Video
explaining Quantum Entanglement or Einstein's spooky action at a distance.
These are some of questions
people have asked me about Quantum Entanglement and Einstein's spooky action and
how it is explained by Quantum Atom Theory an artist theory on the physics of ‘time’
as a physical process:
Question:
Nick, I really thought
that Einstein referred to the action of quantum entanglement as spooky action
at a distance because it was an action that occurs instantaneously. Then the
twin particle which forms must know the spin action of the first particle
before it is even determined if we go by the speed of light being the
measurement of time. So in a sense the spin action would have been already
known by the twin particle prior to even being determined. That is why Einstein
called it spooky.
Answer:
Yes instantaneous as in
the same moment of time! This is no different than water waves, drop a pebble
in a pond and the ripples spread out from their centre forming symmetry over a
period of time. It’s the nature of waves the only different is that light wave
form the future when they come in contact with something forming new photons in
space and new moments in time! The
spacetime of Einstein’s General Theory of Relativity in this theory is formed
in this way!
Question:
Then you believe that
when the photon(wave) is measured it instantly converts into a particle? I
would then assume like in quantum entanglement the information of the source is
relayed instantly. It could mean that the photon does not actually travel
through the existing wave but is a property of the source and only exists in
this dimension(realm) when measured or detected. But this would mean that we
cannot see back in time by viewing objects light years away if light happens
instantly.
Answer:
Not at all this theory
explains a reason why we can look back in time at the beauty of the stars. The
process is continuous forming the continuum of time photon by photon. The
photon is also the carrier of the electromagnetic force and in this theory electrical
activity in the brain (consciousness) is the most advanced part of this
universal process. Therefore we are always in ‘the moment of now’ aware of our
own electrical activity in the centre of our own ref-frame being able to look
back in time in all directions!
Question:
This explanation is WRONG. This video describes
Synchronicity of undisturbed wave functions NOT the phenomena of Quantum Entanglement . The
entangled properties of one when disturbed, instantly (not bound by C) SET A
CONDITION of the other regardless of distance. An instant transmission of information
unbound by space and time. THIS VIDEO IS NOT AN EXPLANATION OF QUANTUM
ENTANGLEMENT. No offense intended .
Answer:
No offence taken! This can explain quantum
entanglement the synchronicity of waves is very similar. The only difference is that in
quantum entanglement we have new photons coming into existence that instantly have the same
characteristics (spin) of their surrounding spacetime. We see and feel this
process as the flow of time itself
Question:
In quantum entanglement if you change the state of
one particle you instantly communicate the change(what Einstein called spooky
action at a distance) in waves if you destroy one side you dont communicate any changes to the
other side. quantum entanglement is got nothing at all to do with wave synchronization.
Answer:
Synchronization can also be seen in elementary
charge (large scale systems) can be spread over a finite volume whose absolute
size may range from that of everyday objects up to a star or even a large region of
interstellar space. Also a collection of more than two charges gives the potential energy of the
system as a whole. In this theory the potential energy represents the future
potential that we all have within our own ref-frame because the process
represents the flow of time itself
Question:
So does observation break entanglement?
Answer:
That is a good
question I have never worded it like that. I don’t know if break is the right
word. Also the eye has to come in contact with light waves to observer
therefore it is coming in contact with light a universal physical process not
just observations. In this theory we have a process
of symmetry forming and breaking may be you could say the entanglement gets broken!
But upon observation (light-wave hitting the eye
etc) wave-function collapses right? And also the wave-function of the other
entangled particle collapses instantly. So is information transmitted superluminally.
Seems like it! So strange...
Answer:
It should not seem strange if we think of it as a
continuous dynamic process that forms the geometry of spacetime. We see and feel this process as
the continuum of time with an Arrow of Time for each individual object or
observer within their own
ref-frame.
wow my brain hurts now So what he was saying is without light there can’t
be a universe
Answer:
There is always light or electromagnetic radiation it is only that most of
it is invisible with our eyes.
I do agree with the descriptions
implication that qm gives an explanation of time that is not present in
classical physics. The fact that there is a direction of time,
as well as how time "behaves as if it's reversible"... and can
actually be reversible. In qm time is reversible, and events can both
rehappen and also happen differently in both directions. if multiple states COULD have led to the current
state, when going backward, any of the multiple can be reached.
Answer:
It is logical that you should think this! Because there is an infinite number
of quantum wave particle functions collapsing and reforming all around us. But
each one only works one way in time forming the chaos of life. At each moment in time the quantum
wave-particle function collapses with a photon electron coupling. At that
moment in time we have matter antimatter annihilation. This will always be in
one direction the antimatter is always annihilated forming the arrow of time in
that ref-frame.
I think in a qm view of time time can go
forward and backward, and branches in both directions.
Answer:
No! Not in this theory Heisenberg’s Uncertainty
Principle only works one way
in time, we can always calculate
backwards and workout what the position and momentum was in the past. This
makes sense if the Ψ quantum
wave-particle function represents the flow of time!
~
In this theory the
fundamental difference between Quantum and Classical physics is that Quantum
physics represents the forward passage of Time itself
I am an artist and when I
create a work of art it takes energy and is a process over a period of time ∆E
∆t ≥ h/2π. There is always uncertainty ∆×∆p×≥h/4π of how the art work will turn
out in three dimensional (4π spherical) space the position of the lines and
curves π on the canvas. Every movement I make will have to start at the quantum
level and will have an uncertainty of momentum and position therefore
Heisenberg's Uncertainty Principle the same uncertainty we have with any
potential future event
This theory is based on
just two simple postulates and one equation:
1. The first is that the
quantum wave particle function Ψ or probability function explained by Schrödinger's wave equation
represents the forward passage of time ∆E ∆t ≥ h/2π forming the Arrow of Time within
each reference frame with the future unfolding photon by photon.
2. The second is that
Heisenberg's Uncertainty Principle ∆×∆p×≥h/4π that is formed by the wave
function is the same uncertainty we have with any future event that.
This process of
continuous energy exchange continuous creation or change we see and feel as the flow of time itself and
can interact with turning the possible into the actual!
This theory is based on just one new equation (E=ˠM˳C²)∞
the Lorentz contraction of space and time is between the energy and mass. The
greater the energy the greater the contraction of space and the slower time will run. Mass will
increase relative to this and each ref-frame can be seen as a vortex in space formed
by the rate that time flows. C² is light radiating out in all directions
forming a sphere that can be squared to form the future probability. The
brackets represent the boundary condition of the ref-frame within infinity!
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