An additional dependency for the Least Time piece and QM is
Feynman Paths
Feynman Stopwatch idea / arrows
I will reverse engineer this into Pi-Space
Richard Feynman, May 11, 1918 – February 15, 1988
Friday, 28 June 2013
Monday, 24 June 2013
Additional pieces on Least Time
I want to cover a very famous and counter intuitive experiment which is the Wave-Particle Duality of Light.
I have a reasonably straight forward description as to why is works the way that it does. It's not that complicated but it does require all the research so far.
As far as I understand it, there is no description of his this works currently in Physics so this is the Pi-Space solution to this.
There are three cases.
1. Light as a wave
2. Light as a particle
3. The effect of switching on/off a detector.
This will be the next post and will build on all the work so far in all the chapters.
The first piece to break down this experiment will be called
"Wave Amplitudes And Field Points"
I have a reasonably straight forward description as to why is works the way that it does. It's not that complicated but it does require all the research so far.
As far as I understand it, there is no description of his this works currently in Physics so this is the Pi-Space solution to this.
There are three cases.
1. Light as a wave
2. Light as a particle
3. The effect of switching on/off a detector.
This will be the next post and will build on all the work so far in all the chapters.
The first piece to break down this experiment will be called
"Wave Amplitudes And Field Points"
Monday, 10 June 2013
Saturday, 1 June 2013
Topics to be covered shortly
Geodesic
The Fermat Principle/Principle of Least Time
Huygens–Fresnel principle
Snell's (Snell-Descartes) Law
Principle of Least Action
So this should help explain the motion of both waves and particles according to Pi-Space
Augustin Fresnel 1788–1827
Pierre Fermat 1601-1665
Rene Descartes 31 March 1596 – 11 February 1650
The Fermat Principle/Principle of Least Time
Huygens–Fresnel principle
Snell's (Snell-Descartes) Law
Principle of Least Action
So this should help explain the motion of both waves and particles according to Pi-Space
Augustin Fresnel 1788–1827
Pierre Fermat 1601-1665
Rene Descartes 31 March 1596 – 11 February 1650
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