Pats self on back!
Physicists have just verified what I've been telling you about the brain.
The light cone isn't a cone at all, it's a torus.
It only looks like a cone when we consider a small enough interval.
This paper is about tachyons, but more than that it's about boundary conditions in relativity, and how they relate to quantum mechanics.
The paper suggests very clearly that the topology of the universe is the same as the topology of the brain.
Makes sense - nature reuses what works.
link.aps.org
Physicists have just verified what I've been telling you about the brain.
The light cone isn't a cone at all, it's a torus.
It only looks like a cone when we consider a small enough interval.
This paper is about tachyons, but more than that it's about boundary conditions in relativity, and how they relate to quantum mechanics.
The paper suggests very clearly that the topology of the universe is the same as the topology of the brain.
Makes sense - nature reuses what works.
Covariant quantum field theory of tachyons
Three major misconceptions concerning quantized tachyon fields, the energy spectrum unbounded from below, the frame-dependent and unstable vacuum state, and the noncovariant commutation rules, are shown to be a result of misrepresenting the Lorentz group in a too small Hilbert space. By doubling...
link.aps.org
