What we do know is that Starpower is fusion energy of mostly hydrogen
into helium. But our knowledge of fusion is primitive. One only needs
to indicate the missing neutrino count from the Sun. The missing
neutrino count connects, links with superconductivity. See my "Correct
theory of Superconductivity."
Below is a outline of the correct theory of fusion. In synopsis form
it is this.
Weak Nuclear Interaction was a partial law. When it is completed via
the nonconservation of energy/mass it becomes a law (I call it
Radioactivities) on par with the Strong Nuclear Interaction. The four
interactions of physics are these
(1) Strong Nuclear
(2) Radioactivities
(3) Electromagnetism
(4) Gravity
The correct Quantum laws combine these four interactions into dual
compliments, the same as Particle-Wave compliments of QM as follows.
Strong Nuclear-Gravity
Radioactivities-Electromagnetism
Whenever experiments are set up which have varying electric current
or potential, there exists a Reifenschweiler type of radioactivity
MODE, or a Sonoluminescence MODE in which the electromagnetism induces
SPONTANEOUS NEUTRON MATERIALIZATION.
Detailed in the textbook Feynman Lectures on Physics the physics laws
for the strong nuclear force were unknown, and radioactivities (weak
nuclear) were only partially known. As of 7Nov90, I assert to know the
complete law for radioactivities. The 4 quantum interactions (1)
nuclear strong (2) radioactivities (3) electromagnetic (4) gravitation,
are more fully explained than the present art of physics. There are 3
components to radioactivities, and these are (1) radioactive decay (2)
radioactive growth, and (3) radioactive spontaneous neutron
materialization. Radioactive spontaneous neutron materialization is the
largest in terms of relative coupling strength of the three. Processes
to induce radioactive spontaneous neutron materialization results in
the engineering of devices for the purpose of harnessing excess heat
energy. Numerous physical evidences in support of radioactive
spontaneous neutron materialization are detailed below such as (a) muon
catalyzed fusion, (b) heat from electrochemical cells of cold fusion
experiments, and (c) cosmic gamma ray-bursts (D) REIFENSCHWEILER
RADIATION (E) SONOLUMINESCE. Given the fuller explanation of
radioactivities, then processes are followed which induces radioactive
spontaneous neutron materialization. Devices (apparatuses) are
engineered to induce radioactive spontaneous neutron materialization
for the purpose of harnessing excess heat energy. Devices ranging from
battery sized neutron materialization devices, on up to full scale
neutron materialization nuclear power plants are engineered.
NEUTRON MATERIALIZATION DEVICES
These are not perpetual motion devices but rather the derivation and
utilization of radioactivities energy not understood before. The first
observers of radioactivity circa late 1800′s and early 1900′s thought
that since some of these radioactive elements were hot, e.g., uranium
is warm in the hands and polonium will burn a hole through your hands,
and continued to glow in the dark, e.g., radium salts glow green in the
dark, that this new phenomenon was perpetual motion. Because of these
unexplained radiations, the many new observers of radioactivity were
quick to think that this new form of energy was perpetual motion, or
violated conservation of energy-mass, or violated other physical laws.
Only with quantum theory was radioactivity well understood to accord
with theory and experimentation, and regarded as one of the 4
interactions (forces) of physics. Note: the concept interaction comes
from Quantum Electrodynamics (QED) and is superior to the concept of
force from Classical Physics. I mostly use the concept interaction in
this application; reason: quantum physics is the correct physics.
The discovery of radioactive decay (rd) occurred 1896, when Becquerel
discovered radioactivity from uranium. It required 60 years after the
discovery of radioactivity before the uses of radioactivity were
applied in producing nuclear power. Fission radioactivity was
technologically used in the engineering of nuclear reactors which
generates nuclear power, post 1956.
The discovery of radioactive spontaneous neutron materialization
(rsnm) occurred in late 1990 by myself, Ludwig Plutonium. Then in early
1991, I discovered what induces rsnm and subsequently submitted this
patent application. The technological use of rsnm will be controlled
cold fusion energy by the engineering of Neutron Materialization Power
Plants.
Quantum mechanics via the Heisenberg Uncertainty Principle (UP), 1927,
predicts virtual particles from out of nowhere which last for only a
brief period of time. Virtual particles can be electrons, positrons,
neutrons, and even molecules, but generally they are not heavier than
electrons. Particle detectors, gas bubble chambers, and CERN confirm
the postulation of virtual particles. The pinnacle of modern science up
to my teachings was Quantum Electrodynamics (QED). According to QED,
the vacuum is filled with electron-positron fields. Real
electron-positron pairs are created when photons interact with these
fields. Virtual electron-positron pairs, however can also exist for
short quantum instants of time.
