| |
|
BINARIAN..................2 (0.000%)
|
| penetrated the gaseous region of the binarian axis even as they exploded into farther space. | 24670 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BREAK-UP OF SUPER-URANUS |
| the several significant major divisions of binarian history, | 54830 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 12: QUANTAVOLUTION OF THE BIOSPHERE: HOMO SAPIENS - |
| |
|
BINARIES..................51 (0.006%)
|
| in the atmosphere of the tube. Binaries can have planets 8 . | 24434 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| Binaries can have planets 8 . Several binaries show exchange of significant clouds of ionized gases between the stellar components. | 24434 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| the Sun to Super-Uranus. Nearby binaries contain dwarf companions, | 24439 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| indicated above, refers to. The observed binaries of our galaxy are engaged in heavy discharge of gases among the members 11 . | 24458 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| only because observed distance between present binaries vary greatly and can be quite small but also because the ancients appear to have had a knowledge of the planets and to havesuffered from interactions among them that indicate a close ingrouping. | 24471 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| and Sun today). However in some binaries, | 24509 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| might form." 15 The periods that binaries take to rotate about each other extend from the order of a day or less to upwards of thousand years. | 24514 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| the present author. 4. Batten (1973); "Binaries" Ency. | 25116 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : Notes (Chapter Five: Solaria Binaria) |
| the other major outer planets. 8. "Binaries" (1974) Ency. | 25129 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : Notes (Chapter Five: Solaria Binaria) |
| and Sagan, 155. But Encyclopedia Britannica "Binaries," ( | 25150 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : Notes (Chapter Five: Solaria Binaria) |
| Problem." 21 He alluded to spectroscopic binaries as examples of fission in the Universe. | 41915 THE LATELY TORTURED EARTH: PART IV: CRUSTAL TURBULENCE: Chapter 17 Volcanism - |
| information become available to speak about binaries systematically. | 50870 SOLARIA-BINARIA: - - - INTRODUCTION - |
| and thought about the observed stellar binaries elsewhere. | 50883 SOLARIA-BINARIA: - - - INTRODUCTION - |
| Solar System differs from other visual binaries only when the luminosity and mass rations of the principals are considered. | 50991 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| not exclude the potential presence of binaries where the minor principal is undetectable presently by any observation. | 50998 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| Eddington's method of massing the binaries. | 51577 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| between the period of revolution of binaries and the observed "surface temperature" of the primary star. | 52157 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| shell of gas) are often spectroscopic binaries whose companions orbit in about ten days. | 52176 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| and Hutchings for data on other binaries). | 52419 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| X-ray and optical emission in binaries. | 52422 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| to surround the stars of other binaries, | 52439 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| the gas density detected in such binaries is at a level of that plenum density that would suffice to let the principals be seen from the Earth's presumed location during that era 74 . | 54193 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| An important feature in semi- detached binaries is the flow of material from one of the principals to the other. | 54205 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| variable stars, a group of close binaries. | 54287 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| luminous close-binary systems. Some close binaries contain dwarf-nova stars, | 54313 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| in Figure 22 76 . Many stellar binaries involve components which have perplexed astronomers, | 54324 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| star system. There are potentially many binaries in the Galaxy. | 58138 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| be recognized by observers. In general, binaries fall into groups separable only by the technique used for their detection. | 58142 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| a telescope: these are the visual binaries. | 58144 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| about twelve percent of these visual binaries the orbital motion can be measured, | 58158 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| The orbital periods for spectroscopically detected binaries range from days to weeks. | 58213 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| been calculated for almost 100 eclipsing binaries. | 58230 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| About nine percent of the spectroscopic binaries are also eclipsing binaries. | 58232 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the spectroscopic binaries are also eclipsing binaries. | 58232 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| sample