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

 

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7 December, 2013

 

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