So Cardone is creating superluminal virtual photons as a cross-phase effect of light (hence the shadow of light). This demonstrates that the de Broglie wave is real. Sonotrode cavitator fusion energy slide show
The ultrasound "cold fusion" or sonofusion model has been also documented by Fabio Cardone who attributes quantum anomalies to the pilot or hollow wave model of de Broglie
The wave associated to a quantum object (to be meant according to the Einstein-de Broglie-Bohm interpretation, i.e. as a hollow – or pilot – wave) is a deformation of the Minkowskian space-time geometry. This hypothesis establishes a possible connection between the two seemingly unrelated questions of the real nature of the quantum wave in Quantum Mechanics, and of the possible breakdown of local Lorentz invariance in Special Relativity....a hollow wave is nothing but a local deformation of space-time geometry. By a metaphoric image we may picture the local deformed space-time, which is intimately bound to each photon, as the shadow of the photon. It is immaterial, like a shadow (since it carries neither energy nor momentum) and it can reach space regions far from the photon, exactly as a shadow fills space regions far from the body that casts it....This is essentially due (according to de Broglie and Andrade y Silva) to the interaction of quantum objects with all the pilot waves in a given space region, through their quantum potential.
At 3 watts - ultrasound fusion has 2 the energy as nuclear fission
Future energy. From atomic to ultrasonic nuclear reactions
This volume wants to be a specific account of how it has come to Italy
to demonstrate the possibility of nuclear reactions through ultrasounds
and, in general, pressure.
The language used is simple, but not elementary: a short book, the
purpose of which is educational, but not divulging in the strict sense.
The aim is to make the images of results, to give voice to the
instruments and to the scientists, but above all to the radiation and
nuclear energy produced in the experiments, with the stated intent of
putting readers with scientific culture and those with humanistic
culture on the same starting point.
The postulation, edited by Eliano Pessa, will satisfy physicists and
scholars, with a comparative study of the theoretical foundations of
discovery and commonly accepted physical theories.
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