https://www.youtube.com/watch?v=zVqoL7EA2R0
it generates a gravitational wave
Viktor Toth proven wrong by Roger Penrose again
https://arxiv.org/pdf/1111.2402.pdf
Since the amplitude and phase of a continuous wave is not changing with
time, there can be no information contained within such a waveform. As in
radio, one must introduce a truly time-dependent modulation of a continuous
“carrier” waveform (using either AM or FM modulation), before any true signal
can be sent via the carrier wave.
Since the overall phase factor of
the wavefunction is not an observable quantity, it can be argued that the phase
velocity of the electron is not an observable quantity. However, the overall phase
factor picked up by the wavefunction can in fact be observed in interference
experiments
, it is less well known that group velocities can also become superluminal. There
is a common misconception that the group velocity is the “signal” velocity of
physics, which relates a cause to its effect. However, as we shall presently see,
the group velocity is not the velocity that relates a cause to its effect. Only the
front velocity can fulfill this role.
Whenever this can happen, the group velocity can become infinite, which is obviously
a kind of superluminal behavior.
By inspection of the denominator of (36), it is also clear that the group ve-
locity can become negative whenever the group index is negative, i.e., whenever
n (ω) + ω dn (ω)
dω < 0 (40)
The meaning of a negative group velocity is this: Before the peak of an in-
coming wavepacket has entered the entrance face of the medium, the peak of an outgoing wavepacket has already left the exit face of medium. This highly
counter-intuitive, superluminal behavior in fact does not violate causality, and
has in fact been observed in many experiments [5]. It can be understood with
the help of the Feynman-like space-time diagram in Figure 2.
By taking an arbitrary time-slice between the two events A and B in this
space-time diagram, one sees that there exist three wavepackets at this moment
of time. The first wavepacket is the one coming in from the left towards the input
face of the medium, the second wavepacket is the one propagating backwards
within the medium from the output face of the medium towards the input face
of the medium, and the third wavepacket is the one leaving the output face
of the medium, and going out towards the right.
nonlocality is before entanglement and inherent to 1/2 spin realiity as noncommutativity
Hi Professor Emeritus Gunter Nimtz: Professor Raymond Chiao seems to be challenging your claim but doesn't cite you! https://arxiv.org/pdf/1111.
Superluminal phase and group velocities: A
tutorial on Sommerfeld’s phase, group, and front
velocities for wave motion in a medium, with
applications to the “instantaneous
superluminality” of electrons
So I discussed Raymond Chiao's research in my 2012 book ! Glad to know he is still going at it and also that Jack Sarfatti has offered to get Chiao funding!!
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