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Members of the Quantum Science Corner will receive notices of new articles when published and may submit articles for this page and participate in discussion.

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To join the Quantum Science Corner,  and send a letter describing your views, your email and name to  milo.wolff@QuantumMatter.com

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If you have an intereresting idea, thought or opinion, send a letter to  the Quantum Science Corner,  describing your view.  Send your email and name to milo.wolff@QuantumMatter.com.   Letters are published  immediately. 

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If you are the author of new scientific research and/or written a paper in the area of wave or particle theory,  send an abstract of proposed articles to milo.wolff@QuantumMatter.com.  Abstracts and articles will be judged by  referees. 

Accepted Paper Submission Instructions

When your paper is accepted, you will receive a signed copy of the author's book, " Exploring the Physics of the Unknown Universe." Accepted papers should be submitted in  HTML code, compressed as a Macintosh .sit file or a PC .zip file and attached to an email letter to milo.wolff@QuantumMatter.com.  All imges should be in .gif or .jpeg format. HTML and image files should be linked in a single directory.  

 

NEW! Member Article Submission:

Thanks to Dan for submitting this excellent article! Like all accepted authors to this site, Dan will be receiving a signed copy of Milo Wolff's book, "Exploring the Physics of the Unknown Universe," for his submission.

Dan R. Provenzano, a PhD student at Caltech in Applied Physics
The ProWave Interpretation of Quantum Mechanics
Copyright, July 27, 1996.

Abstract:  It is widely accepted in Quantum Mechanics that measurements reveal the particle nature of elementary quanta, but there are many interpretations on how these ``particles'' move from the emitter to the point of measurement. This paper introduces in the ProWave (for ``Propagating Wave'') Interpretation of Quantum Mechanics, The basic idea is that elementary quanta always exist in the form of a wave, and always travel in the form of a wave, described by Schrödinger evolution, but are always measured each at a single location. This concept replaces all interpretations based on quanta traversing a particle path with the notion of a propagating wave coupled with a new concept of ``Quantum Energy Localization.'' It is argued in this paper that the ProWave Interpretation explains all known experimental results in a ``realistic'' way that would have pleased Einstein, Schrödinger, deBroglie and all those who are currently looking for a sensible way to understand the implications of Quantum Theory. As examples, the 2-slit experiment, and EPR experiment, and a quantum eraser are interpreted in the ProWave picture.    continued....


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