Physics /                                      An elementary 5-dimensional model applied in different sciences

### More detailed survey of content in files on physics

 1. An alternative 5-dimensional model - presentation • The concept dimension and other definitions • A dimension chain in geometrical terms • Motions - first comments • The dimension chain in concepts of physics • Some first annotations: Complementarity, Entropy, 5 dimensions,    Gradual substantiation. Incorporation of infinities • Forces as concept • Assumption about angle steps • Level development • Mathematics, one example 2. Forces - MEGA-fields • MEGA-fields,    (Magnetic (FM), electric (FE), gravitational (FG), outward acceleration (FA) • FA, the outward acceleration force • G - EM - connected with physical qualities    - and strong (Fst) and weak (Fw) interaction? • The reach of the forces • G-M-p and A-E-e:, relationships • G-waves and M-radiation, a note • Mass, matter and Charges as "inversion" of vector fields • G - EM: dimension degree relations • "Carriers" of forces • The 5th force? • Strength and Weakness of forces • Some problems • Other sketched illustrations of forces in a dimension chain 3. Nuclear and Weak Forces • The nuclear force • Combination of other "forces" or fields • Number 8 • In terms of Motions • D-degree step 2-1? p - anti-p? • Angle steps? • Complementary force? • Reach - to Uranium 238 • π-meson as carrier • Quarks • Weak Interaction • Loss of "1/2" • Participation in all d-degrees? • Connected with which physical quantity? • Parity • Angle steps? • Hardly interacts with matter?! • The standard model:- new interpretations • Three general aspects on the concept of forces • About comparisons with the dimension model 4. Strength - Weakness of Forces: • Only some general aspects 5. Mass - Matter - Vacant Space • Fields - Mass/Matter-Charges-Waves • Mass and Matter? • Mass • Mass as "inversion" of fields • Mass as inertia • Matter • Spin - an aspect • Vacant Space • Density • The "negative" energy... • The matter is not so simple... • Different degrees of Vacant Space and Gravitation • Microcosm - Macrocosm • Motions • The E0-line • Mass - Vacant space in relation to Distance and Time • A curious question • Is Vacant Space quantified? • Some critical notes 6. Special notes about Mass and Vacant Space • Waves before mass? • Matter as de Broglie waves • Splitting up or diffraction of the Mass • Some numbers from earlier decades • The lacking Mass in Universe: earlier and new estimates • Can new matter be created in our Universe? • Vacant Space and the Future 7. Antimatter - Anti-"Matter": • General views • Arguments for not imagining separate worlds of anti-matter 8. Charge • What is "charge"? • Charge as a 2-dimensional shell character • Permeability • "Embryo" of an atom, from mass to shell. • Negative (inward) and / or "inverted" velocity? • EM-fields and Charge • The potential barrier? • Spin 1/2 • Quarks - partial charges - and gastrulation • Phase-displacement between E- and M-components? • Some mathematical operations (??) • Attraction - Repulsion between p and e, (a first note) • Critical notes 9. Spin: • Some statements about "invented" Spin    (Pauli, Hawking, Newman) • Rotation in the form of structure? • Centrifugal and Coriolis forces • Spin compared with other physical quantities • Parallel and orthogonal spin axes • Three figures from the original texts 10. Electromagnetic waves and other ones: • Particles and waves - the double nature • Longitudinal and transversal waves • EM-waves: • Structure • Propagation • Amplitude - Frequency • Lyman-Balmer-Paschen-Brackett-series    and RNA-base numbers - 11. EM-waves 2: Additional aspects and hypotheses: • The velocity of light • Length of a photon ? • Hypothesis about polarization between longer and shorter wavelength • Hypothesis about "side waves" in EM-fields • Phase waves 12. Motions • How to define motions? • Motion as polarization of lines • Motion as a force in itself • Entropy • Structure of motions - general scheme: • Motions indifferent d-degrees • Attraction - Repulsion • Miscellaneous about motional patterns: • Two examples or illustrations of d-degrees of motions • Growing complexity of path movements • Chemical and cyclic processes • Motions as building workers, • Motional patterns gradually substantiated • Energy aspects 13. Velocity - some notes • Velocity as d-degree steps • Velocity as quotient between forces • Five quantum steps as a series of derivations ? • Positive and negative velocity 14. Temperature - some notes: • Temperature - a concept for motion in microcosm • Factors in kinetic energy of gases dimensionally interpreted • A note about "mi-cells" • Temperature in relation to velocity 15. Time - some notes • Time as an aspect on relative motions... • Time out of converging motions ? • Space-time and time as "surface" • Time poles 0 and 00 • The Past and the Future as directions of Time 16. Quantum Physics - some annotations: • 4th dimension • Direction more narrowly • The uncertainty principle • Wave-functions and their "collapses" • Polarizations in opposites • Superpositions • Bell's theorem and Aspect's experiments • "Immediate effects" and non-locality 17. Quantum Physics 2 • The Particle - Wave duality 18. Einstein - some annotations • Outwards - Inwards, and the "center" concept • Motions pre-existing as structure elements in higher dimensional degrees • The deflection of light around the sun:    gravitation, curved space and/or influence of magnetic fields? • Can the curvature of space or space-time replace the gravitational force? • Can forces act over distances without mediation or not ? • E = -mc2 ; Einstein and the imaginary world - and about EPR • The rotation of the elliptic orbit of Mercury 19. String Theory (ST) - comparisons • The level of analysis optional • Dimensions as building stones • Problems with the Infinity as a background to ST • Number of dimensions • "Undeveloped" dimensions ? • Number 5 in ST • Structural aspects in the reference: • 1-2-3-brans, Calabi-Yau-rooms • Polarities - Dualities in ST • Fluctuations in Quantum mechanics • The Mathematics of ST - and 11-dimensional • Supergravitation • Additional remarks: • To unite Gravitation with Quantum mechanics • Mass and Charge properties • Why the littleness of strings? • The 7th "undeveloped" room dimensions and fatty acids 20. From 4th to 3rd dimension degree - problematic issues File I-II: Introduction - Rotation: • The start of physics and Universe • Much that physicists don't know • The concept "Dimension" • Rotation of celestial bodies • Turbulence File III-IV: Geometries - Multiplicity of Mass: • Curved space, the angle step 4 → 3 • Non-Euclidean geometry,    hyperbolic geometry and negative curvature • Multiplicity of Mass and its distribution • Gravitation as a polarizing force!? • "Bubbles" File V-VI: Mass as property again - Step 4 → 3 in terms of forces: • Mass as property - once again • Mass from radiation or vector fields? • A Higgs' branch and a Coulomb branch • From bosons as "superpositions" to fermions • M-fields and Mass • Higgs' particle • Substantiation through "colliding" singularities    - and interference • Step 4 → 3 in terms of forces • Gravitation as a "unique force" • GA-quanta of a double-directed field? • About negative and positive energy • Mass as result of inversions of fields... • Complementary "poles" versus similar units • Gravitation as a pushing or pulling force 21. 0 and 00, Singularities and the problematic infinity - A little stirring in the conceptual soup: • General comments on the infinity problem • Black holes • Matter - Gravitation - Density • Singularities of opposite kinds 0 and 00 (Weyl) • In terms of forces • About curvature of space-time • Space and Time "shifting place"? • Definitions (apart from black holes) • Transformations • Inversions _________________________________________________________     Home

##### © Åsa Wohlin: Free to distribute if the source is mentioned. Texts are mostly extractions from a booklet series, made publicly available in year 2000.

HOME

 A 5-dimensional model - presentation in an earlier version - Forces - MEGA-fields Nuclear force and Weak interaction Mass - Matter - Vacant Space Antimatter Charge - what is it? Spin - how to interpret it? Electromagnetic waves EM-waves, some hypotheses Motion Velocity | Time | Temperature Quantum Physics, some notes Einstein, some annotations String Theory - comparisons

Latest update
7 December, 2013

Contact
u5d.net