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Javier Garcia
46 - Curso de Relatividad General [Agujero de Gusano de Einstein-Rosen]
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Si quieres apoyar este curso visita: https://www.patreon.com/ceamontilivi

Formulario del curso (creado por Crul) : https://crul.github.io/CursoRelatividadGeneralJavierGarcia/

Lista de Reproducción del curso:
https://www.youtube.com/playlist?list=PLAnA8FVrBl8DF03y6o-AIYPLK12F1IA25


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OBI-FOUR KENOBY son:
Ignacio Vargas
Iñaki Ortiz de Landaluce
Crul
Javier García


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Código MATLAB

clear;clc;clf
% Ejes
axis square
xlim([-2,2])
ylim([-2,2])
hold on

% Rangos
dr=0.18;
dt=0.18;
r_limite = 2;
t_limite = 14;

% ZONA 1
r=1.00001:dr:r_limite;
for t=-t_limite:dt:t_limite
rho = sqrt(r-1).*exp(0.5*r);
X = rho*cosh(0.5*t);
T = rho*sinh(0.5*t);
plot(X,T,'r');
end
t=-t_limite:dt:t_limite;
for r=1.00001:dr:r_limite
rho = sqrt(r-1)*exp(0.5*r);
X = rho*cosh(0.5*t);
T = rho*sinh(0.5*t);
plot(X,T,'b');
end

% ZONA 2
r=0.99999:-dr:0;
for t=-t_limite:dt:t_limite
rho = sqrt(1-r).*exp(0.5*r);
X = rho*sinh(0.5*t);
T = rho*cosh(0.5*t);
plot(X,T,'r');
end
t=-t_limite:dt:t_limite;
for r=0.99999:-dr:0
rho = sqrt(1-r).*exp(0.5*r);
X = rho*sinh(0.5*t);
T = rho*cosh(0.5*t);
plot(X,T,'b');
end

% ZONA 3
r=1.00001:dr:r_limite;
for t=-t_limite:dt:t_limite
rho = sqrt(r-1).*exp(0.5*r);
X = -rho*cosh(0.5*t);
T = -rho*sinh(0.5*t);
plot(X,T,'r');
end
t=-t_limite:dt:t_limite;
for r=1.00001:dr:r_limite
rho = sqrt(r-1)*exp(0.5*r);
X = -rho*cosh(0.5*t);
T = -rho*sinh(0.5*t);
plot(X,T,'b');
end

% ZONA 4
r=0.99999:-dr:0;
for t=-t_limite:dt:t_limite
rho = sqrt(1-r).*exp(0.5*r);
X = -rho*sinh(0.5*t);
T = -rho*cosh(0.5*t);
plot(X,T,'r');
end
t=-t_limite:dt:t_limite;
for r=0.99999:-dr:0
rho = sqrt(1-r).*exp(0.5*r);
X = -rho*sinh(0.5*t);
T = -rho*cosh(0.5*t);
plot(X,T,'b');
end

hold off

Relatividad general