In late 1990, I realized that not only do virtual particles exist but
that virtual particles were the first clue of particle materialization
from out of nowhere and specifically of neutron materialization. The
extension of virtual particles to that of actual materialized
particles, and specifically to that of neutrons. Neutrons spontaneously
materialize from out of nowhere as a form of radioactivity. This
radioactive spontaneous neutron materialization (rsnm) is another form
of radioactivities which until 1990 was undiscovered, and the ample
evidences, (see below), for rsnm were unrecognized as such. I call it
RADIOACTIVE SPONTANEOUS NEUTRON MATERIALIZATION, and I assert it is the
major component of the radioactivities interaction (R). There are two
other components to radioactivites and these are radioactive decay (rd)
and radioactive growth (rg).
Feynman in FEYNMAN LECTURES ON PHYSICS Volume I page 2-10, gives the
following (my edited) account of the 4 interactions (forces) of physics
with a comparison of relative coupling strengths in the table below:
"There seem to be just four kinds of interaction between particles
which , in the order of decreasing strength, are the strong nuclear
interaction, electromagnetic interactions, electroweak interaction, and
gravity. The photon is coupled to all electromagnetic interactions and
the strength of the interaction is measured by some number which is
1/137. The detailed law of this coupling is known and is quantum
electrodynamics QED. Gravity is coupled to all energy and this law is
also known. Then there is the electroweak interaction which causes the
neutron to disintegrate into proton, electron, and neutrino. This law
is only partly known. The strong nuclear interaction, the meson-baryon
interaction, has a strength of 1 on this scale and the law is
completely unknown, although there are some known rules such as the
number of baryons does not change in any reaction. "
Table 2-3. Elementary Interactions
Coupling Strength* Law
Photon to charged particles approx10^ -2 Law known
Gravity to all energy approx10^ -40 Law known
radioactive decay approx10^ -5 Law partially known
Mesons to baryons approx 1 Law unknown (some rules known)
*The strength is a dimensionless measure of the coupling constant
involved in each interaction.
I change some of FeynmanÕs teachings in the table, giving thus : (A)
renaming weak nuclear as radioactivities (R). (B) radioactivities (R)
consists of 3 components–(1) radioactive decay (rd), (2) radioactive
growth (rg), and (3) radioactive spontaneous neutron materialization
(rsnm) (C) R is only slightly weaker than the strong nuclear (SN),
and the proper listing of the 4 interactions according to strength is
1) strong nuclear, 2) radioactivities 3) electromagnetic 4)
gravitation.
Before these teachings, the weak nuclear interaction was considered to
consist of only two components, i.e., radioactive decay and radioactive
growth. I assert that the weak nuclear interaction is an incomplete
interaction law (or force law). What was thought of as the weak nuclear
interaction before my teachings is only a small part, a small component
of the overall radioactivities interaction. The radioactivities
interaction consists of 1) radioactive spontaneous neutron
materialization, plus 2) radioactive decay (weak nuclear), plus 3)
radioactive growth (weak nuclear). Before my teachings in the art of
physics 0050, the weak nuclear was vaguely understood as radioactive
decay with only a notion of radioactive growth. And leaving out the
most important form of radioactivity, that of radioactive spontaneous
neutron materialization in order to make the interaction law or (force
law) complete. When rd plus rg is added to rsnm, then I assert the
interaction (force) law for radioactivities is complete. Thus the
complete radioactivities (R) interaction looks like this: R =
rd+rg+rsnm. Let me define rd and rg below.
Radioactive growth (rg) is when an atom transmutates (transforms) by
increasing in atomic number Z, such as when a uranium atom transmutates
to a neptunium atom or when a neptunium atom transmutates to a
plutonium atom. Radioactive growth is when the original atom goes
higher in atomic number. Radioactive growth is when a neutron in the
nucleus of an atom transforms into a proton plus electron, increasing
the atomic number of the original atom. The original atom before the
radioactive growth had atomic number Z and after the radioactive growth
has atomic number Z+1.
Radioactive decay (rd) is when any atom of an atomic number Z
transmutates to an atom/s of lower atomic
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