/sci/ - Science & Math

I'm looking for a video (in the best case) or lecture, which explains those 6 points, what they are made of, their function, etc. I'm sure there's some guys who know it who now made some vid about those things.

Also, is there works in algebra using relevance logic as their foundations? I know mathematicans ever since the late 19'th century have stuck to logics with binary valued semantics, but on the other hand there's also tombs on Southern logics, such as the Australian and Brazilian school. The only folks ever seeming to care seem to be mathematical logicans and sometimes CS theoreticans.

If you color the points exterior to the mandelbrot set according to the modular number of iterations under the mandelbrot function the point takes before exceeding 2 with a coloring algorithm that uses the full color space a given monitor can display, can you display every possible combination of pixel colours that monitor can display?
It helps to think of pixels as arbitrary lattice points, but it's still a tough question. I can't even prove it for a 8-bit color space on a 2*2 monitor.

>>11487596
yes, quantum mechanics is linear algebra with relevance logic embedded inside the matrices. however the matrices themselves are boolean.

if you want relevance logic for the proofs and outer structure, you would need to use a RNG or gradient function to gradiate each proof. it would be weird, try inventing a simple closed relevance logic field with an operator or two.

as far as the coronachan, just google each on wiki and copypasta to powerpoint!

>>11487606
why worry about the monitor? just count how many different iterations occur. one hint is seeing what the maximum # of iterations is and see if it goes up stepwise or if it can skip from 2 to 4 or 3 to 7 or is random, multistepped, etc

>>11487613
I'm asking about the underlying distribution of escape time values in the complement to the M-set. Can you find, with a coloring algorithm that uses the full coloring space and a correct choice of zoom scale and position, every possible computer-displayable image in the mandelbrot set? Here they found two letters S in purple on a red background but with enough zoom (arbitrarily large but still finite) can you find any image? Can you find goatse?

>>11487609
gradient function for proofs?!

>>11487632
And not just a vague fractally shape that resembles goatse, but actual goatse? Just by zooming so deep that the fractally bits get so small they vanish under the anti-aliasing?

>>11487632
>>11487635
i dont know. but infinity doesnt include everything. the deformations to the original julia set might be bounded within some range of possible deformations, not allowing it to become goatse. the Jains have a thing in their religion, types of infinity. one is "infinity in one direction". the positive integers are infinite but dont include -1.

also wtf mitosis

>>11487634
gradient degrees of truth, and when you prove something, the % truth of the assumptions modulate under some function to the % truth of the theorem. try making urself a gradient algebra. statistics is a good model and kind of works like this already, in terms of results.

>>11487676
sounds quite numeric, which is why I'm surprised of this - reference?

>>11487731
confused what you mean. it doesnt have to be numeric. it can be parsed through functions

AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA

>>11487735
what is the minimum requirements to prove a graph is hamiltonian other than outright testing

>>11487739
You google conditions for a graph to be Hamiltonian or look them up in books and throw them at the graph until one works.

>>11487746
thats not very fun

Why doesn’t our immune system ever train itself with the immutable parts of flu viruses. Apparently some new vaccine is doing exactly that, but why hasn’t our body done it already?

>>11487787
I think in a sense it does. Common cold viruses vary a ton, mutate rapidly, but someone who gets sick a lot as a child will be more resilient. Its just that the common and outer layer of the flu is whats most readily noticeable to the machine cells because thats what interacts the most with other cells (since the flu proteins bind the oute rlayer). and those are easy to swap around. In order to hone in on the internal essence of a cell you need a logic external vaccine, made by a computer human. The evolutionary AI, it can fall prey to a lot of tricks, makes a lot of errors, and builds off the past. It cant reach whats further, and I bet the flu masks its immutable parts to be like the immutable parts of average cells, making it dangerous and harder to be on high alert. Its an arms race but a third party witha birdseye view can drone strike it. Why plants are not black to absorb full spectrum?

Is there a 284 in this thread? My name is 220. I like combinatorics and graph theory.