AOH :: ISOCO3.TXT

Compuserve CO on hadronic energy

********** 7/1/95 3:51 PM  Forum CO

       Alain/As't Sys Op    | Hi Shannon!
       Rich                 | I studied electromagnetism for years in
                            | college ... quite a complex field.
                            | Certainly much that can be overlooked.
       Alain/As't Sys Op    | So do we keep talking about hadronics anyway?
       Paul Hadeed          | Hi Shannon.
       Nathan the Viking    | HELLO ALL
       Paul Hadeed          | Hi Alain
       Shannon              | Hi all.
       Alain/As't Sys Op    | Hi Paul!
       Nathan the Viking    | opps damn caps lock
       Shannon              | Yes, its 4, so its back to hadronics.
       Alain/As't Sys Op    | Not sure if Ron intends to be here too.
                            | We can still. wait a few minutes.
                            | Vikings like Caps locks!
       Paul Hadeed          | Shannon, can you explain what hadronic
                            | energy...
                            | is a little simpler.
       Alain/As't Sys Op    | First, what is Hadron?
       Shannon              | I'll start out with some easy stuff...
                            | Hadron is any nuclear particle.
       Alain/As't Sys Op    | Any?
       Shannon              | Mostly protons and neutrons.  Quoting
                            | Santilli's new book:  By far the most
                            | intriguing and
                            | promising consequences of the chemical
                            | synthesis of the neutron are of applied
                            | character.
                            | In fact, they predict a new source of
                            | subnuclear energy called hadronic energy.
       Paul Hadeed          | How old of a concept is Hadron.
       Shannon              | A good analogy is the electron...
                            | Just go one layer deeper into the atom...
                            | and the nucleus is very similar to atoms.
                            | There is the analogy...
                            | of lasers, absorbing and giving off packets
                            | of energy...
                            | due to electrons jumping back and forth...
                            | fron energy level to energy level...
                            | Gamma rays are produced...
                            | from nucleons jumping down energy levels in
                            | the nucleus.
       Alain/As't Sys Op    | Protons have energy levels too?
       Shannon              | I don't know yet....
                            | the books talk about atoms.
                            | Some gamma rays come out of nuclear decay...
                            | in uniform frequency...
                            | and in certain angles.
                            | This sounds like...
                            | you could definitely make...
                            | gamma ray lasers...
                            | but Santilli doesn't give out those type of
                            | secrets.
       Alain/As't Sys Op    | Do you know if Santilli read about Bearden?
       Shannon              | I don't know.
       Alain/As't Sys Op    | From looking at the hadronic gifs,....
                            | it appears that Santilli is looking at
                            | charges transfer...
                            | just like Bearden has been looking at. Except
                            | that Bearden identifies mass current and
                            | massless current.
       Shannon              | I got equations!
                            | ...to indicate that the neutron is naturally
                            | unstable according to the esothermic reaction
                            |           n  ->  p+  +  e-  +  <nu>sub 2
                            | which produces about 1.3 MeV. But then, we
                            | expect that the above decay can be
                            | stimulated,
                            | that is, we expect the existence of means for
                            | the artificial decay of the neutron, e.g.,
                            | via
                            | bombardment with a gamma of a frequency
                            | suitable to stimulate the emission of the
                            | electron.
                            | (Santilli)
                            | It seems like he is looking at the reverse...
                            | of gamma emission.
       Alain/As't Sys Op    | Yes, or scalar energy, typically controlled
                            | by phase conjugation according to Bearden.
       Michael Brown        | Hi Shannon!  What practical achievements do
                            | you see  for  Isophysics  in the foreseeable
                            | future?
       Shannon              | 1.3 Mevs is not uncommon for gamma emmitters.
                            |  Hi Michael!....
                            | Clean heat and electricity....
                            | Santilli has a bunch of ideas...
       Alain/As't Sys Op    | Heat and electricity? I thought that Gamma
                            | rays are hard to use.
       Shannon              | I'm barely into it.
                            | Gamma is absorbed...
                            | You need a tuned coherent beam...
                            | to be absorbed by the neutron.