is surely an anomaly. Eclipsing binaries include principals with the smallest separation; | 58236 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| eclipsing star systems. The remaining eclipsing binaries are the semi-detached star systems. | 58242 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| remainder of the sample, all close binaries. | 58247 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| stars. The behavior of the close binaries can be characterized by its violence, | 58249 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| interest are the so-called contact binaries, | 58253 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| one day. Seldom do the close binaries resolve into two stars, | 58258 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| old novae and W Ursae Majoris binaries (Glasby, | 58267 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| are underluminous. In contrast, many close binaries contain one "overly large" principal. | 58268 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| solar photosphere and the corona. close binaries, | 58623 SOLARIA-BINARIA: - - - GLOSSARY - |
| and the corona. close binaries, see binaries commensurabilities, | 58623 SOLARIA-BINARIA: - - - GLOSSARY - |
| 867) Hutchings, J. B. (1976), "Massive Binaries -Early Evolutionary Stages" in Structure and Evolution of Close Binary Systems (Reidel: | 59636 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Mass Loss and Evolution in Close Binaries, | 59721 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| 1938), "On the Evolution of Eclipsing Binaries," | 59732 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| and Accretion in Massive X- Ray Binaries," | 59762 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Plavec, M. (1970), "Rotation in Close Binaries" in Stellar Rotation, | 59962 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| B. (1975), "Parameters of X-ray Binaries," | 60133 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Study of the Spectra of Eclipsing Binaries," | 60256 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| |
|
BINARY....................367 (0.046%)
|
| accomplished by introducing a theory of binary stars, | 929 QUANTAVOLUTION AND CATASTROPHE: PART 3: A Comment on the Q-C Test and Its Individual Items - - - |
| Bilma, erg of Bimson, John J. binary star binding energy bindu biochemistry bioelectricity biogenesis biography biological ages biological magnetism biological pulsation biological transformation Biological tree biology bion biophysics biosphere Biosphere 2000 bipedalism bird bird migration bird navigation Bird, | 1890 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| photon photosphere photosynthesis phylogenic inheritance physical binary system physics physiology Phystos Phythian oracle pi Pi-ha-kiroth Pickering, | 4675 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| primevalogy primordial soup" principal star in binary system priority in scientific discovery pro-human ape pro-selenes pro-Selenian probability process Proclus professionalism progress projection Prometheus promised land" proof prophecy of doom prophet propoganda protein protoplasm protozoa Prouty, | 4823 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| Saturn symbol Saturn's rings Saturn, binary Saturn-g Saturn-p Saturnalia Saturnia, | 5172 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| Visnu Vissidhi-Maggia visual agnosia visual binary Vita-Finzi, | 5889 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| in Chaos and Creation, of a binary solar system, | 12389 COSMIC HERETICS: PART 3: - Chapter 9: NEW FASHIONS IN CATASTROPHISM - |
| used the analogy of a close binary or double star to illustrate the presence of electromagnetic effects between stars. | 12805 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| the solar system having a full binary history. | 12820 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| planets, including Earth, from a proposed binary system to the unitary solar system." | 12948 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| arc between the Sun and its binary partner, | 13098 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| giving him Super-Uranus, and a binary system in throes of disintegration, | 13752 COSMIC HERETICS: PART 3: - Chapter 11: CLOCKWORK - |
| they found no need in their binary system, | 13757 COSMIC HERETICS: PART 3: - Chapter 11: CLOCKWORK - |
| solar system is a broken-down binary and functioned once within a huge sac and plenum of dense gases. | 19825 COSMIC HERETICS: PART 5: - Chapter 16: PRECURSORS OF QUANTAVOLUTION - |
| The Magnetic Tube and Planets The Binary Partner The Stacked Binary System Decline of the Electric System The Break-up of Super-Uranus Planetary Behavior Completion of the Transformation The World of Pangea The Sky-Watches Early Astronomical Ideas Summary Reflections upon the Changing World System CHAPTER SIX: | 21261 CHAOS AND CREATION: - - - TABLE OF CONTENTS - |
| Planets The Binary Partner The Stacked Binary System Decline of the Electric System The Break-up of Super-Uranus Planetary Behavior Completion of the Transformation The World of Pangea The Sky-Watches Early Astronomical Ideas Summary Reflections upon the Changing World System CHAPTER SIX: | 21262 CHAOS AND CREATION: - - - TABLE OF CONTENTS - |
