Elastic string theory for a 3 d world
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Elastic String Theory for a 3-D World. By Kelland Terry, Ph.D. If we live in a 3-D world, I conclude:. A force field is not a religious event. A force field is not a metaphysical event. If true, A force field must be composed of matter.

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Elastic String Theory for a 3-D World

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Elastic string theory for a 3 d world

Elastic String Theory for a 3-D World

By Kelland Terry, Ph.D.


If we live in a 3 d world i conclude

If we live in a 3-D world, I conclude:

  • A force field is not a religious event.

  • A force field is not a metaphysical event.

    If true,

  • A force field must be composed of matter.

  • A force field must have strong elastic properties.


Force fields are composed of elastic strings that have mass

Force fields are composed of elastic strings that have mass

BASIC THEORY


Mass cannot be destroyed

MASS CANNOT BE DESTROYED

Mass has perfect cohesion


Two fundamental properties of elastic strings

TWO FUNDAMENTAL PROPERTIES OF ELASTIC STRINGS

Perfect elasticity

Perfect cohesion


String begins as a virtual particle

String begins as a virtual particle

Electrons photons quarks

Virtual particle

  • Virtual refers to brief existence.

  • Ejected with great velocity, 1023 m/s

    • .Explains entanglement

  • Very dense

  • Remains attached to its source


Virtual elastic strings

VIRTUAL ELASTIC STRINGS

Electron, photon, or quark

Virtual particle

Virtual elastic string

1023 m/s

  • Particle’s momentum stretches string.

  • The greater the distance the particle travels the greater the stretch.


Retraction of elastic strings

RETRACTION OF ELASTIC STRINGS

Electron, photon, or quark

Virtual elastic string

  • String collapses and retracts simultaneously along its entire length.

  • Retraction is much faster than ejection.


Earth almost entirely empty space

EARTH ALMOST ENTIRELY EMPTY SPACE

Size of planet Earth without empty space

Strings are composed of matter and are mostly empty space.

A graviton stretched across the Milky Way Galaxy is merely composed of a little more empty space.


Strong nuclear force

STRONG NUCLEAR FORCE

Gluons hold quarks together

POW!

gluons

Blown apart

reunite

3 quarks

Stretched gluons

  • The farther the quarks are separated the greater the force pulling them back together

  • Gluons behave like elastic strings


Gravitons in the milky way

Gravitons in the Milky Way

star

Proposed dark matter

225,000 m/s

300,000 light years

Virtual particle travels 10 fold greater distance.

It stretches graviton 10 fold.

Gravity appears to be insufficient

Center of galaxy

225,000 m/s

star

31,000 light years

Gravitons obey universal law of gravitation


Electrons in orbit

ELECTRONS IN ORBIT

Virtual particle travels 7 fold greater distance. Stretches string 7 fold.

Electron

2 x 106 m/s

7r

Force necessary to keep electron in orbit is 7 fold greater than the calculated electric force of attraction.

Proton

Force necessary to keep electon in orbit is slightly greater than the calculated force of attraction.

r

Elastic strings

Electron in ground state; 2 x 106 m/s


Conclusion

CONCLUSION

1. Force fields have strong elastic properties

2. Any unified field theory must include elastic properties.


String specificity

STRING SPECIFICITY

Requires two attributes

  • Size of string.

  • Composition of string.


Size of strings

SIZE OF STRINGS

  • Gluons

  • Magnons

  • Electons (kt), large number

  • Gravitons, vast numbers

Decreasing mass

Size of string dictates the kind of string and its energy


Photon s electric and magnetic properties

Photon’s Electric and Magnetic Properties

James Maxwell, 1864

b2

b2

1/2 eo E2 =

½

= mO eo

mo

E2

energy

energy

Taking square root and rearranging

1

E

=

= c

b

mO eo

electons

E

=

=

299,792,458.000

magnons

b


Two possible compositions

TWO POSSIBLE COMPOSITIONS

Examples

  • Negative and positive electric fields

  • North and south pole magnetic fields

Best explained if the electron consists of two spheres


Evidence for two spheres

EVIDENCE FOR TWO SPHERES

e-electons

proton

Electron in orbit

p-electons

  • Bound to only one sphere dictates orientation

  • The electron can only spin up or down


Elastic string theory for a 3 d world

ELECTRON MODEL

Northsphere

n-magnons

n-goo

negative field:e-electons (2 units)

gravitons

positive field:p-electons (1 unit)

s-goo

South sphere

s-magnons

  • Electron spins rapidly.

  • Winds graviton up like a fishing line on a reel.

    • Keeps electron as two spheres


Force of attraction

FORCE OF ATTRACTION

p-electon virtual particle

e-electon virtual particle

Resist being retracted

Proton

Electron

p-electon

e-electon

collapses and retracts.

collapses and retracts.

Retracting strings


Force of repulsion

FORCE OF REPULSION

Identical strings meet

e-electons

electron

electron

BAM

BAM

Billions of virtual particles crash against electrons

e-electons


Gravitons

GRAVITONS

n-graviton

s-graviton

  • Two strings bond and become one

  • Graviton created is a neutral string

  • Completes force field symmetry

    • North and south pole magnetic fields

    • Positive and negative electric fields

    • N-goo and S-goo graviton fields


What causes gravity

What causes gravity?

Earth

gravitons

Sun

Electrons and quarks going through their string cycles

Something must grab and hold the graviton.


Self inducing forces

SELF INDUCING FORCES

n-magnons

electons

gravitons

gravitons

Billions of e-electons

Billions of p-electons

electron

magnons

Greatdensity

s-magnons


Ejection of strings

EJECTION OF STRINGS

n-magnons

gravitons

Billions of e-electons

Virtual particles ejected

Billions of p-electons

Condensed electron

s-magnons


Static gravitons

STATIC GRAVITONS

Trapped by quark or electron

Earth

Sun

Trapped by quark or electron

Sun and Earth connected by non-retracting strings.

A second later all strings have been retracted.


Electron in orbit

ELECTRON IN ORBIT

1. No electrical force of attraction

2. Electron held in orbit by bound gravitons. Retraction unnecessary

gravitons

Condensed electron

Condensed quarks

No electons


Electron in orbit1

ELECTRON IN ORBIT

electron

Strings

p-electons

Billions of gravitons and other strings

e-electons

Proton

  • Maximum electrical force of attraction

  • No gravitational force of attraction


Conclusions

CONCLUSIONS

  • Force fields behave as though they are elastic strings.

  • One last thought

    • Elastic string theory embraces experimentation.


Diffraction

DIFFRACTION

Thin wall barrier

New flight path

Original flight path

Elastic string

Photon or electron

  • Elastic strings have mass.

  • Photons have mass.


Magnetic field deflects spinning ping pong balls in flight

Magnetic field deflects Spinning Ping-Pong Balls in Flight

Experiment by Kelland Terry

  • Each value (cm) is an Average of 75 balls

    OFF Magnetic ON

  • 22.92 fields 24.94

  • 23.37 24.91

  • 23.50 24.86

  • 22.27 24.27

  • 22.88 25.08

  • 24.06 25.91

  • 23.07 25.46

  • 23.37 25.93

  • 22.38 25.10

  • 23.20 26.98

  • All Balls 23.102 25.344


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