       Michael Brown        | Going back to gamma interaction, my
                            | understanding is that neutrons are unaffected
                            | by a
                            | gamma flux
                            | what source would produce a coherent beam of
                            | gamma rays?
       Shannon              | I see the parallel with the laser...
                            | with certain isotopes...
                            | which could undergo chain reaction, perhaps...
                            | but I don't know about getting them all
                            | coherent.
       Michael Brown        | Unlike light, gamma rays penetrate matter.
                            | How can one build a laser?
       Shannon              | I was thinking of a large circular device...
                            | that might channel the gammas in a
                            | schynchrotron.
       Michael Brown        | Well why does coherence matter in promoting
                            | an intereaction ?
       Shannon              | perhaps that gives a much larger package
                            | concentrated in one spot.
                            | Nucleii are very small in cross section.
                            | (compared to atoms).
       Michael Brown        | Do you mean that the gammas would
                            | spontaneously form particles, electon
                            | positron
                            | pairs or something in the synchrotron?  What
                            | is the purpose of the synchrotron?
       Shannon              | The cyclic beam could stimulate
                            | radioactive breakdown.
       Alain/As't Sys Op    | Do you think that a "group" effect occurs
                            | when coherence is used?
       Michael Brown        | OK so would gammas be a product of the
                            | breakdown?
       Shannon              | In a quantum world, there is a breakdown of
                            | our ordinary  common sense...
       Michael Brown        | <GGG> How true!!
       Shannon              | So compact gammas might have different
                            | properties.
                            | Here's some more Santilli:
                            | Relativistic hadronic mechanics and the
                            | isospecial relativity predict the numerical
                            | value of
                            | such excitation frequency. Certain light,
                            | stable, natural elements (A, Z) are then
                            | predicted to
                            | admit the stimulated transmutation
                            |  <gamma> + (A,Z)  ->  (A, Z+1)  +  e-
                            |  +  <nu>sub e
       Michael Brown        | Never heard of compact gammas.  Are they
                            | projections from another plane?
       Shannon              | No, I was using the example of light...
                            | wherein empty space can contain only so much
                            | light density...
                            | then it collapses and the light condenses
                            | into matter.
                            | This might be what happens in hadronics.
       Alain/As't Sys Op    | What density does that happen at?
       Shannon              | I think it might be  found near black holes
                            | in trapped light sheets.
                            | I don't know the values, though.
       Alain/As't Sys Op    | OK, so it is not really feasible within a lab
                            | sort of thing.
       Shannon              | Maybe it is cold fusion, only in reverse.
       Michael Brown        | Is this idea  linked to your  hypothesis of a
                            | time based reality?
       Shannon              | Yes!...
       Michael Brown        | Wher's the link?
       Shannon              | I had predicted a layered structure of
                            | matter...
                            | where in the 2-dimensional universe,...
                            | matter would consist only of nuclei...
                            | and there would be a 2-d 'chemistry' possible
                            | there...
                            | so I need to develop THREE separate periodic
                            | charts, one for each universe. 
      Michael Brown         | How do we get from there to gamma rays?
       Alain/As't Sys Op    | But can 2-D elements be used in a 3-D space?
       Shannon              | An excitation in the electrons produces light
                            | emission...
                            | an excitation in the nucleus produces gamma...
                            | and in the quarks, ultra gamma?
                            | Atoms evolve through the second and third big
                            | bangs...
                            | so at expansion, the 2-d properties must
                            | metamorphosize...
                            | Which produces a complex mix of particles...
                            | some of which can be point-like, as if they
                            | are one-dimensional.
       Michael Brown        | You mean that you postulate a big bang for
                            | each dimension?!!
       Shannon              | Correct!
                            | There is no reason...
                            | for three to be a given number of
                            | dimensions...
                            | I think they evolved sequentially. 
       Michael Brown        | Alain, is this being recorded?  I would like
                            | to think about it afterwards?
       Alain/As't Sys Op    | I am recording it, yes.
                            | Shannon is too and he is normally uploading
                            | that stuff.
       Shannon              | Hydrogen and helium have been discovered in
                            | intergalactic space...
                            | My theory predicts such dispersed matter...
