## Wednesday, 27 June 2018

### What does Schrodinger's equation represent? What is waving?

In this video I want to give you an objective understanding of the waveequation of quantum mechanics. To do this I am going to use an image ofsomething that we all have an objective picture of.

I am going to use the imageof a man pushing a box in the x-direction, now if we want to know where your

box is at a given time we need something called the position function and theposition function is a function that tells you what is the future of X. All you need is to input the time and you will know where your box is at that time. It gives you the future position of the box. The equation that describes the motion of this process is Newton's second law that says that the force is equal to the mass of the box into the second derivative of the position, meaning that if your object is moving there must be a force and this force is equal to the change of speed or the second change in position into the mass. This description of the motion is a differential equation if you solve this differential equation you will get a position function that will give you the future of the system or in other words the future position of the box at given moment in time!

Now if we look at Schrodinger equation we find it is based on the same rules as Newton's second law in the classical system.

The only difference isinstead of representing a box the system is a subatomic particle say a photon electron interaction that behaves like a wave particle. It has a wave particlenature and the equation that describes this behaviour is called the Schrodinger wave equation and solving this equation gives us information on the future of this wave particle duality. Just like our box in classical physics with the future position of the box represented by the position function, in quantum mechanics the future is represented by the quantum wave particle function or probability function.

This great similarity between classical physics andquantum mechanics is not an accident. It is because the ever changing world ofour everyday life that we represent with classical physics is based on the probabilistic nature of quantum mechanics.

In this theory the mathematics ofquantum mechanics represents the physics of ‘time’ as a geometrical process ofenergy exchange with Newton’s differential equation representing processes over a period of time.

~

## Friday, 25 May 2018

### Saturn is formed by the Golden Ratio and this explains how!

Why is Saturn based on the Golden Ratio? This video put forward the idea

that it is because the Universe is based on one universal geometrical

process. The one thing nonorganic and organic matter has in common is

that they are both formed over a period of time.

Saturn’s rings would have formed over a period of time and Darwin’s

theory of evolution is a process over a period of time. If time and

space are part of an emergent geometrical process this could explain why

we see the same geometrical patterns in the diversity of life as we see

throughout the nonorganic Universe. In this theory we have a universal

process of spherical symmetry forming and breaking that forms entropy

with a built in potential for ever greater symmetry formation. The

driving force for this process is the spontaneous absorption and

emission of light or photon energy.

## Monday, 14 May 2018

### You are the creator, but what we need to realize is that there is uncertainty built into the creative process of life!

The video: You are the Creator, BUT!

You are the creator, but what we need
to realize is that there is uncertainty built into the creative process of
life! Without uncertainty we could not have freedom for the evolution and
diversity of life. This is not an attack on the idea of karma; it is just
saying that a deeper and more scientific understanding of the process that
forms the passage of time is needed.

In this theory the Universe is a
continuum based on photon energy vibrations! We have an emergent process
unfolding with each photon electron coupling or dipole moment. The geometry of this interactive process can
be represented by math: (E=ˠM˳C²)∞ with energy ∆E equals mass ∆M linked to the
Lorentz contraction ˠ of space and time. The Lorentz contraction ˠ represents
the time dilation of Einstein’s Theory of Relativity. We have energy ∆E slowing
the rate that time ∆t flows as a universal process of energy exchange or
continuous creation. Mass will increase relative to this process with gravity
being a secondary force to the electromagnetic force. The c² represents the
speed of light c radiating out in a sphere 4π of EMR from its radius forming a
square c² of probability. We have to square the probability of the
wave-function Ψ because the area of the sphere is equal to the square of the
radius of the sphere multiplied by 4π. This simple geometrical process forms
the probability and uncertainty of everyday life and at the smallest scale of
the process is represented mathematically by Heisenberg’s Uncertainty Principle
∆×∆pᵪ≥h/4π. In such a theory we have an emergent future unfolding photon by
photon with the movement of charge and flow of EM fields. This gives us a
geometrical reason for positive and negative charge with a concaved inner
surface for negative charge and a convexed outer surface for positive charge.
The brackets in the equation (E=ˠM˳C²)∞ represent a dynamic boundary condition
of an individual reference frame with an Arrow of Time or time line for each
frame of reference. The infinity ∞ symbol represents an infinite number of
dynamic interactive reference frames that are continuously coming in and out of
existence. At the smallest scale the Planck constant ħ=h/2π is a constant of
action in the dynamic geometrical process that we see and feel as the passage
of time.

Lightcone diagram.

As a process of continuous energy
exchange this naturally forms the Riemann surface as a real two-dimensional
manifold or what I like to call a boundary condition.

This dynamic two dimensional surface
forms the conditions for the holographic principle in a similar way to these
images of two hyperbolic mirrors forming a hologram.

In our everyday life this two
dimensional surface is represented by the movement of positive and negative
charge with the inner concaved surface representing negative charge and the
outer convex surface representing positive charge.

The light photon of quantum mechanics
forms the movement of charge with the continuous flow of electromagnetic fields
in three dimensional space.

In this theory this represents an emergent probabilistic process
unfolding with each photon vibration relative to the atoms of the periodic
table and the wavelength of the electromagnetic spectrum.

~

## Wednesday, 9 May 2018

### Where are the many worlds of Hugh Everett’s Many Worlds Interpretation?

Where
are the many worlds of Hugh Everett’s Many Worlds Interpretation?

New video:

Theory is one of the most popular interpretations of quantum mechanics,
but for many people it seems wrong that we need an infinite number of extra
dimensions or parallel universes just to explain our three dimensional
Universe.

In the mathematics of Hugh Everett’s Many Worlds Interpretation the
parallel universes are all at right-angles to each other. In this theory this
represents the electric and magnetic fields always being at right-angles to
each other.

The light photon of quantum mechanics is the carrier of
electromagnetic fields and it is time variations within magnetic fields that
act as a source for electric fields and time varying electric fields is the
source of magnetic fields. When one field is changing in time, then a field of
the other is induced.

This is an emergent process relative to the position and
momentum of the objects creating the time variations the atoms themselves. The
reason why this theory only needs three dimensions and one variable in the form
of time is because it uses the holographic principle.

This is formed by
positive and negative charge forming a dynamic two dimensional boundary condition
or Riemann surface.

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