New analysis shows a way to self-propel subatomic particles
Welcome to the new physics…
We can manipulate the waveform of a stationary subatomic particle by using a phase mask to increase its energy up to the speed of light. This process uses the theory of relativity to convert the stationary subatomic particle into a spread-out waveform with lots of energy applied against the size of the waveform. The size of the elementary particle as defined by the extent of its waveform is increased by time dilation where energy is increased by extending the tail defining the waveform of the elementary particle to satisfy the momentum conservation laws. In quantum mechanics, waves and particles are considered to be two aspects of the same physical phenomena. We can mondify the properties of a subatomic particle by manipulating its waveform.
In a time dilation trade off, the lifetime of the elementary subatomic particle is lengthened to increase the energy of the particle.
The key to this manipulation of the waveform is the Phase mask.
The specially prepared nanometer sized dimpled surface of the nickel micro particles in the Rossi reactor serves as a phase mast to accelerate stationary particles to a ultra high energy wave shapes in the particle’s frame of reference but the particle remains slow or even stationary in the reactors frame of reference.
In nanoplasmonics, it is the dark mode surface plasmon polariton that absorbs infrared photons. So the “hole” / photon hybrid of the dipole must be the subatomic waveform that is being modified to light speed even when it is embedded inside that nickel lattice of the surface of the micro particle.
Big Twist for Electron Beam
One question that was hanging in the magnetic theory of LENR causation was how a strong magnetic field could be produced by an irregular surface, I have just become aware of a potentially new spin (magnetic) amplification process that fits in well with the magnetic theory of LENR and helps explain how a properly formatted nano surface feature on a metal surface could lead to LENR.
A beam of electrons rotating in a highly constrained vortex can have the strength of their spins multipled by hundreds of times. These vortexes are produced by a surface mask where the waveform of the electron is modified by constructive and destructive interference.
Just like a dipole where a vibrating electron is always paired with a hole, and every vortex has two ends, paired SPP has bright SPP paired with a dark SPP. It is the Dark SPP that is both magnetically and LENR active.
For example, the wavelength of infrared light is about 700nm to 1000nm. If the vortex that the Hole/light hybrid is circulating around in is 1 just nanometer, the spin of the SPP is multiplied by 1000. A dark mode Surface Plasmon Polaritons (SPP) with a spin of 2 will have an effective spin of 2000 if rotating in a dimensionally small SPP vortex.
In addition as described above, when the tail of the waveform of the electron or hole is expanded by the time dilation energy uncertainty principle trade off which accelerates stationary subatomic particles to the speed of light, even more spin multiplication will occur, how much…a lot.
These two new quantum mechanical principles of condensed matter subatomic particle waveform manipulation can now explain where the huge strength of atomic level magnetism comes from.