By Florian Rosenauer, 02.10.2024, Waidhofen an der Thaya, Earth.
Over decades people struggled with light behaving sometimes as wave and sometimes as particle. But neither is true, because there is an alignment error between the functions of the energy transmission, the energy transmitter, and the movement of the energy.
If we take a look at the double slit experiment with water, it is easy to understand:
1. The space is filled with water.
2. Energy is transmitted by pushing the water towards the gap
3. At the gap, this energy results in rings of waves which will eventually hit the wall behind, creating a pattern of highs and lows, depending if the lows or highs of the wave meet.
The alignment for this experiment is very clear: There is an area filled with something being able to transmit energy, and the energy itself traveling through this material. Maybe some particles moves a bit but the movement of the energy is much greater than the movement of the particles.
If we take a look at the double slit experiment with light, we can see it from two sides:
Old view which results in light being seen as particle and wave at the same time:
1. The space is not filled. It can be air, a vacuum, etc.
2. Energy is transmitted by photons moving in a line from the engery source towars the gap
3. At the gap, the photons magically switch to a wave which results in rings of waves which will eventually hit the wall behind, creating a pattern of highs and lows, depending if the lows or highs of the wave meet.
New correct view:
1. The space is filled with particles able to pass the light energy along. We will use the wording RQ (Rosenauer Quantum) for these particles.
2. Energy is transmitted by pushing the RQs towards the gap
3. At the gap, this energy results in rings of waves which will eventually hit the wall behind, creating a pattern of highs and lows, depending if the lows or highs of the wave meet.
It is important to point out, that the alignments has changed:
View |
Transmitter |
Movement |
Result |
Water |
water molecules |
Just as far as it is needed to pass the energy along |
energy moving |
Light as particle and wave |
photons |
photons move all the way |
particles moving |
Light in the RQ room |
rosenauer quant |
Just as far as it is needed to pass the energy along |
energy moving |
This time we only take a look at the alignment error:
View |
Transmitter |
Movement |
Result |
current moving in a copper conductor |
free copper electrons |
Just as far as it is needed to pass the energy along |
energy moving |
Light as particle and wave |
photons |
photons move all the way |
particles moving |
Light in the RQ room |
rosenauer quant |
Just as far as it is needed to pass the energy along |
energy moving |
Also here we see: while the energy (or we can also call it information) could (assuming a better conductor than copper) reach light speed, the electrons are just moving millimeters (aka parts of an inch, no offense intended).
Schrödingers Cat [1] is likely the most know example for the effects of the quantum physics. By accepting light as movement of energy through the RQ field instead of particles through space being also a wave, we remove a bit of magic from the understanding of the universe, making the cat alive all the time.
[1] E. Schrödinger, "Die gegenwärtige Situation in der Quantenmechanik," Naturwissenschaften, vol. 23, no. 48, pp. 807–812, 1935, doi:10.1007/BF01491891.