New Physics Based on Yoon's Universal Atomic Model

In article .com,
"newedana" wrote:
The mechanism of emitting ruby laser light explained in a standard textbook
of quantum mechanic is incorrect.

You are incorrect. You are imperfect. Must sterilize!

According to the quantum theory the ion, Cr(3+) contained in Al2O3
crystals as a trace of impurity, plays a major role of emitting the
laser light. Orbital electrons in Cr(3+) at the bottom energy level
are transmitted to the higher energy bands of 4 F1 or 4 F2 within 10^-7
sec, and they turn immediately into electrons with higher energy levels
of 2E during 3×10^-3 sec. Thus they can emit the laser light as they
return to initial energy level.

The key point of this mechanism is that the resident time of electrons
in 2E state of higher energy level is 3×10^-3 sec, while the time
required to boost up them to the higher energy revel is 10^-7 sec. So
the electrons boosted up to a higher energy level can stay there for a
longer time without dropping down immediately to the lower energy level
than that required to boost them up, which results to increase their
population there. Thus they can drop down all at once together.....
Quite non-scientific!

It is questions how the longer resident time, 3×10^-3 sec and the
time 10^-7 sec required to boost up them to the higher energy level
were measured. Second question is how orbital electrons dropping all at
once can make laser lights having spacial coherence.

According to Dr. Yoons new physics, the mechanism of emitting laser
light is really scientific.

Oscillatory energy of an orbital electron ring emitting lights can not
be expressed with the equation ε=hν, but with ε=kν^2 q^2, where k:
constant, ν: frequency and q: amplitude. Laser light is a kind of
electromagnetic waves which have the largest amplitude q and wave
phases with synchronous and coherent characters. A single atomic or
molecular orbital electron ring cannot generate lights with a longer
wavelength due to their dimension problem of resonant circuits and
antennas. In order to generate such lights, a large number of atomic
or molecular orbital electron rings with the same oscillatory
frequencies or the same elasticity constant K have to cooperate
together in performing the same type of coincidental oscillation, as
discussed before. For the generation of laser light, say, with
wavelength of around 7.200 â„« (bluish red color), it requires few
thousands of atomic or molecular orbital electron rings with the same
frequencies or the same K values, to perform a coincidental
precessional oscillation with the largest amplitude.

The laser light emitted by atomic or molecular orbital electron rings
has to have the maximum amplitude by taking up the energy of incident
light, and must have synchronous and coherent wave phases possible to
focus sharply to a point with fudge intensities.

In order for orbital electron rings to increase its amplitude by taking
up external electromagnetic wave, it requires 4 conditions set forth
for the energy transition between two oscillators, as discussed before.

If we remind them again, (1) the orbital electron ring must have a
resonant frequency to that of incident electromagnetic wave, (2) it
must have a lesser amplitude than that of incident light, (3) its
oscillating direction must have a favorable angle against the incident
light, (4) its wave phase must be synchronously the same as the wave
phase of incident light.

The flash lamp with a coiled tubular shape surrounds a ruby rod from
outside, and irradiates it with a great intensity from the reversed
radially symmetric direction, so the light directing inward the coiled
lamp concentrates naturally to focus on the longitudinal axis of ruby
rod.

Atomic or molecular electron rings in the ruby crystal take up only the
light with resonant frequencies to their own natural frequencies in the
continuous spectrum of the flash light, to satisfy the condition (1) of
energy transition. Then they re-emit simultaneously the same light they
absorbed. Thus the reemitted light is a mono-chromatic light of atomic
or molecular emission. We know that all the atomic or molecular orbital
electron rings absorb a light with a specific wavelength among a
continuous spectra.

In the mono-chromic lights reradiated by molecules in ruby rod that
proceed in radial symmetric directions, only the mono-chromic lights
travelling in parallel along the direction of longitudinal axis of the
ruby rod, can only self-amplify the amplitude of orbital electron rings
of ruby molecules emitting the same mono-chromic lights, as they travel
repeatedly along the ruby axis by reflecting back and forth in numerous
times between two parallel mirrors. Thereby they can satisfy the
condition (2). However, the mono-chromic lights that travel in parallel
along the ruby rod with amplified wavelengths, only can self-amplify
furthermore the amplitude of orbital electron rings of ruby molecules
that have the same oscillatory directions and synchronously the same
oscillatory phases as those of mono-chromic lights emitted by them and
travelling along the ruby rod. The favorable angle made between the
travelling direction of mono-chromic wave and oscillatory direction of
electron rings of ruby molecules, and the same starting and ending
times of building their wave phases can satisfy the condition (3), and
(4) for the energy transition.

Thus the mono-chromic lights with the maximum amplitude, coherent and
synchronously the same wave phases, can be built in the space between
two parallel mirrors, and then a some part of them leaks out passing
through a semi-transparent mirror as a mono-chromic laser light.

We can explain therefore that how can the laser light be a mono-chromic
light with the highest intensity, with coherent and synchronously the
same wave phases. If laser light is a flow of photons with the highest
population, as explained with the quantum theory, it is impossible to
explain how can the laser light have coherent and synchronously the
same wave phases, indispensable characters for the laser light, in
keeping its intensity without diffusion of its wave front for a long
distance..... newedana