                            | is survived from the previous epoch...
                            | and acquires a "coating" of electrons upon
                            | expansion...
                            | I predict these will be ionized...
                            | and they are!
                            | (far out in space has no access to electrons).
       Michael Brown        | I can accept more than one big bang in space
                            | time, but big bangs which change the
                            | number of dimension and which interact with
                            | existing dimensions blow the mind!
       The Fool...          | Salutations........
       Shannon              | Howdy, pardner!
       Alain/As't Sys Op    | But then, there are some who speculate that
                            | there never was a big-bang. Eric Lerner is
                            | one of those.
       Shannon              | Big expansion, then?
       Alain/As't Sys Op    | More like a condensation all over the place,
                            | I guess. I never really got to read the book.
                            | It is on my "to read" list though!
       The Fool...          | What are we searching for today?
       Alain/As't Sys Op    | hadronic energy.
       Shannon              | I postulate that it is no coincidence...
                            | that there are four fundamental forces...
                            | AND four fundamental dimensions...
       Alain/As't Sys Op    | Kind of odd, yes.
       The Fool...          | What are the four fundamental forces
                            | exactly....
       Shannon              | This is simultaneous evolution of matter and
                            | space.
                            | Electromagnetic, gravity, ...
                            | strong, and weak nuclear.
       The Fool...          | The return to the beginning then.....?
       Shannon              |  The return to the beginning...
                            | in my theory, is a return to infinity.
                            | Some stuff starts over, and some stuff
                            | continues.
       Michael Brown        | Shannon, I've got to leave it there.   Glad
                            | to have a brief chat.  Keep cracking the
                            | secrets of
                            | the universe!  Hope you win soon!  Thanks and
                            | bye!
       Shannon              | Thanks a bunch!
                            | It is always great talking to you.
       Alain/As't Sys Op    | We'll find something one day!
                            | Some more stuff on Bearden soon to come by
                            | the way.
       Shannon              | I just wanna build a UFO.
       Alain/As't Sys Op    | Well, why not be teleported instead?
       Shannon              | Or better yet, just sit in your house and
                            | watch a screen.
                            | Bearden has scared me away from free energy.
       Alain/As't Sys Op    | Why?
       Shannon              | Too powerful!
                            | Hadronic might be better.
       Alain/As't Sys Op    | UFOs are powerful too and you are not scared.
                            | I think that hadronic is just the same stuff
                            | under a different tag name.
       Shannon              | They don't bother me , as far as I know.
                            | Could be...
       Alain/As't Sys Op    | BTW, just saw in the newspaper that a new
                            | movie is coming out.
                            | Species: Our Time is Up
                            | Two decades ago, scientists sent a message to
                            | space, this... is the reply.
                            | They have a species site on internet;
                            | http://www.mgmua.com/species
                            |  Will have to give a glance to that one!
       Shannon              | I guess I have to learn how to do that.
       Alain/As't Sys Op    | Hehehe!
       Shannon              | Did you hear we're getting the roswell film...
                            | from Ray Santilli.
       Alain/As't Sys Op    | Yes, I heard.
                            | So is Roger going to be in a future CO then?
                            | (not Ray)
       Shannon              | Roger will be easier to nail down...
                            | in October-November. He likes to do stuff
                            | early, though.
       Alain/As't Sys Op    | Early?
       Shannon              | (in the day)
       Alain/As't Sys Op    | I see.
                            | OK. So let's close this down. Might be some
                            | useful stuff from this CO to upload to
                            | library.
                            | Especially that Michael wants to give some
                            | more thoughts to it.
       Shannon              | I have some more uploads coming for the next
                            | CO...
                            | It will be on space-time machines.
       Alain/As't Sys Op    | Next CO is mid July?
       Shannon              | July 15
                            | Time is up! I guess we scare a lot of people
                            | off with this math, eh?
       Alain/As't Sys Op    | Yep!
                            | Read the stuff I sent you in email on Bearden
                            | by the way.
       Shannon              | Yeh, I got it. Will do.
       Alain/As't Sys Op    | Bye
       Shannon              | See you later, Alain.

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