246 lines
11 KiB
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246 lines
11 KiB
Plaintext
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| File Name : WAVQUANT.ASC | Online Date : 05/07/95 |
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| Contributed by : InterNet | Dir Category : ENERGY |
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| From : KeelyNet BBS | DataLine : (214) 324-3501 |
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| A FREE Alternative Sciences BBS sponsored by Vanguard Sciences |
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| KeelyNet * PO BOX 870716 * Mesquite, Texas * USA * 75187 |
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The following document is a combination of two emails from the InterNet.
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The Unified Field as Explained by Waving Subatomic Particle InterActions
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Path: news.cc.uch.gr!news.forth.gr!ecrc!Munich.Germany.EU.net!Germany.
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EU.net!EU.net! news.sprintlink.net!cs.utexas.edu!math.ohio-state.edu!
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jussieu.fr!univ-lyon1.fr!serra.unipi.it!ghost.dsi.unimi.it!weizen.cdc.polimi.
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it!qua1390
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From: qua1390@cdc835.cdc.polimi.it (MalfaX)
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Newsgroups: alt.sci.physics.new-theories
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Subject: God doesn't play dice
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Date: 15 Mar 1995 15:45:56 GMT
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Organization: Centro di Calcolo del Politecnico di Milano
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Lines: 114
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Message-ID: <3k723k$i95@cdcsun.cdc.polimi.it>
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NNTP-Posting-Host: cdc700.cdc.polimi.it
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February 7-1995 Milan (Italy)
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For the first time in Internet, a new unitary physical theory called:
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The Waving Theory of the Field.
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In this new unitary theory, changing the actual starting hypothesis on the
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continuous space-time nature, we can imagine a discontinuous space-time, that
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may become, the agent and, at same time, the background of physical phenomena.
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In this modular space-time, organized like a discrete lattice, can occur
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states of geometric perturbations of this discrete lattice that move along the
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relativistic geodetics, identified by integral Lorentz transformations.
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These perturbations are spherical waves' surfaces that move its own discrete
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spherical surface's parts, in the discrete lattice, like bidimensional planes.
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We make the hypothesis that the subatomic particles are the elementary sources
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of these spherical waves that, in complex, constitute all fields ascribing to
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the particles.
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On this basis, we make a new physics that, starting from existence of a
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discrete space-time, obeys to laws of a discrete space-time geometry, that
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connect the microphysics to macrophysics.
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Through it we comprehend and connect Quantum Mechanics at General Relativity,
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and Mechanics at Cosmology in one global design. On the same basis, we can
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understand: gravitational interactions,
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electromagnetic interactions
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and a new model for nuclear interactions.
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We discover a waving model of elementary particles, adapt (it) to describe all
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microphysics' phenomena, that, obeying one's symmetry' principle, leave out
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the nigthmare of the singularity, allowing an understanding, mere causal, able
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to justify all the passages, apparently indeterministic, inherited from
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Quantum Mechanics.
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This model, showing that the electrical interactions are absent in the space
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of nuclear interactions (at distance of 1 Fermi), describes a new coherent
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theoretical justification for experimental phenomena of the Cold Fusion,
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describing at the same time the composition of a waving structurate model of
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the particles' family and all its decays.
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The new waving model of interactions produces a waving explication for the
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bodies' inertia, conducing the Clein-Gordon formula to a complete physical
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comprehension, and freeing Relativity from the assumption of identity between
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inertial forces and gravitational forces, deriving a causal explication of a
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new Waving Quantum Gravity.
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It follows a generalization that conduces to a combination from gravity and an
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antigravitational Fifth Waving Interaction, derived from the relativistic
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limitation of the ligth velocity, that regulates the composition and behaviour
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of macrobodies in the Universe.
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We can draw a new way for the rationalization of the controversal astronomical
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observations that interest the actions of the cosmological masses.
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The Compton effect carries a waving explication, derived from an extending of
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General Relativity, that interests the Quantum Mechanics and permits, to come
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to a description of all interactions of micromechanics.
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A natural extension of the same Compton effect drives to a waving electron's
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model, and to all subatomic particles, placing a valid causal basis for the
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waving explications of the Lorentz force, and producing a model of
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electromagnetic interactions, that brings to a consequent perception of
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meaning of the electric charge's nature.
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We rediscover a coherent atom's model in which a causality chain, purely
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waving, permits to follow the development, step by step, of the waving actions
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on the photoelectric phenomena, revealing the really waving nature of the fine
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structure constant, connected to a light emission's mechanism, merely causal.
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The Waving Theory of the Field has been already published in Italy, from the
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author Walter E. R. Cassani, in October 1984 on a book entitled:
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Il Campo Unificato (The Unified Field),
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distributed by the author to the IV National Congress of the General
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Relativity and Physics of the Gravitation, in Florence (Italy). No reaction
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from the physicists and astrophysicists.
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A next evolution was published in the same way in 1989 with title:
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La Teoria Ondulatoria del Campo (The Waving Teory of the Field).
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(This is actually translated in english, and showed in Internet) No reaction
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from the official university circuit.
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A third book entitled:
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Albert Aveva Ragione - Dio non gioca a dadi,
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( Albert Was Rigth - God doesn't play dice ) is published in Milan in January
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1994, and personally distributed from the author in 300 book-shops. The first
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edition (5000 copies) sold out.
