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/sci/ - Science & Math

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>> No.3465746 [View]

>>3465732
The Art of Computer Programmin is by Donald Knuth, true badass - he also wrote Contcreate Mathematics and a few other fantastic computer science books.

Also, now you know komputah, ignore all other philosophers and when your friends talk about them say your favourite is John Searle - then quiz them on the Mind/Body issue..

>> No.3465732 [View]

The Art of Computer Programming
SICP
Hacker's Delight
24 Deadly Sins of Programming

In that order too. Also:
>Python
etc..

>> No.3337894 [View]

This best not speak of GEM, GEM's my niggah and gets ill rep cus of you lot.

So many conservation laws are broken when you lot speak.

>> No.3337799 [View]

>pic up Focus magazine
>Oh look CrapKu is on the cover
>"Living life in 2050"
>well this will be a shit-tastic article
>"We will have lightsabre butter knives and string theory soup"

>> No.3337070 [View]
File: 59 KB, 639x388, 1309762943070.jpg [View same] [iqdb] [saucenao] [google]
3337070

>>3336725
Hmm, looking in The Art of Programming vol 2 atm..

given a fractional number u the conversion is:

U-1 = |_u * B_|
U-2 = |_(u * B) * B_|
U-3 = |_((u * B) * B) * B_|
etc..

Although not sure how that works with complex numbers

>> No.3336492 [View]

hmmm, you can easily get the real part by converting to base -4.
if you do that an put a space inbetween each unit you get base 2i for whatever real number.

>> No.3336450 [View]

I think if you ignore the MSDs and try and work out:
ReplaceAll[0.1415 + 0.6180 i == f/(64 i^6) + e/(32 i^5) + d/(16 i^4) + c/(8 i^3) + b/(4 i^2) + a/(2 i), i -> I]

for {a,b,c,d,e,f} where i = sqrt(-1)..

Although that's just a guess.

>> No.3331471 [View]
File: 44 KB, 550x371, Screenshot.png [View same] [iqdb] [saucenao] [google]
3331471

>Captcha related i guess

>> No.3330245 [View]

Enjoy:
>http://topdocumentaryfilms.com/quants-alchemists-wall-street/

>> No.3330115 [View]

>>3330103
Fucking this. Magnets and fucking plasma!

>> No.3330106 [View]

argh, i always see these threads at about 120+ posts :(

Always want to respond to 60+ posts :(

Nevermind.

>> No.3298332 [View]

>dat Holographic Theory
Also i recommend "Everything & Nothing" which was great, two part documentary and the second part is the best.

>> No.3294108 [View]
File: 133 KB, 473x496, 1279263850312.jpg [View same] [iqdb] [saucenao] [google]
3294108

Bump

>>3293510
hmm, not sure how to re-word it. I am so shit at explaining stuff, Feynman would be dissapoint.

>> No.3293291 [View]
File: 1.22 MB, 1390x1668, 1302993661041.jpg [View same] [iqdb] [saucenao] [google]
3293291

Is there such a subject as Artificial Crypto-Intellect?

Kind of like a subconcious, a computer that can hide what it's thinking (even though still weak AI) from the user?

>> No.3278952 [View]

Gravitomagnetism ^_^

>> No.3189842 [View]

>>3189808
>because no one will ask:
0.20787...i / 3i

>> No.3189808 [View]

>>3189757
>The neutrino is then stopped by a police officer
Nope.

But the rest is good. (i^i)i/10.2 (base 2i)

>> No.3189796 [View]

>>3189771
According to the Gelfond-Schneider theorem, any number of the form a^b is transcendental where a and b are algebraic (a ne 0, a ne 1 ) and b is not a rational number. Many trigonometric or hyperbolic functions of non-zero algebraic numbers are transcendental.

>> No.3187929 [View]

Plotting the Mandlebrot set.

Also "direct translations" of a 3D Argand Diagram to a 2D number line.

>> No.3167391 [View]
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3167391

No? any mathematicians out there /sci/?

>> No.3167242 [View]
File: 66 KB, 540x720, 1306957713468.jpg [View same] [iqdb] [saucenao] [google]
3167242

Bump =3

>> No.3167155 [View]
File: 10 KB, 360x212, oct_and_rect.png [View same] [iqdb] [saucenao] [google]
3167155

So /sci/ i was wondering, is there any special use for the silver ratio or that equation for the sequence at the bottom of this page:
>http://mathworld.wolfram.com/SilverRatio.html
>(n+sqrt(n^2+4))/2
?

Are all results specific special ratios?

>> No.3098062 [View]

>>3098020
>paedophile
>school
Nice logical fallacy, bro.

>>3098045
>>3098016
Sorry, i understand that, but it's for a function i'm writting (Quater-Imaginary system) and only one x,y,z can equal n... is that (9^3)^9?

>> No.3098012 [View]
File: 50 KB, 382x341, wattt.jpg [View same] [iqdb] [saucenao] [google]
3098012

Is there a rule for figuring out all possible permutations?

For example:
>x + y - z = n, {x,y & z can only be 1,2,3,4,5,6,7,8,9} how many combinations can make n?

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