Cero, Uno, Infinito

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Cero, Uno, Infinito

• Prof. K.V.K. Nehru

Jawaharlal Nehru Technological University Traducid
o al castellano por Francisco Cabot
Pol Hyderabad, India 2003
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Some Outstanding Achievements

• Unification of the fundamental forces (motions)
  of the physical universe and the

• Explanation of the origin and the peculiar
  characteristics of Electricity, Magnetism and
  Gravitation

• Explanation of the large-scale structure and
  organization of the Physical Universe as
  ever-expanding
  as well as cyclic.

• Explanation of the propagation of Radiation
  without any medium

• Explanation of how the parts of Atom hold
  together

• Elucidation of the nature of the Physical States
  of Matter

• Theoretical computation of the physical and
  chemical Property Values of Solids and Liquids

• Discovery of the Time Region and the rational
  resolution of the Quantum Paradoxes like the
  gt Wave-Particle duality,
  gt
  Non-locality,
  gt States of Negative Energy,
  gt Tunneling, etc.

• Logical Explanation of the Galactic Recession

• Explanation of the origin and characteristics of
  gt White-Dwarf Red-Giant combination,
  gt Planetary Systems,
  gt Globular
  Clusters,
  gt Pulsars,
  gt Quasars, etc.

• Discovery of the Conjugate Sector of the
  Physical Universe and explanation of origin and
  characteristics of
  gt Cosmic Rays,
  gt
  Cosmic Background Radiation,
  gt Living
  Cells/Organisms, etc.

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El Nuevo Paradigma

• Antiguo paradigma El espacio-tiempo es un
  contenedor (escenario) para el Universo.

Sistema reciproco El espacio-tiempo
(movimiento) es el contenido del Universo fisico!.
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Movimiento escalar- constituyente basico
Radiation
Materia
Radioactividad
Movimiento escalar
Gravitacion
Magnetismo
Carga Electrica
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Los dos postulados fundamentales

• El Universo Fisico esta compuesto en su totalidad
  de un componente, Movimiento, existente en tres
  dimensiones, en unidades discretas, y con dos
  aspectos reciprocos, espacio y tiempo.
• El Universo Fisico cumple con la propiedad
  conmutativa de las matematicas estandar, sus
  magnitudes son absolutas, y su geometria
  Euclidiana.

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Primary Corollaries

• El espacio y el tiempo estan cuantizados
• reciprocidadEspacio y tiempo estan
  reciprocamente relacionados (velocidad) un
  aumento del tiempo implica una disminucion del
  espacio, y viceversa.
• simetria--The properties of either space or time
  are the properties of both time is 3-dimensional
  as space is and space too progresses like time
  does.

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La progresión del espacio-tiempo
space
unidad
time
Unidad espacio
Unidad velocidad
Unidad tiempo
1
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Unidades Independientes de Movimiento
1
1
Desplazamiento del tiempo


3
(21)
n units of TD applied to unit speed result in
speed 1/(n1)
(21)
Space Displacement
3


1
1
n units of SD applied to unit speed result in
speed (n1)/1
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One-Dimensional Speed Range
S-frame
s/t
infinity
1
0
t/s
0
1
infinity
T-frame
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Dimensional Analysis
t3
Inertial Mass, m
?
s3
t2
Momentum, p ( mv)
?
s2
t
Energy, E (? mv2)
?
s
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Dimensional Analysis - 2
ELECTRIC MAGNETIC t Dipole Moment t2/s Dipole
Moment t/s Charge t2/s2 Flux t/s2 Potential t2
/s3 Vector Potential t/s3 Flux Density t2/s4 Flux
Density t/s3 Field Intensity t2/s4 Field
Intensity t2/s2 Resistivity t3/s3 Inductance t2/
s3 Resistance t3/s4 Permeability
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Wave Aspects of the Particle
Wave Frequency, ? E / h m.c2 / h (1)

