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Wave Equation in an Elastic Wave Medium
Deducing Matter Energy Interactions in Space. Einstein's E=mc2, Planck's E=hf, Newton's F=ma.

Hi Everyone,

I am working on this page over the next few weeks. The purpose is to show that all matter interactions are really wave interactions in an elastic / kinetic wave medium, space.

The fundamental equations of physical reality are the two simple wave equations for an elastic kinetic wave medium.



c2 = F / md

Written as one equation

c2 = (fy)2 = F / md


c = velocity of light

f = frequency

y = wavelength

F = Force = constant (ka) by amplitude (x) = kax

md = mass density = mass (m) / wavelength (y) = m / y

Let us assume that amplitude is proportional to wavelength

F = kax = kwy

Energy (E) = force (kwy) by distance (y) thus;

E = kwy2

Deduce the Famous Energy Equations E = mc2 = hf

Einstein's E=mc2

c2 = F / md

We can re-write this substituting F = kwy and md = m / y

c2 = kwy2 / m

Substitute E= kwy2

Thus E = mc2

To deduce mass

kwy2 = mc2

m = kwy2 / c2

m = kwy2 / (yf)2

Thus m = kw / f2

Planck's constant h and E = hf

Substitute c = fy into E = mc2

E = mc2 = mcfy = (mcy)f

If we substitute known values of m, c and y for electron we get;

mcy = 9.1 × 10-31× 3 × 108 × 2.4 ×10-12 = 6.5 ×10-34 = Planck's constant h

Thus h = mcy

E = (mcy)f

Thus E = hf

This tells us that for light interactions the quantity mcy remains constant. If we rewrite this with m = kw / f2 we get kw y2 / f remains constant.

For further thought - it is interesting that the only difference between E = mc2 and E = hf is c=fy
Does this mean that c=fy only applies to light energy (what they currently call em waves) where E = nhf (the frequency is quantised by n).

Newton's Law of Inertia F=ma

E = Fy = mc2


acceleration (a) = meters (y) / seconds2 where time = 1/f thus a = yf2

F = mc2 / y

F = my2f2 / y

F = myf2

Substitute a = yf2

Thus F = ma

All Energy is Wave Energy

What does this tell us? That the energy, mass and force equations in physics are just wave equations. This is consistent with the fact that waves propagate energy, a wave is an oscillation between the kinetic and elastic energy of space. This obviously explains why matter and energy are equivalent - because matter is made of waves.

This also tells us that all forces are just a change in the velocity of the waves which causes a change in velocity (re-positioning) of the wave center. We currently call this a force accelerating a mass particle - but it is really a spherical standing wave where the wave center is the 'particle'.

All Forces are Changes in Wave Velocity

From the wave equation we can then see the source of charge and gravity forces.

c2 = F / md

Charge: The charge force relates to the force F required to displace (amplitude and wavelength) the elastic wave medium. The larger the displacement, the higher the wave velocity where c is proportional to the square root of F.

Gravity: The gravity force relates to the mass density md of space. The higher the mass density the slower the wave velocity where c is inversely proportional to the square root of md.

How simple - here is the unification of light and gravity, mass and charge.

I will explain this further over the next month - I am working on some wave diagrams to help you visualise this.

Below I have added links to some important work from Michael Harney who has also deduced the Wave Structure of Matter (WSM) in an elastic wave medium (space).

Geoff Haselhurst

Waves in an Elastic Wave Medium

By Michael Harney

The waves are transverse - the first obvious evidence of this is that EM waves are transverse and EM waves (photons) are the result of resonance between wave centers. If the waves making up wave centers resonate to produce transverse waves, then by nature of resonance (which is not a vector operation - strictly scalar), the waves making up wave centers are transverse.

Now for the mathematical argument.

The formula for the speed of waves is speed = sqrt (kx/mass density) where mass density is Mass of Universe / Radius of Universe and x is the peak amplitude of the wave. If we plug in x = Radius of Universe, k = 7.18 x 1017 N/m, we get speed = speed of light (3 x 108 meters/sec).

But this is only true based on the linear mass density (mass/length) which is only true because the waves are scalar and the mass density is independent of any vector quantity. If the waves were longitudinal they would be heavily dependent on the volume of space (sound waves depend on the cubic density of air - mass/volume).
I have tried the mass/volume density in many formulas and it never works - only mass/length works and this is definitely much like a 1 dimensional string/wave formula which is also the same as a uniform spherical wave (only depends on r, not theta or phi from spherical coordinates).

This also shows you that the wave speed is non-linear (quadratic formula of square root of the amplitude) in relation to the amplitude of the wave. It is not non-linear from the standpoint of differential equations though (some people say non-linear and mean unsolvable - other say non linear as not a linear slope, e.g. f = kx, we mean non-linear in that f = k*sqrt(x)).

A fundamental formula of physics that nobody should ever disagree with is this one: wavelength = speed / frequency. Even though the speed may vary based on physical factors, the wavelength, speed and frequency formula does not change and you can always find one of the quantities with the other two.

