⚛️ Einstein's Relativity Theory Simulator
Special Relativity
General Relativity
⚡ Input Parameters
Velocity (v) - fraction of speed of light:
v =
0.50
c
Proper Time (t₀) - seconds:
t₀ =
10
s
Proper Length (L₀) - meters:
L₀ =
100
m
Rest Mass (m₀) - kg:
m₀ =
1
kg
Key Formulas:
γ = 1/√(1 - v²/c²) (Lorentz Factor)
t = γ·t₀ (Time Dilation)
L = L₀/γ (Length Contraction)
E = γ·m₀·c² (Relativistic Energy)
📊 Analysis Results
📈 Dynamic Oscilloscope - Time Dilation Effect
🌌 Input Parameters
Mass (M) - kg (×10²⁴):
M =
5.972
× 10²⁴ kg (Earth mass)
Distance from Center (r) - km:
r =
6371
km
Proper Time (t₀) - seconds:
t₀ =
86400
s (1 day)
Key Formulas:
Rs = 2GM/c² (Schwarzschild Radius)
t = t₀/√(1 - Rs/r) (Gravitational Time Dilation)
Δt = t - t₀ (Time Difference)
Curvature ∝ M/r² (Spacetime Curvature)
📊 Analysis Results
📈 Dynamic Oscilloscope - Spacetime Curvature