Wavelength, ? h / p h /(m.v) (2)
Wave Speed, u ?. ? c2 / v (3)
In Natural Units
uNAT u / c 1 /(v / c) 1 / vNAT
(4)
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The Time Region
S-frame (Motion in Space)
0
1
s/t
t/s
0
-1
T-frame (Motion in Time)
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Basic Types of Scalar Motion
LV Radiation Osc. ? Prgn. LV Thermal
Motion Osc. ? ? Prgn. R1 gt LV
Sub-Atoms Ltd. to 1 Disp. R2 gt LV
Atoms Net TD R2 gt LV Cosmic Atoms Net
SD RV1 gt R1 Electric Charge TD SD
RV2 gt R2 Magnetic Charge SD RV2 gt R2
Isotopic Charge TD
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Enter Quantum Mechanics
(h2/2m) (?2?/?x2) VT (x) ? ih (??/?t)
(16)
?(x, t) A.ei(kx?t) A.eiEt/h.?(x)
(17) (h2/2m) (?2?(x)/?x2) VT (x) ?(x)
E.?(x) (18)
VTA (x) KPA.x2 KGA/x2 ? KIA (26)
VTN (x) KPN.(xAn x)4 KGN/x4 ? KIN
(31)
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Forces in the Time Region
G
G
P
P
0
1


F
F
0
0
x
x
-
-
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Physical States of Matter
Solid
Liquid
Gas
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Radiation
Oscillation
Progression
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Gravitation
A
One-Dimensional Rotation of Photon
A
B
A
B
Two-Dimensional Rotation of Photon
A
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Rotational Representation
Rotational Base for Sub-Atoms
1 1-0-0
Rotational Base for Atoms
1 1-1-0
Atom with the least TD
1 2-1-0
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The Inert Gases
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Elements of the Lower Group
2-1-1 H 1
2-1-0 He 2 2-1-1 Li 3 2-1-2 Be 4 2-1-3 B 5
2-1-4 2-2-4 2-2-3 N 7 2-2-2 O 8 2-2-1 F 9
2-2-0 Ne 10

C
6
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Sub-Atomic Particles-I(Particles without Mass)
M 0-0-0 Rotational Base M 0-0-1 Positron
(uncharged) M 0-0-1 Electron (uncharged) M -
-0 Muon Neutrino M - -1 Electron Neutrino
1
1
2
2
1
1
2
2
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Sub-Atomic Particles - II(Particles with Mass)
M 0-0-1 Charged Positron M- 0-0-1 Charged
Electron M 1-1-1 Proton M 1-1-1 Charged
Proton M 1-1-1 M - -1 H1 M 1-1-1 C -
-1 Neutron

1
1
2
2

1
1
2
2
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Radioactivity
Rotational Mass
Vibrational Mass
Z2
2 Z
I
R
4 , 0
5-4-0 unstable..
3
1
2
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Matter and C-matter
He 2-1-0
c-He 2-1-0
c-He 2-1-0
2-3-0
Ar
3-2-0
Material Sector
s/t
infinity
1
0
S-frame
T-frame
t/s
0
1
infinity
Cosmic Sector
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Cosmic Ray Decay
Particle Element Isotopic
Mass (MeV) Charge
Obsd. Cald. Psi c-H2 2 3695
3710.9 Psi c-He3 2 3105
3104 Omega c-Li5 1 1675
1676 Xi c-B10 1 1314 1304 Sigma
c-N14 1 1197 1197 Lambda
c-Ne20 1 1116 1117 Pion
c-Si27 0 139.57 137.95 Muon
c-Ar35 0 105.66 106.42 Kaon
1/2 c-Kr 1/2 493.8
492
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The Unified Representation
C O S M I C S E C T O R
T-frame
SPACE REGION
S-frame
0
1
M-frame
N-frame
-1
S-frame
0
TIME REGION
T-frame
M A T E R I A L S E C T O R
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Thank You
THANK YOU