The neutrino has a small “mass” manifestation.
The Standard Model defines the neutrino as a fundamental particle, meaning it is a point particle. However, the neutrino exhibits behavior indicating it has a small mass, the origin of which is unclear. It’s as if this mass doesn’t need spatial extension or substance.
The Dutch Paradigm attempts to identify its origin.
To recall, at the restart in period 3, The Dutch Paradigm postulates that all the photons and neutrinos went through the same event, which resulted in
- The same time delay: 1 TPlanck
- The same propagation speed: c
- The same amplitude of the EM manifestations
- The same start frequency of the EM manifestations
- The same clock frequency for update of values of the EM manifestations
The EM manifestations of the neutrino are:
While the photon has
The photon and the neutrino travel through space at the speed of light. The neutrino has electromagnetic manifestations in a rotational mode resembling a cardioid.
What is the rotational speed of the electromagnetic manifestations of neutrinos?
The starting frequency is approximately determined by reverse engineering.
F= 1,54.10²³ Hz
The amplitude of the electromagnetic manifestations is related to the diameter of the face on a twin-dodecahedron.
Aₑₘ = 0,68/2 = 0,34 fm
That brings the calculated rotational speed of the electromagnetic form of a neutrino to its maximum amplitude at:
V= 2π.0,34.1,54.10²³= 3,28.10⁸ m/s
The result is derived from estimated values, but it is in the order of magnitude of the speed of light.
c = 2,99.10⁸ m/s
Therefore, the electromagnetic manifestations of the neutrino may have the intentional speed of light, similar to its maximum amplitude circular speed.
It is clear that it is not possible to establish three assumptions simultaneously.
- The same propagation speed: c for EM manifestations
2. The same amplitude of the EM manifestations
3. The same frequency of the EM manifestations
When comparing photons and neutrinos, the presence of π in the equations prevents perfect equality.
The rotational frequency of the neutrino is likely reduced to prevent it from exceeding the speed of light. This reduction in frequency results in a transfer of Δhf to the free magnetic manifestation, which is recognized in mainstream science as the mass equivalent.
Regular science measures the mass equivalent of the neutrino as 0.04 up to 2.5 eV.
The Dutch Paradigm assumes that the energy content of that reduction of frequency is equivalent to this value by a reduction of the quant hf of free energy relative to a reduction in the frequency of approx. 10¹⁴ Hz. Therefore, the frequency in the EM manifestations reduces with the same 10¹⁴Hz.
That frequency reduction is within the bandwidth of visible light.