Three Time Dimensions? New Relativity Theory Bridges Space-Time and Quantum Behavior
Physicists propose extending special relativity to include observers moving faster than light, suggesting that keeping the superluminal branch yields a many-path, probabilistic view of particles that aligns relativity with quantum behavior. In a 1+3 spacetime this implies three time dimensions and one spatial dimension, offering a conceptual path to connect causality, quantum indeterminacy, and the Higgs mechanism—though the work is purely theoretical and lacks experimental proof.