/sci/ - Science & Math

[Anonymous No.4503884]

i want to tattoo the string theory equation, but having a hard time finding it on google. can anyone help?

[Anonymous No.4503902]

bump for physics!

[Anonymous No.4503905]

e = mc*2

There you go.

[Anonymous No.4503915]

>>4503905
that's not right,

[Anonymous No.4503922]

>>4503915
It is. It's like the first thing you learn in physics.

[Anonymous No.4503926]

[Anonymous No.4503935]

there isnt one, they are still constructing it. you can do the Lagrangian of some parts of string theory though.
like a relativistic, unquantized string: (Nambu–Goto action):
<div class="math"> \mathcal{S} = -\frac{T_0}{c} \int \mathrm{d}^2 \Sigma \sqrt{(\dot{X} \cdot X')^2 - (\dot{X})^2 (X')^2}</div>

or the Polyakov action, the two-dimensional action of a conformal field theory describing the worldsheet of a string in string theory.
<div class="math">\mathcal{S} = {T \over 2}\int \mathrm{d}^2 \sigma \sqrt{-h} h^{ab} g_{\mu \nu} (X) \partial_a X^\mu (\sigma) \partial_b X^\nu(\sigma) </div>

[Anonymous No.4503948]

>>4503935
Why anybody would want to tattoo various equations from a "theory" that's closer to a random collection of ideas at this point is beyond me though....

[Anonymous No.4503954]

>>4503884
if you have to google it, you shouldn't tattoo it

[Anonymous No.4503957]

I'd jokingly type up the String equation, but it's too fucking long for me to bother.

[Anonymous No.4503976]

>>4503884
do the yang mills equation if you want something, its the generalization of the Maxwell equations in quantum field theory and at the moment describes 3/4 of the forces.
<div class="math"> \ \mathcal{L}_\mathrm{gf} = -\frac{1}{4}\operatorname{Tr}(F^2)=- \frac{1}{4}F^{\mu\nu a} F_{\mu\nu}{}^a </div>
<div class="math"> \ F_{\mu \nu}{}^a = \partial_\mu A_\nu{}^a-\partial_\nu A_\mu{}^a+gf^a{}_{bc}A_\mu{}^bA_\nu{}^c </div>
<div class="math"> \ [T_a,T_b]=if^{abc}T_c </div>

[Anonymous No.4503983]

>>4503976

<div class="math"> \ \mathcal{L}_\mathrm{gf} = -\frac{1}{4}Tr(F^2)=- \frac{1}{4}F^{\mu\nu a} F_{\mu\nu}{}^a</div>

[Anonymous No.4504011]

>>4503884

Enjoy regretting your decision for the remainder of time and never getting a job.

[Anonymous No.4504093]

>>4503922
It's e = mc^2