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visitastronomy.com GEOMETRY DIVISION |
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TOPICS PICK LIST |
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FUNDAMENTAL RELATIVISTIC HEXAGRAM GEOMETRIES Constructing cubes and spheres (hexagrams with stars of David) using relativistic geometries
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| GYRE GEOMETRY |
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Gyrea.htm set 1a Gyreb.htm set1b Gyrec.htm set2 Gyred.htm set3a Gyree.htm set3b Gyref.htm set4 |
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| STRANGE ATTRACTORS |
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Attracta.htm page group 1 Attractb.htm page group 2 Attractc.htm page group 3 Attractd.htm page group 4 Attracte.htm page group 5 |
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Spectrum wavelengths are what nature sees. Spectrum wavelengths in and out of atoms understore atomic properties. The wavelengths are in principle, functions which are absolute. |
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| GEOMETRY WAVELENGTH SPECTROSCOPY |
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The whole of the hydrogen atom rydberg spectrums (groups) can be displayed in a single image on a wall big enough. The image can be drawn on the wall by simple geometry tools, a compass and straight edge. Wavelength expansion from group to group (lyman-balmer-pascel etc) is on par with orbital distance stretching in magnitude between planets from mercury to pluto. Energy level terms in spectras do not reach beyond a page. Wavelengths do. Spectrum wavelengths (radii) entering an atom convert to circumpherences which keep the wavelength locked in the atom until released back to long distance propigating radii. |
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Spectrua set 1 - simple techniques of reciprocal geometry, and groups of reciprocals within reciprocals More details Spectrub set 2 Spectruc set 3 Spectrud set 4 Spectrue set 5 Spectruf set 6 Spectrug set 7 Spectruh set 8 Spectrui set 9 Spectruj set 10 Spectruk set 11 Spectrul set 12 Spectrum set 13 Spectrun set 14 Spectruo set 15 |
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| HARMONIC RELATIVITY PRINCIPLES |
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Harmonic.htm - 58 pages in 7 consecutive sets Harmonia.htm - (3-1) (3-9) 9 pages Harmonib.htm - (3-10) (3-18) 9 pages Harmonid.htm - (3-19) (3-27) 9 pages Harmonie.htm - (3-28) (3-36) 9 pages Harmonif.htm - (3-37) (3-45) 9 pages Harmonig.htm - (3-46) (3-54) 9 pages Harmonih.htm - (3-55) (3-58) 4 pages Miscellaneous harmonic Relativity pages Harmonii.htm - (3-55) (3-58) 4 pages |
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| COHERENT SPIN ORBITAL COUPLINGS |
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Coupling.htm - 31 pages in 4 consecutive sets Couplina.htm - (4-1) (4-9) 9 pages Couplinb.htm - (4-10) (4-18) 9 pages Couplinc.htm - (4-19) (4-27) 9 pages Couplind.htm - (4-28) (4-31) 4 pages |
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| POSSIBLE TRISECTIONS OF ANGLES |
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Captioned - 'A Trisection' - dated 1977 in Whitehorse Yukon, for an arbitrary angle. It's authenticity has not been later tested or confirmed. Trisenta.htm - one page _____________________________________________ Trisectb.htm - page nums too confusing to list Trisectc.htm Trisectd.htm Trisecte.htm Trisectf.htm Trisectg.htm Trisecth.htm Trisecti.htm Trisectj.htm |
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| SPECIAL RELATIVITY SINE WAVES BY EUCLIDEAN GEOMETRY |
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Section 1 - consecutive pages in clusters - 46 pages Sinea.htm Sineb.htm Sinec.htm Sined.htm Section 2 - miscellaneous scattered sine notes - 33 pages Sinee.htm Sinef.htm Sineg.htm Sineh.htm |
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| COMSMIC LAW SERIES |
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Cosmica.htm - (94-1) (94-8) - cosmic law Cosmicb.htm - (93-1) (93-9) - spectra Cosmicc.htm - (92-1) (92-12) - solar particles interface Cosmicd.htm - (95-1) (95-13) - the high frequency solar system Cosmice.htm - (97-1) (97-7) - eternally mutable procedures Cosmicf.htm - (98-1) (98-3) - support geometry |
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| TRIANGLES - GENERAL NUMERITIC EXAMPLES |
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Trianga.htm - (76-1) (76-10) Triangb.htm - (76-11) (76-20) |
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| COSMIC STARFLAKES |
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See this Rubic's Cube page for elegant simple quark states model. |
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All symmetrical snowflakes are condensed within gyre lines of geometry consisting of a stars of david with hexagram circumpherences, within which are other stars of david of proportionate different sizes rotated at 90 degrees from one another. PAGES Stara.htm (11-1) (11-9) - Snowflakes template and geometry Starb.htm (11-10) (11-15) |
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Sound also fits in the same fundamental rotated stars of david template. Sound propigates lineally and sideways, with a strong longtitudinal sound wave in forward direction and back via reflections. The actual pump that propigates sound waves by impacts tranferring resonances via wavelengths resumed by the impacts, are sonic, based on the 6 sided fundamental matrixes identical to those of a snowflake. Pictured in mind's eye as floating pancakes of myriad fractal sizes from atomic to room size and bigger, the starflake floating pancakes constantly nudge each other while standing in place stationary. The sonic pancakes stack vertically, and spread out sideways. Sideways spreads are small and ultra small containing high and super high cross harmonic freqencies. New sonic starflakes constantly open up, and vanish, as sound and music progresses. PAGES starc.htm (12-1) (12-11) - Sonic snowflake templates and geometry stard.htm (12-12) (12-20) - Geometric properties (snowflakes) stare.htm (12-21) (12-28) starf.htm (12-29) (12-35) See more in the Newsonic pages - includes 5 year journal of mono in stereo experiements and tests, both successfull and failures. |
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Well known early experiments prooved by researchers that most atomic electron shell lattices in crystals contained six sided hot points of electron densities. These hot points fit exactly into the template shell describing the fundamental formation principles of snowflakes, and sonic wave/resonance distributions though any environment that is not a vacuum. PAGES starg.htm (13-1) (13-8) - Ionnic snowflakes (atomic) starh.htm (13-9) (13-16) |
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RUBICS CUBE COSMIC STARFLAKE GEOMETRY
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RUBICS CUBE QUARKS MODEL
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| SPIRALS GEOMETRY |
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PAGES Spirals 1 25 pages 64 Meg in two sets Spiral1a.htm - 12 pages 31 Meg Spiral1b.htm - 13 pages 33 Meg |
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Spirals 2 33 pages 81 Meg in three sets Spiral2a.htm - 13 pages 34 Meg Spiral2b.htm - 11 pages 30 Meg Spiral2c.htm - 6 pages 17 Meg |
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Spirals 3 10 pages 64 Meg in one set Spirals3.htm - 10 pages 23 Meg |
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Spirals4 18 pages 64 Meg in two sets Spiral4a.htm - 12 pages 18 Meg Spiral4b.htm - 6 pages 10 Meg |
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| PERFECT ECLIPSES |
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Collaborating quantum numbers, text description, datas, hyperfine distinction (important) Perfect.htm - illustrating perfect eclipse principles - exploratory ideas involving perfect eclipses and flow tubes between planets Perfectd.txt - Perfect eclipse quantum numbers Perfectd.txt - Technical descriptions Perfectd.txt - Tables and datas Perfectd.txt - Hyperfine distinctions Holes.txt - Perfect eclipses for Jupiter and Saturn |
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