| solar system might have been a binary system, | 24378 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| is the heyday of the cataclysmic binary," | 24380 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| to support the theory that a binary system occupied the sky. | 24383 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| it to be granted that the binary system could carry into the time of observant mankind, | 24390 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| system can be modelled as a binary system. | 24395 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| around the concepts necessary to a binary model 3 . | 24396 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| are multiple, three of these are binary, | 24399 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| am not only postulating such a binary system as our own, | 24401 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| an ordinary medium-sized star system. Binary components frequently have similar separations to the planet-Sun distances within the solar system. | 24406 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| may be due to an orbiting binary partner. " | 24411 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| pulses across the axis of the binary. | 24419 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| the central axis between the two binary bodies. | 24452 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| its tendency to orbit around its binary. | 24455 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| current was discharging between the two binary bodies. | 24461 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| history. The total distance between the binary bodies must have been much less in those days. | 24469 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE MAGNETIC TUBE AND PLANETS |
| accumulator and discharger of electricity. THE BINARY PARTNER Like the Sun Super-Uranus was a charged gas cloud with a high density but volatile core. | 24480 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| been termed a defunct or vestigial binary. | 24485 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| the system. The period of the binary was perhaps months long. ( | 24493 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| Sun. Figure 9. THE ORIGINAL STACKED BINARY SYSTEM (SOLARIA BINARIA) (Click on the picture to view an enlarged version. | 24504 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| are large.) The average separation between binary components is 20 astronomical units 14 (20 times the distance between the Earth and Sun today). | 24508 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| because the axial current of the binary circulated along the center of the gaseous tube, | 24534 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BINARY PARTNER |
| that much simpler." 20 THE STACKED BINARY SYSTEM Up to the moment, | 24555 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| now. This possibility describes how a binary system reduces to a solar system in the time of humankind. | 24569 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| primal form it was a stacked binary system where the planets ringed and revolved around the axial electric current that ran between the Sun and Super-Uranus. | 24570 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| within the axial tube connecting the binary components. | 24586 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| as well as from the great binary bodies. | 24591 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| not see the Sun or its binary partner through the clouds. | 24596 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| thus the equators all faced the binary axis. | 24597 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| diffused relic of the great Pangean binary axis current. | 24619 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : DECLINE OF THE ELECTRICAL SYSTEM |
| there is no longer an anode binary and a great enough voltage gradient to project the arc through interplanetary space. | 24637 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : DECLINE OF THE ELECTRICAL SYSTEM |
| present solar system as a fossil binary, | 24640 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : DECLINE OF THE ELECTRICAL SYSTEM |
| planets on the axis of the binary, | 24678 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BREAK-UP OF SUPER-URANUS |
| that all novae occur in close binary systems." | 24687 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BREAK-UP OF SUPER-URANUS |
| Earth that faced towards the disintegrating binary was increasingly illuminated as the gas clouds disappeared. | 24712 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| ones and by the quantitatively transforming binary atmosphere; | 24726 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| brought the other planets and the binary bodies into view; | 24730 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| its infant self-consciousness 31 . The binary side was the boreal region, | 24731 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| electrical behavior which dominated the solar binary. | 24742 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| here: that of a largely electrical binary system, | 24801 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : COMPLETION OF THE TRANSFORMATION |
| on planet Earth flourished in the binary system. | 24811 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE WORLD OF PANGEA |
