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1.8 GeV tau; 106 MeV muon; Fusion Barrier Principle 67% breakeven



 
 
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  #1  
Old September 5th 03 posted to sci.physics.fusion,sci.physics,sci.energy
Archimedes Plutonium
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Posts: 236
Default 1.8 GeV tau; 106 MeV muon; Fusion Barrier Principle 67% breakeven

A muonic-atom is easily built and easily commits fusion events with a
67% breakeven.

But building a tau-atom is impossible. It has nearly twice the MeV of a
proton
and so to construct a tau-atom is impossible.

But there is ** nothing in between tau and muon as far as elementary
particles **!!

If there was an elementary lepton whose MeV was say 200 MeV or 300 MeV
that was between that of the muon and tau particles, then Fusion
Breakeven in
a controlled machine would be possible to have that is higher than 67%
breakeven. It would achieve more than 100% breakeven. A muon like
particle that had an MeV of 200 would exceed 100% breakeven.

Fusion physics and fusion engineering has reduced to the question of --
if you want to do something in physics-- then you must have the
elementary particle capable of performing that feat.

Muon, 106 MeV
..
..
..
proton 938 MeV
..
..
..
..
..
Tau, 1.8 GeV

If there had existed a lepton particle between that of the Muon and
proton whose
MeV was say 155 MeV or 178 MeV then fusion machines would reach and
surpass 100% breakeven.

But since this world, this universe is constructed with no leptons
between 106
MeV and 1.8 GeV, because of that huge gap means that fusion breakeven
percent stops at 67% breakeven.

In order to be successful in the macroworld, it must have success in the
microworld of particle physics. There does not exist any microworld
particle that can yield 100% breakeven or greater.

When one tries to construct a Tau-Atom, it immediately decays into a
Muon-Atom.

Because the World has this gigantic gap from the lepton Muon to that of
the next higher lepton of the Tau which is almost twice the energy of
the proton itself is an equivalent statement of the Fusion Barrier
Principle in that the simultaneous Control and Breakeven of a fusion
machine is forever stuck at the upper limit of
67% breakeven.

Archimedes Plutonium,
whole entire Universe is just one big atom where dots
of the electron-dot-cloud are galaxies

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  #2  
Old September 6th 03 posted to sci.physics.fusion,sci.physics,sci.physics.electromag
Archimedes Plutonium
external usenet poster
 
Posts: 236
Default Tauonic-Atom what happens? 1.8 GeV tau; 106 MeV muon


worthwhile information. If anyone were to ask the Standard Model or the
Quark theory as to why no lepton exits between the Muon and Tau, well,
probably another deaf dumb and silent act will follow.


Corrected the typo on the original, and it should read "exists" and not
"exits"

A.P.

 




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