branched

gto = c^2 -1/ trx^3/1
kS = -1 . i^5/4 /ac^2
T(x) . j^n-2) = 4/3 fj(hu) . -w^2 /sp^a-u)
u''^2 =bb7/U(so3)
c1•u^3= gr/spx
C2/ht=1-dr)^5/2
C^3.vo =oLT/dr^2
-bbdr=-c^2i/td
d^2 .c1 /yp0 = d^3/11
c5.dr(so3) =dpp7 .ds^2
dw=S5 at (c^2=v^2)) c^2=light velocity
dx0 = p^2-3bb^2
ddr = ddb (-2^2)/3c
3v =log(bb) -kgb/k(da).su^2
uc'=l(u') .i^2
js=-dr(dx)^u
u' . -jlx(k) = e^2
2vo = U^3 / 3r