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Exploration of the Unified Representation of Physical Universe

Explore the profound insights of Prof. K.V.K. Nehru from Jawaharlal Nehru Technological University, highlighting achievements in fundamental forces, electric & magnetic properties, and galactic structures. Discussed concepts encompass scalar motion, reciprocity in space-time, wave-particle duality, and cosmic phenomena. This groundbreaking paradigm shift delves into scalar motion, energy patterns, and wave aspects of particles. The study also covers various sub-atomic particles, elements, and isotopic masses, unveiling the unified representation of the universe's cosmic and material sectors.

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Exploration of the Unified Representation of Physical Universe

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  1. Zero, One, Infinity… Prof. K.V.K. Nehru Jawaharlal Nehru Technological University Hyderabad, India 2003

  2. 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 > Wave-Particle duality, > Non-locality, > States of Negative Energy, > Tunneling, etc.; • Logical Explanation of the Galactic Recession • Explanation of the origin and characteristics of > White-Dwarf Red-Giant combination, > Planetary Systems, > Globular Clusters, > Pulsars, > Quasars, etc.; • Discovery of the Conjugate Sector of the Physical Universe and explanation of origin and characteristics of > Cosmic Rays, > Cosmic Background Radiation, > Living Cells/Organisms, etc.;

  3. The New Paradigm * Old Paradigm:Space-time is acontainer(setting) for the Universe. *Reciprocal System:Space-time (motion) is thecontentof the physical Universe!

  4. Scalar Motion--the basic constituent Radiation Matter Radioactivity Scalar Motion Gravitation Magnetism Electric Charge

  5. The Two Fundamental Postulates • The Physical Universe is composed entirely of one component,Motion, existing inthree dimensions, indiscrete units, and with tworeciprocal aspects, spaceandtime. • The Physical Universe conforms to the relations of ordinarycommutative mathematics, its primary magnitudes areabsolute, and its geometryEuclidean.

  6. Primary Corollaries • Space and time arequantized • reciprocity--Space and time are reciprocally related (to speed): an increase in time is tantamount to a decrease in space, and vice versa. • symmetry--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.

  7. The Space-Time Progression unit space unit speed = unit time 1 =

  8. Independent Units of Motion 1 1 Time Displacement = = 3 (2+1) n units of TD applied to unit speed result in speed 1/(n+1) Space Displacement 3 (2+1) = = 1 1 n units of SD applied to unit speed result in speed (n+1)/1

  9. One-Dimensional Speed Range S-frame s/t • infinity 1 0 t/s 0 infinity 1 T-frame

  10. Dimensional Analysis t3 Inertial Mass, m  s3 t2 Momentum, p (= m*v)  s2 t Energy, E (∝ m*v2)  s

  11. 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

  12. 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)

  13. TheTime Region S-frame(Motion in Space) 0 1 s/t t/s 0 -1 T-frame (Motion in Time)

  14. Basic Types of Scalar Motion LV Radiation Osc. ⊥ Prgn. LV Thermal Motion Osc.   Prgn. R1 > LV Sub-Atoms Ltd. to 1 Disp. R2 > LV Atoms Net TD R2 > LV Cosmic Atoms Net SD RV1 > R1 Electric Charge TD = – ; SD = + RV2 > R2 Magnetic Charge SD RV2 > R2 Isotopic Charge TD

  15. The Inert Gases

  16. 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

  17. 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

  18. 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

  19. Radioactivity Rotational Mass Vibrational Mass Z2 2 Z I * R 4 , 0 5-4-0 unstable…….. 3 1 2

  20. Matter and C-matter He 2-1-0 c-He2-1-0 c-He2-1-0 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

  21. Cosmic Ray Decay Particle Element Isotopic Mass (MeV) ChargeObsd. 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 Kaon1/2 c-Kr 1/2493.8 492

  22. 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

  23. Thank You THANK YOU

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