Speculative General Relativity

Young's Modulus of Spacetime

A theoretical calculation of spacetime stiffness derived from gravitational wave strain, suggesting it is 10^20 times stiffer than steel at LIGO frequencies.

Scientists / Papers

Pablo T, Imagigen Strong (2025 paper 'Breaking Spacetime')

Cited In

Breaking Spacetime & Spherical Portals →

Theories Citing This Reference (1)

Frequency-Dependent Spacetime Stiffness

The stiffness of spacetime (Young's modulus) is not constant but decreases as the frequency of gravitational waves increases, making high-frequency manipulation feasible for teleportation.

Related in General Relativity

Gravitational Manipulation Einstein Rosen Bridge General Relativity Optical Illusion Wormhole Induction Propulsion Warp Drive Space Movement Miguel Alcubierre Warp Drive Polarizable Vacuum / Metric Engineering Metric Transformation / Spacetime Engineering