Proper Interval Locality
 
The Principle of Proper Interval Locality
Quantum electrodynamics, Intrepretation of Quantum Mechanics,Minkowski space-time Schwarzschild. EPR Experiment. Zero proper interval arc length mediation of electromagnetism in Riemannian manifolds characterised by the Einstein tensor
 
 
Overview
Overview of proper interval locality
 
 
Dorling Kindersley Books
 
 
Index
Proper Interval Locality, Index
 
 
Introduction
Minkowski Electrodynamics in Space-time
 
 
Defintion of proper interval locality
Locality and Non-Locality, grid transformation
 
 
Visualising Proper Interval Locality
Interval transformation in the space-time diagram.
 
 
Development of the Wave-function of light
Planck's constant,and proper interval Locality, wave-function of light., transactional interpretation Cramer, emitter absorber theory Wheeler Feynmann
 
 
The Single Hole and Relativistic Uncertainty
Fresnel Diffraction and interference
 
 
Young's Double Slit Experiment and single Photon Interference
Young's double slit experiment.
 
 
A Note on Connectivity in Space-Time
Connectivity in Space-Time
 
 
A Note on the Polarisation of Light
Polarisation of light in Space-Time
 
 
Aspect's Experiment
Aspect's Experiment, How Photons become entangled, correlation of spatially separated events. Bell's inequality
 
 
References
On the Electrodynamics of Moving Bodies
 
 
Conclusion
Reconcilliation of quantum mechanics and relativity
 
 
Questions and Answers
quantum mechanics and special relativity validation
 
 
Compton Effect
Compton Effect, wave particle duality.
 
 
Questions and Answers Continued
Everett Multiverse single versus multi universe.
 
 
Modern Physics, the view from the duckpond
Modern Physics
 
 
Development notes
development of theory
 
 
Draft
 
 
Attachment 2
Propbability distribution for an interaction.
 
 
Books about Relativity and Quantum Mechanics
Books about Relativity and Quantum Mechanics
 
 
DVD's on Relativity and Quantum Mechanics
DVD's on Relativity and Quantum Mechanics
 
 
Bell Local Theory
Bell Local Theory Where Bell's Inequality is Violated (In response to challenge by Travis Norsen
 
 
Partners
Links to Sponsers
 
 
Minkowski to Euclidean Projection Mechanics
Intrepretaion of quantum mechanics, relationship between how we measure events and how we graphically represent them.
 
 
unified variational theory
principles of least time and least action (stationary) explored as the characteristics of a single constiturnt of nature
 
 
Book shop
books on physics relativity quant mechanics
 
 
DVD Shop
 
 
General Theory
Including general relativity
 
 

Questions and Answers Continued

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Hi Simon

You asked; “What do you mean by "countless shadow photons???”

I was referring to the many universes interpretation of quantum mechanics. (Everett)

I quote David Deutsch when describing the four-slit experiment in his book The Fabric of Reality.

“What we have inferred so far is only that each tangible photon has an accompanying retinue of shadow photons, and that when a photon passes through one of our four slits shadow photons pass through the other three slits”

These shadow photons are each tangible in other universes lying parallel to our own.

My point was that proper interval locality renders all these parallel universes redundant, as relativistic super-positioning (proper interval locality) of quantum systems explains interference. The proof of this mathematically is relatively easy and is contained in the website.

You next asked; “Is not all this yet another new theory that provides no new explanatory power and just invents new terms that provide neither explanation nor description ?”

I think you addressed this question primarily regarding the statement about the many universes interpretation perhaps you would like to address the question to professor Deutsch.

With regard to proper interval locality I don’t regard it as a new theory but rather the natural marriage of the fundamentals of quantum mechanics and relativity.

Proper interval locality is primarily based on three propositions:

1. To fix an event in the world we need for any inertial reference frame four coordinates, three of space and one of time.
2. The speed of light is constant in all reference frames. This fixes the interval metric
3. The world contains quantum systems that hold energy that can be exchanged between systems. When a quantum system exchanges energy there is has an associated frequency that is proportional to the difference in the total energy of the system before and after exchange.

From there on all I’ve done is remove of the redundancy that has crept in through historic accident. For instance the explanation for the photo-electric effect predates Minkowski space-time by three years. If this had been reversed then twentieth century physics may have taken a very different course.

You then say

“Of course to anything that travels at c in a vacuum there are "zero path intervals". Thats kind of obvious. But take that back to what happening both from our perspective where these paths are not zero, and then to the reality of EM where they are zero, and then see why they match easily if you consider extra dimesnions that are beyond dispute in other areas of maths and physics.”

Have you ever heard of Occam’s Razor

This is the principle that entities are not to be multiplied beyond necessity.

With respect to the interference, diffraction, entanglement, decoherence these effects can be explained simple and elegantly without the need to invoke higher dimensions.

I think we must get the basics correct particularly the meaning of zero interval paths (Which I don't regard as being kind of obvious) before we go chasing off into higher dimensions we must fully explore the four we can measure

Incidentally, what are these things that travel at c and experience zero interval paths?

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