| present solar system support a stacked binary system theory - the differently oriented "fossil" axes of planets: | 25021 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| fossil" axes of planets: rotational differences; binary behaviors of Jupiter; | 25023 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| was involved in disruptive behavior. The binary, | 25057 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| following the dispersal of the focused binary mass. | 25059 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| as to what it was; the binary system theory is a better reconstruction of the system as it was anciently discussed. | 25062 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| in a nova, the separation of binary stars increases gradually 45 . | 25073 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| the sun, which has produced the binary system in the first place. | 25075 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| This is in conformity with the binary theory. | 25086 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| its history stands against a new binary theory. | 25099 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : SUMMARY REFLECTIONS UPON THE CHANGING WORLD SYSTEM |
| on the wavy, undulation orbiting of binary components. | 25135 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : Notes (Chapter Five: Solaria Binaria) |
| gaseous engagement with its less luminous binary star, | 25307 CHAOS AND CREATION: - - CHAPTER 06: THE URANIANS : THE DESTRUCTION OF PANGEA |
| heat of Super-Uranus and the binary electrical axis began to dwindle - but that before the Earth could be covered with ice, | 25383 CHAOS AND CREATION: - - CHAPTER 06: THE URANIANS : THE ICE DUMPS |
| OF SATURN Saturn replaced Uranus as binary sun and god some twelve thousand years ago. | 27996 CHAOS AND CREATION: - - CHAPTER 08: SATURN'S CHILDREN : THE TRIUMPH OF SATURN |
| was the fissioning of the darker binary, | 27999 CHAOS AND CREATION: - - CHAPTER 08: SATURN'S CHILDREN : THE TRIUMPH OF SATURN |
| feebly from the South. Its Saturnine binary, | 28055 CHAOS AND CREATION: - - CHAPTER 08: SATURN'S CHILDREN : THE "GOLDEN AGE" |
| was crowned by rays, a solar (binary?) | 28099 CHAOS AND CREATION: - - CHAPTER 08: SATURN'S CHILDREN : THE "GOLDEN AGE" |
| in disaster. Super-Saturn, the remnant binary of the Sun, | 28173 CHAOS AND CREATION: - - CHAPTER 08: SATURN'S CHILDREN : THE DOWNFALL OF SATURN : NOVA AND DELUGE |
| in a certain type of close-binary system is a necessary condition for a star to become a nova," | 28662 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : THE BEHAVIOR OF PLANET JUPITER |
| warming and insulating gases of the binary were practically gone. | 28681 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : END OF THE "GOLDEN AGE" |
| 26 . GODS NOT INVENTED The Jovean Binary establishment continued to deteriorate. | 28780 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : GODS NOT INVENTED |
| his orbit between Earth and the binary complex carried him across the stringed lines of colored clouds framed by the boreal arch. | 28839 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : EXPLOSION AND ASTEROIDS |
| here, from one extreme of the binary axis (now the plane of the ecliptic) to the other, | 29060 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : MERCURY'S GEOPHYSICS |
| system as an evolution from a binary would remain hence the movements of planets, | 30509 CHAOS AND CREATION: - - CHAPTER 11: THE DEVIL'S ADVOCATE - |
| the heavy atmospheric envelope of the binary system, | 30510 CHAOS AND CREATION: - - CHAPTER 11: THE DEVIL'S ADVOCATE - |
| atmosphere being part of the great binary tube atmosphere is just too neat). | 30552 CHAOS AND CREATION: - - CHAPTER 11: THE DEVIL'S ADVOCATE - |
| out from the Sun to its binary partner 1 . | 30756 CHAOS AND CREATION: - - CHAPTER 12: VICTORY OF THE SUN - |
| should perhaps have been hot, a binary star, | 30919 CHAOS AND CREATION: - - CHAPTER 12: VICTORY OF THE SUN : FOREBODINGS |
| hot, and it probably was a binary. | 30920 CHAOS AND CREATION: - - CHAPTER 12: VICTORY OF THE SUN : FOREBODINGS |
| immense turbulence of the shut-down binary. | 30926 CHAOS AND CREATION: - - CHAPTER 12: VICTORY OF THE SUN : FOREBODINGS |
| Atmosphere and Circumstellar Matter in Spectroscopic Binary Systems," | 31171 CHAOS AND CREATION: - - - BIBLIOGRAPHY - |
| U. Symposium No. 51 (May). ---- (1973b), Binary and Multiple Star Systems, | 31172 CHAOS AND CREATION: - - - BIBLIOGRAPHY - |
| 1976), Structure and Evolution of Close Binary Systems, | 31479 CHAOS AND CREATION: - - - BIBLIOGRAPHY - |
| S. R. Kopal, Z. (1959), Close Binary Systems, | 31842 CHAOS AND CREATION: - - - BIBLIOGRAPHY - |
| Earth may have evolved in a binary system such as I have described in Chaos and Creation and, | 33295 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| and its small and less radiant binary partner, | 33298 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| magnetic gas tube stretching between the binary's two principals was the source of the Earth's atmosphere. | 33308 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| Earth's atmosphere. Most of the binary tube gases would have escaped into space with the decline and disappearance of the axial current. | 33308 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| Basin would be cushioned by the binary atmosphere. | 33324 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| family descended from the Sun's binary partner, | 33386 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| gap between the Sun and its binary. | 33391 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 2 The Gaseous Complex - |
| tube of gases that envelops a binary star system, | 33946 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 3 Hurricanes and Cyclones - |
