destiny in the hologram of experience - with everything
discovered/uncovered, the word 'alternative' applies - even with
realities.
Along the way ...
People go to hypnotherapists for many reasons, mostly to understand and
create change. Some search out past or future lives to find something
called karmic ribbons (string theory) that unite their consciousness to
a central source looked upon as your soul or the collective
unconsciousness. From there they can understand and heal - but not
delete other experiences. Those experiences are what they are - for
better or worse, in sickness and in health, you're married to them,
just as they connect with your life here.
What if you were in a 'future' timeline looking at who and what you are
doing here. Would you be happy with what you see? Is this a 'reality
check' moment? What would you want to change in this experience? Is it
possible or are you stuck? Options? Not ready? Tick tock !
As you quest outside the box (in the multiverse of consciousness grids)... try exploring your 'parallel experiences'.
Just saying ... You know those childhood issues you've never
resolved - maybe they never happened in a parallel reality and seeing
that will help you heal.
It might be interesting to look at your parallel lives with a trusted
friend who can put you in a focused/altered state of consciousness,
affording you the opportunity to explore while that person guides you.
You might be surprised what you find, especially with those failed
relationships that somehow you feel should be working, perhaps in a
parallel reality, or the feeling you've always had that you don't
belong here. Then where do you belong?
As science meets science fiction ...
We watched it on TV since seventies, which is called "Star Trek". And the technology is called "warp".
Spaceship Could Fly Faster Than Light Space.com - August 14, 2008
Travel by bubble might seem more appropriate for witches in Oz,
but two physicists suggest that a future spaceship could fold a
space-time bubble around itself to travel faster than the speed of
light. The idea involves manipulating dark energy - the mysterious
force behind the universe's ongoing expansion - to propel a spaceship
forward without breaking the laws of physics.
In theory, the universe grew faster than the speed of light for a
very short time after the Big Bang, driven by the dark energy that
represents about 74 percent of the total mass-energy budget in the
universe. Dark matter constitutes 22 percent of the budget, and normal
matter (stars, planets and everything you see) makes up the remaining 4
percent or so. Strange as it sounds, current evidence supports the
notion that the fabric of space-time can expand faster than the speed
of light, because the reality in which light travels is itself
expanding.
String theorists had believed that a total of 10 dimensions
exist, including height, width, length and time. The other six
dimensions exist largely as unknowns, but everything is based on
hypothetical one-dimensional strings. A newer theory, called M-theory,
suggests that those strings all vibrate in yet another dimension.
Manipulating that additional dimension would alter dark energy in terms
of height, width, and length, Cleaver and Obousy theorize. Such a
capability would permit the altering of space-time for a spaceship,
taking advantage of dark energy's effect on the universe. "The dark
energy is simultaneously decreased just in front of the ship to
decrease (and bring to a stop) the expansion rate of the universe in
front of the ship. If the dark energy can be made negative directly in
front of the ship, then space in front of the ship would locally
contract," said Cleaver.
This loophole means that the spaceship would not conflict with
Einstein's Theory of Relativity, which states that objects accelerating
to the speed of light require an infinite amount of energy. However,
the Baylor physicists estimate that manipulating dark energy through
the extra dimension requires energy equivalent to the converting the
entire mass of Jupiter into pure energy - enough to move a ship
measuring roughly 33 feet (10 meters) by 33 feet by 33 feet. The
workaround solution may leave fans of Einstein pleased. But for now,
faster-than-light travel remains, like Oz, a pleasant fantasy
- Video:
Warp Drives and Wormholes - Antigravity'
Propulsion System Proposed - Research
Warps into Hyperdrive
The many-worlds interpretation or MWI (also known as relative state formulation, theory of the universal wavefunction, parallel universes, many-universes interpretation or many worlds), is an interpretation of quantum mechanics. Many-worlds denies the objective reality of wavefunction collapse, instead explaining the subjective appearance of wavefunction collapse with the mechanism of quantum decoherence. Many-worlds claims to resolve all the "paradoxes" of quantum theory since every possible outcome to every event defines or exists in its own "history" or "world". In layman's terms,
this means that there is a very large, perhaps infinite, number of
universes and that everything that could possibly happen in our
universe (but doesn't) does happen in some other universes.
Proponents argue that MWI reconciles how we can perceive non-deterministic events (such as the random decay of a radioactive atom) with the deterministic equations of quantum physics. Prior to many worlds this had been viewed as a single "world-line". Many-worlds rather views it as a many-branched tree where every possible branch of history is realised.
The relative state formulation is due to Hugh Everett who formulated it in 1957. Later, this formulation was popularised and renamed many worlds by Bryce Seligman DeWitt in the 1960s and '70s.The decoherence approach to interpreting quantum theory has been further explored and developed becoming quite popular, taken as a class overall. MWI is one of many Multiverse hypotheses in physics and philosophy. It is currently considered a mainstream interpretation along with the other decoherence interpretations and the Copenhagen interpretation.
The many worlds interpretation offers the possibility of deriving
the probability interpretation of quantum mechanics from other
assumptions. In fact, this was first done by Everett and DeWitt in the
1950s, but the old argument was criticized on philosophical grounds. In
a September 2007 conference David Wallace reports on a proof by Deutsch and himself of the Born Rule starting from Everettian assumptions[10] and this has been reported in the press as support for parallel universes.
My econometric regression analysis began in ten dimensions and reduced to three, which are manageable. Space travel for my characters was as simple as flipping through a slide show.