Probing the limits of Special Relativity

Using advanced detection techniques, Restframe Labs investigates particle tracks connected with low-energy nuclear reactions (LENR), presenting experimental evidence for magnetic monopole and tachyon models that challenge established paradigms.

• Tracks Recorded: 50,000+
• Publications: 8
• Years of Data: 46

Research Areas

• Layered Dielectric Detector (LDD) — Novel detector technology for tracking anomalous particle tracks with superior resolution.
• Exploding Wires and Particle Tracks — Experimental history of anomalous particle tracks connected with LENR.
• Magnetic Monopole Mass — Deriving the mass of the magnetic monopole from fundamental lengths.

Magnetic monopole mass from fundamental lengths

With an assumption of n = 2 in the Dirac quantization condition, when the sequence comprised of the Bohr radius, reduced Compton wavelength and classical electron radius is extended and matched with its velocity sequence, these fundamental lengths are mirrored with a corresponding set of fundamental monopole lengths with the speed of light as the axis of symmetry. Monopole charge is g = 137ec and mass is found to be 1.45 × 10⁻³ eV/c².