As far as the frequency (or wavelength) of the wave based on the mass, it's not mc^2 = hf as most people think. This formula ONLY applies to photons conversion to mass or vice versa. Unfortunately it is not that straight forward or mc^2 = hf would be used to predict the mass of the photon based on it's wavelength which we know is not true.

The article I wrote about Heisenberg's uncertainty principle shows how to calculate the mass of a particle based on wave number (how many nodes, or peaks, are in the wave) which also relates to frequency once the speed of the wave is known. This does use Schrodinger's equation but it can be boiled down to just the wave number aspects of fundamental waves.

The velocity of waves derived from the energy density of space is in the paper I submitted to GED "Derivation of the Schwarzchild Solution from a Scalar Model of Spherical Quantum Waves"

In fact, this is the same waves-in-an-elastic medium derivation:

M = the mass of the Universe, 1.44 x 1053 Kg

R = radius of the Universe, 1.9 x 1026 meters

Mass Density 1.44 x 1027 Kg/meter

v = velocity of waves

k = elastic constant

v = sqrt(kr / (M/R)) = R*sqrt (k/M) = speed of light (c), if k = 7.18 x 1017 N/m

This is the in-wave velocity. The out-wave velocity is determined the same way except the formula is v = sqrt(kr / (M/R)), where r replaces R in the numerator.
r is the compression length (the bend radius in space) that creates the mass source. If we are looking at the outwaves from the sun, r is found from the formula;

mc2 = kr2, where m = mass of the object (sun, planet whatever the outwave is coming from), r is the compression length found by solving the above equation and k is 7.18 x 1017 N/m. Then Einstein's familiar time-dilation formula is found by taking the Lorentz transform of the outwave velocity with respect to speed of light:

Time-dilated on out-wave = Time with respect to in-wave / sqrt (1 - v2/c2) where v is the out-wave velocity determined with v = sqrt(kr / (M/R)) as described above. This is all based on mass-density of space and the elastic constant which is uniform.

Michael Harney


My work in progress!

The following is just my rough notes as I write this page up. Geoff Haselhurst


Calculating the constants ka and kw

For the electron

m = 9.1 × 10-31 Kg

c = 3 × 108 m/s

y = 2.4 ×10-12 m

f = c/y = 1.2345 x 1020

mass density space = 1.44 x 1027

Planck's constant h = mcy = 6.5 ×10-34 Kg m2 s

m = kw / f2

kw = mf2

kw = 9.1 x 10-31 x (1.2345 x 1020)2

kw = 1.38 x 1010 Kg / s2


F = kax = kwy

c2 = (fy)2 = F / (m/y) = Fy/m

c2 = kax y / m

kax = c2 m/y = 9 x 1016 x 9.1 × 10-31 / 2.4 ×10-12 = 1.96 × 10-1

E = kax = mc2

ka = mc2 / x

c2 = 9 x 1016 = 1.96 × 10-1 / 1.44 x 1027


I am still working on this. ???


For further analysis.

1. How does the velocity and wavelength change with radius of spherical wave.

Amplitude ~ 1/r2 ~ y ~ c

Thus half the radius is 4 times the wave amplitude.



2. There are three different waves, two that are formed from the fundamental spherical matter waves.

i) The spherical in and out waves where v = c (local)

ii) The em wave of hills and hollows on the surface of the spherical waves (local)

iii) For relative velocity (vr) the de Broglie phase wave with velocity v = c2 / vr (non-local)



I need to think about this.

thus c2 = y2 f2
Thus c2 = E / m
thus E=mc2



Calculus and Infinitesimal Time and Motion

In calculus we use infinitesimal time, motion and distance
Because time is really frequency then it seems to me that you cannot use an infinitely small time, the shortest time is 1.23 * 10-20 seconds, the frequency of the electron.

e.g. c=dx/dt = dy df

I am not a mathematician - just logical!

Does any of this make sense to you?


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(Mohandas Gandhi)

Albert Einstein"When forced to summarize the general theory of relativity in one sentence: Time and space and gravitation have no separate existence from matter. ... Physical objects are not in space, but these objects are spatially extended. In this way the concept 'empty space' loses its meaning. ... The particle can only appear as a limited region in space in which the field strength or the energy density are particularly high. ...
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Biography: Geoffrey Haselhurst, Philosopher of Science, Theoretical Physics, Metaphysics, Evolution. Our world is in great trouble due to human behaviour founded on myths and customs that are causing the destruction of Nature and climate change. We can now deduce the most simple science theory of reality - the wave structure of matter in space. By understanding how we and everything around us are interconnected in Space we can then deduce solutions to the fundamental problems of human knowledge in physics, philosophy, metaphysics, theology, education, health, evolution and ecology, politics and society.

This is the profound new way of thinking that Einstein realised, that we exist as spatially extended structures of the universe - the discrete and separate body an illusion. This simply confirms the intuitions of the ancient philosophers and mystics.

Given the current censorship in physics / philosophy of science journals (based on the standard model of particle physics / big bang cosmology) the internet is the best hope for getting new knowledge known to the world. But that depends on you, the people who care about science and society, realise the importance of truth and reality.

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A new scientific truth does not triumph by convincing its opponents and making them see the light, but rather because its opponents eventually die, and a new generation grows up that is familiar with it. (Max Planck, 1920)

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