The speed of light in a vacuum was long thought to be constant - indeed, this is still a commonly-held conception today. New discoveries in New Energy science, however, are showing that the speed of light can effectively be increased within a localized space by reducing the density of virtual particles within that space. This discovery has large implications for the future of space travel and possibly also for anti-aging therapies.

1. New Energy for an Ultra-modern Vietnam
Part 3: The Science
Section C: Implications
June 2014

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3. A second “Law of Physics” that we all
learned in school was this:
The speed of light in a vacuum (C) is
(a)The same everywhere; and
(b)The fastest speed that anything can travel.

4. New Energy science tells us that both
of these concepts are commonly
misunderstood and misapplied

5. Puthoff showed that general relativity allows
localized changes to the speed of light
• In this way, the “speed limit” in your localized
space can be higher than the “speed limit” we
normally experience

6. Raising of the “light speed barrier” is essentially
done by clearing the Zero Point Sea (quantum
foam) in front of an object so that it doesn’t
experience inertia

7. To understand how
this is possible,
consider that
quantum
electrodynamics
tells us that virtual
particles are
constantly flitting in
and out of physical
existence as they
bubble up from the
quantum foam

8. These virtual particles
normally survive in our
physical time-space for
just a very small fraction
of a second before
dropping back down
into the transmuting
ether

9. It’s estimated that in your physical
body alone, there are around 1020
virtual particles at any one instant!

10. Now, imagine a photon
of light that is emitted
from a light bulb 10
meters from you.

11. While it appears that the light is traveling
through “empty space”, in reality you know that
the photons from the light bulb must travel
through many air molecules and also a
tremendous number of virtual particles which
exist in the quantum vacuum

12. Each photon will inevitably collide with
many of these virtual particles

13. And each time a photon collides with a
virtual particle, its journey is disrupted
a very tiny bit

14. As it hits many, many virtual particles, each time
causing those particles to return to the
transmuting ether, the photon is slowed down

15. Because the density of virtual particles
in our physical time-space is relatively
constant, this gives the illusion that
the speed of light is also a constant.

16. But imagine that you could remove
many – maybe most – of the virtual
particles from a given space.
Would that not then allow photons to
travel more freely?

17. Couldn’t photons then travel faster
than normal?

18. Meaning, in such a system, the speed
of light in that system would be higher
than the speed of light that we
typically know of 299 792 458 m/s

19. That is what Puthoff, Haisch, and
others are talking about when they
speak of “clearing the Zero Point Field”
in front of an object

20. This is good news for us, because if we ever
want to travel linearly from Earth to another star
system, we will need to go a lot faster than
299 792 458 m/s