Zoltan J Kiss
Quantum entropy

Elementary particles are processes and each element represents a certain stage of the transformation of matter from mass status into energy and re-transformation from energy status into mass – in time. There is no time without event; matter exists in motion. Key is the acceleration for infinite time, the motion with  i = lim at = c .

Proton is transformation of mass into energy, with negative mass acceleration gradient (driven by own internal mass-”energy”), in balance with the neutron process, the re- transformation of energy into mass (accelerating collapse), with positive mass change gradient, which therefore needs the utilisation of internal energy, provided by the electron process. Time and intensity shifts between the proton and neutron processes are the distinguishing features of elements, controlled by the electron process.

Quantum System of Reference is the energy status of matter, loaded by the blue shift of the electron process. The Quantum Membrane transforms the impact in any direction. There are no “flying” photons – rather generation, receipt or detection of quantum impacts. Energy quantum is equivalent to the absolute energy/mass difference between proton and neutron processes, is equivalent to the generation of quantum entropy within elementary cycles. Energy quantum is acting in the time system of its existence and it is an intensity value.

External acceleration of elementary processes intensifies the neutron collapse and proton expansion processes. The increased generation of the electron process is source of energy.

In order to escape from the energy trap of our today’s reality we have to know how Universe works. The model shall be simple and global. The description of the physical model shall come from mathematical formulas rather than perceptions and speculations. Further development of the quantum energy and mass balance approach can help.

If we allow to ourselves to take a look at the acceleration at CERN as elementary particles are being quantum processes, the outcome opens not just new perspectives in quantum physics and its practical utilisation, but also gives chance to assess the acceleration of the Hydrogen from new aspects.

If elementary particles are events, their intensity and time system are not just the keys to understand their existence, but as being processes themselves, they are impacted by the acceleration as well.

If we accept that the neutron process of the Hydrogen is of infinite low intensity, we obviously also accept that this neutron process is not measurable in our normal everyday circumstances whatever device we would use. Acceleration close to the speed of quantum communication (the speed of light) in our space-time system makes however it “visible” and measureable.

The acceleration of the neutron process of the Hydrogen close to the speed of light makes it not just measurable but also creates a certain risk: If the neutron process has been accelerated and by this way intensified, its energy intake is approaching infinity.

If isotopes are accepted as processes, why elements themselves would be different?

We have to give chance to understand the mass-energy balance of the infinite cycle of proton-electron-neutron processes, with generation of energy quantum – on the basis of the quantum entropy of the cycles.

Looking at the results from this aspect, we do not only face the risk, but also wide option for the utilisation of the mass-energy balance of elementary processes and quantum communication.

Alongside with all argumentation in mathematics and physics of the above, only one single point: time and space as such, as global categories of the continuity of the universe (matter) impossible to identify for static particles as for systems of reference!