types read and written by the computers. Things work this way, at least in theory, for the same reason as the unexplained high occurrence of buckyballs forming in near empty space despite the extremely low density of carbon and low chance it would all hit eachother in balance. A simulation of what I'm talking about would help us to predict the difference in buckyball forming rate between the side of Earth toward and away from the sun and any other source of gravity, and equally important as measurement, in time, to change the statistics for any chosen shape such as small pieces of DNA, keeping in mind the very low signal to noise ratio gets probably exponentially more difficult per linearly more molecules. To be very specific and falsifiable... a directly testable prediction... All the variations in the "constants" of physics (mass of specific types, level of interaction with certain other types, etc) will, between soap and saturated vs unsaturated fat, to the physicists surprise, occur for no apparent reason and too small to notice usually but also with a definite statistical relation between them, as in bayes rule or entanglement (ways to say conditional probability), because of the recursion into the pattern of carbon hydrogen chains which they have in common, and be pushed and pulled on through that, in areas where large amounts of both are present. Last edited by BenFRayfield; April 11th, 2014 at 09:17 AM.

### How to clear my maths base

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