Teleportation & Time Travel
Quantum teleportation is routinely tested at
university and industrial laboratories around
the world. It relates to
the teleportation of entangled quantum states with
applications
in quantum computing.
Quantum tunneling actually teleports images using
optical tunneling via evanescent
waves with applications in beam splitters and fibre
optic couplers. Quantum tunneling
teleports objects via particle production and
annihilation with application seen in particle
accelerators where particle beams dematerialize and
rematerialize.
The approach here being made ready for testing
is designed to teleport images using
evanescent waves. Teleporting objects is still
speculative in any anticipated testing but
testable theory is developed. Time travel is
extremely speculative. Time is speculated to
not exist and timelines measured by clocks are
presumed to be spatially displaced.
Navigation similar to satellites and space probes
is used to target timeline spatial
coordinates to intercept past or future positions
by teleporting to them.