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Many entusiastic letters (were received) from students, chemists, engineers,
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etc. A first conference in the Aula Magna of the Physical Dep. of Bologna
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University.
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250 students, 1 Relativity Prof, 1 Dep. Chief.
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3 hours of conference, full entusiasm from the rest 200 students.
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No reactions from the physicists.
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No reaction from the scientific journalists, in many ways requested.
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Is (it possible to) here and now begin on the Internet a new international
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scientific revolution, that involves physics foundations and assists in the
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appearing of a new paradigma?
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Perhaps Internet is born for this.
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>From you, it must come the stimulation to falsify it in the Popper's spirit
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or, eventually, promove (disprove?) it.
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* To whom it may concern, a brief exposition ( bytes) is located in:
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linux.infosquare.it :pub\theory
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* Please mail your question to:
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cassani@linux.infosquare.it
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Or come in Aula Magna dip.of ficica of university of Bologna via Irmerio #46
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The 16th March 1995,17.00 pm.
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Organized by Purquois pas (students group)
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For any other information just send a e-mail.
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Quantum Mechanical Waves in Phase Space
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Path: news.cc.uch.gr!news.forth.gr!ecrc!Munich.Germany.EU.net!Germany.
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EU.net!howland.reston.ans.net!news.moneng.mei.com!uwm.edu!cs.utexas.edu!uunet!
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in1.uu.net!psi nntp!akbar.marlboro.edu!akbar!mahoney
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From: mahoney@akbar (Jim Mahoney)
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Newsgroups: alt.sci.physics.new-theories
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Subject: Re: quantum medium?
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Date: 16 Mar 1995 09:45:22 GMT
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Organization: Marlboro College
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Lines: 66
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Message-ID: <MAHONEY.95Mar16044522@akbar>
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References: <Pine.OSF.3.91.950307121955.3839A-100000@ruunat.fys.ruu.nl>
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<3jifca$4dn@decaxp.harvard.edu>
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<Pine.OSF.3.91.950308112515.28253A-100000@ruunat.fys.ruu.nl>
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NNTP-Posting-Host: akbar
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In-reply-to: Jasper Stein's message of Wed, 8 Mar 1995 10:37:30 GMT
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>In Qu.Mech. any system is described by wave funcions. Any wavefunction is
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>postulated to be a linear combination of eigenfunctions of any
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>physical operator. But, as I have always been tought, waves need a
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>medium to 'travel' on. So these quantum.mechanical particles require a
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>medium as well. Now I've had this test on Qu.Mech. so I should know, I
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>think, but I don't. And neither do these sci.physics-ists, it seems. Can
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>anyone help me out?
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It seems to me that the QM 'wave' (I'd have to agree with Frank Hollis that
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calling QM a 'wave' is a matter of using macroscopic concepts to try to
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describe something that doesn't quite fit into those concepts) is a wave 'in'
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some kind of 'phase space' - after all, that's what is actually varying.
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An archetypal QM wave looks like this:
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Psi(x) = cos( k x ) + i sin( k x ) (as usual, k = h_plank/momentum),
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which has a constant probability over space ( Prob(x) = | Psi(x) |^2 = 1 ),
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but which has a varying *complex phase* ; that is what the wave is "in".
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Thus your question would seem to me to become this :
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What exactly is this QM phase, anyway?
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This is difficult because the phase has no counterpart in classical phsyics.
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As I understand it, this phase was invented to explain interference patterns.
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The mathematics works, and so we think of the QM phase as varying (waving)
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from place to place as a particle moves around. BUT, since only differences
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in this complex phase are measurable, and then only if you're very clever in
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setting up your experiment, it's hard to pin down exactly what this complex
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phase "is" other than a new property of all mass/energy, a fundamentally non-
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classical one.
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This 'phase' takes on real physical significance, too. Although I haven't
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looked at the math recently, I think it's true, for example, that the
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invariance of QM under a constant phase offset is related to the fact that
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charge is conserved, just as systems which are invariant under spatial
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translation must conserve momentum.
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Finally, allow me to point out that this problem of the "medium" that the wave
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is waving in is an old one, going back to a long running controversy about
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light. (Which is probably what J. Stein was referring to in his note saying
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that there is no medium needed.) (We call it Aether.....KeelyNet/JWD)
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Even within traditional classical physics, if you ask what light (which
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certainly has many wave-like properties) is a wave "in", that is, what is the
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medium which is waving, the modern classical answer is "it's a wave in the
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electromagnetic field."
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But of course that just begs the question of what exactly this "field" is.
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You can only tell it's there by putting a charged particle somewhere to see if
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it gets pulled, so what makes you think it's there if you don't?
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These days that probably seems like a silly point, after all, the E-M field
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carries energy, and momentum, and seems as "real" (at least to me) as anything
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in physics is, but fundamentally it's the same kind of intangible that the QM
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phase is.
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After all, the "E-M field" doesn't behave at all like air or water or any of
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those "intuitive" wave mediums - that's why special relativity came as such a
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surprise.
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Anyway, that's probably more than you wanted to hear.
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Dr. Jim Mahoney mahoney@marlboro.edu
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Physics & Astronomy
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Marlboro College, Marlboro, VT
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