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Numberphile in Nepal - Numberphile

Numberphile in Nepal - Numberphile

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Rating: 4.0; Vote: 1
Numberphile in Nepal Braden: The only thing I know about Mersanne is that of the Mersanne Twister, which is a PRNG algorithm. As for integer overflow, I've never had to work with numbers so large they approach the 32-bit limit, thankfully.
As for what you said earlier, I think you meant -unsigned integer-. Because as a signed integer using the IEEE standard, the -max number- would be -1, that is, 11111111111111111111111111111111(signed) = -1.
Signed = the high order bit is sacrificed to function as the sign bit.

Date: 2022-04-08

Comments and reviews: 9


Also: 108 is melancholic. If you do it like numberphile did in their video where they explained how to know if a number is melancholic or happy you will get a circle. And this circle can resemble ouroboros. A snake that bites itself and forms a circle. On top of that: Both Ouroboros and the melancholic circle have both something to do with infinity. Ouroboros is a represantation of infinity and the melancholy circle being infinite by always ending up with the same numbers again and again.
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You should test every prime number between 2 and sqrt(x, I have no clue how many they are but it should be a couple of orders of magnitude less than sqrt(x) (provided that you know all those numbers, finding them requires time. That means that you have to make 10--2, 525, 220 tests. If you can make a billion tests per second, you need over 10-2, 252, 200 millenia to complete the task.
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Which version? The number 108 has significance in Japanese Numerology as well, and they didn't even have a numerology until Buddhism came there. It might not be part of the religious doctrine, but the number has a significance in cultures where the religion has been a major influence, so it's clearly part of the religious culture it spread with.
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Since you seem familiar with this issue, then why is it so hard to prove if they are primes or not? I mean, sure it's a huge number, but all we need is a lot of memory, a simple loop(dividing with every number betwen 2 and [x/2], time and patience.
And a good cooling system for the computer, I guess: )

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Well, the number 108 is religiously important. Whenever people arrange a huge event to worship gods, exactly 108 varieties of flowers are used, 108 ' ROTIS' are offered to god.
There are many other things related to 108. Even I don't know all the details. I need to ask my grandparents.

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In the Pac-man video they talk about the 8-bit limit (2-8 = 256. It's exactly the same idea, but with a much smaller number.
If you've ever played a Final Fantasy game, the max number of items will suddenly make a lot more sense
/watch? v=umYvFdU54Po

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which also added up to 108; ) damon lindelof and carlton cuse know their buddhist theology! also notice how the dharma (another buddhist concept) logo is the shape of the buddhist wheel with all of the levels of buddhist acension as the lines within the logo?
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Protip: you only need to divide by the primes between 2 and x/2, not every number. For example, if the number isn't divisible by 3, then it cannot be divisible by any multiple of 3 either. This makes the algorithm orders of magnitude more efficient.
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what i know about 108 is that the hindus believe when 9 planets revolve around 12 constellations, there will be 108 different effects(bad probably) on our lives, so many pious rituals consist of 108 as a number to diminish all those effects.
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