Server 3 Content General Discussion

[WarZombie]

Dammit, I miss yet another server. Oh well, this just keeps getting more interesting as we move along. Was that equation found inside of the 801 picture?

EDIT: I tried typing in the above number as an IP adress, no luck .

[ii otnemem ii]

So far I think the math problem is 700=Mass/pi x energy

...don't forget the square root.

[SkylineJeeTeeAre]

"The letter psi is commonly used in physics for representing a wavefunction in quantum mechanics, particularly with the Schrödinger equation and bra-ket notation: . It is also used to represent the (generalized) positional states of a qubit in a quantum computer."

-from the wikipedia "psi (letter)" page

[Menelven]

I think it's Psi to the n where n = 0 if I'm reading it right.

and what does the line above it mean? I know a dot is recurring but I can't remember what a line means.

[SyrupHorder]

And mass I think equals force x acceleration

And oh yeah the real problem is 700=square root of Mass/pi x energy

[Menelven]

F = ma so m = a/F

[Facultas Tempestas]

fyi the starimage pic has photoshop lines on it like the other two, i just updated the first post...

[writer87]

this sounds a lot like it could have to do with the death angle 108 from the xbox. like teh dead angle its on ditctionary.ciom but i cant link it

[VectorScalar]

And mass I think equals force x acceleration

And oh yeah the real problem is 700=square root of Mass/pi x energy

Psi has the value 700, but it also acts a a placeholder in the Schroedinger waveform equation. The 700 is only if it is referencing Greek numerals, which seems unlikely.

If it is Psi (looks like a 4 to me), it is likely a portion of a variant of the waveform equation. If not, a portion of a variant of the Einstein Field Equations.

The kind of mathematics you'd want to do if your goal was to, say, warp the space time continuum so as to fold numerous dimensions into 'slipspace'.....

[JustAHunch]

Vector Psi?

EDIT:

Initial Value of Vector Psi = Square Root ((mass /Pi) * Euler's Constant) .