| its intruder acting momentarily as its binary, | 34240 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 4 Magnetism and Axial Tilts - |
| external magnetic field of the solar binary system until perhaps eight thousand years ago; | 34298 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 4 Magnetism and Axial Tilts - |
| theory of Solaria Binaria, until the binary system was collapsing, | 34440 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 4 Magnetism and Axial Tilts - |
| the Earth drifted out of its binary-locked, | 35407 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 6 Cosmic and Terrestrial Lightning - |
| bolt from the blue. Replacing the binary current and magnetic gas tube were two contemporary phenomena: | 35410 THE LATELY TORTURED EARTH: PART I: ATMOSPHERICS: Chapter 6 Cosmic and Terrestrial Lightning - |
| partner -in a long period of binary transaction; | 39243 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 12 Water - |
| the early catastrophic scenario of a binary nova of Super-Uranus, | 39666 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 13 Deluges - |
| air," of the stratosphere, of the binary system's atmospheric plenum in our interpretation. | 39691 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 13 Deluges - |
| both an early sun, a bright binary partner of the Sun, | 39786 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 13 Deluges - |
| in the gaseous atmosphere of the binary magnetic tube. | 40807 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| equable climate to the Earth. The binary tube atmosphere would itself have been maintained by the same electrical and inertial forces that kept the Earth in rotation and orbit. | 40810 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| or Super-Uranian node of the binary solar system. | 40813 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| down the magnetic tube between the binary partners. | 40823 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| and milder age, with a subdued binary, | 40971 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| extending between the Sun and its binary partner. | 46211 THE LATELY TORTURED EARTH: PART V: RIFTS, RAFTS AND BASINS: Chapter 25 Sediments - |
| outburst of the Sun creating its binary, | 47728 THE LATELY TORTURED EARTH: PART VI: BIOSPHERICS: Chapter 27 Genesis and Extinction - |
| binary, and two explosions of its binary in subsequent millennia. | 47728 THE LATELY TORTURED EARTH: PART VI: BIOSPHERICS: Chapter 27 Genesis and Extinction - |
| of, or grouped close to, the binary second sun. | 48898 THE LATELY TORTURED EARTH: PART VII: DIMENSIONS OF QUANTAVOLUTION: Chapter 30 Intensity, Scope and Suddenness - |
| history says that the last active binary principal second sun was Jupiter (by many names), | 48913 THE LATELY TORTURED EARTH: PART VII: DIMENSIONS OF QUANTAVOLUTION: Chapter 30 Intensity, Scope and Suddenness - |
| ionized gases and plasmas. C. Remanent binary behavior would have to be evidenced by Jupiter or by the outer planets as a group. | 49009 THE LATELY TORTURED EARTH: PART VII: DIMENSIONS OF QUANTAVOLUTION: Chapter 30 Intensity, Scope and Suddenness - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM 01: | 50641 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| 01: The Solar System as a Binary 02: | 50642 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY 10: | 50652 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| Gravitating Electrified Bodies NOTE D: On Binary Star Systems NOTE E: | 50666 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| Between Celestial Bodies NOTE D 39. Binary Orbits of Short Period LIST OF TABLES CHAPTER THREE 1. | 50758 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| speculation surrounding the phenomena of stellar binary systems. | 50868 SOLARIA-BINARIA: - - - INTRODUCTION - |
| of stellar binary systems. The first binary star orbit was computed in 1822, | 50868 SOLARIA-BINARIA: - - - INTRODUCTION - |
| Solar System itself was once a binary system, | 50874 SOLARIA-BINARIA: - - - INTRODUCTION - |
| is now a kind of fossil binary system, | 50875 SOLARIA-BINARIA: - - - INTRODUCTION - |
| between the separate components in many binary systems. | 50878 SOLARIA-BINARIA: - - - INTRODUCTION - |
| that it was, and is, a binary system, | 50881 SOLARIA-BINARIA: - - - INTRODUCTION - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER ONE THE SOLAR SYSTEM AS A BINARY Contrary to the hypothesis that the Solar System was born as and has evolved as a single star system, | 50941 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| ONE THE SOLAR SYSTEM AS A BINARY Contrary to the hypothesis that the Solar System was born as and has evolved as a single star system, | 50945 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| Solar System was and is a binary system. | 50948 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| and is a binary system. The binary system was formed when the primitive Sun fissioned. | 50949 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| bell Motion of Solaria Binaria The binary system rotates like a lopsided dumb-bell as it moves through galactic space. | 50959 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| be taken to be the remnant binary partner 1 . | 50964 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| conception of a rapidly developed solar binary system is consonant with observations of nearby star systems. | 50965 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| bodies. Among these are many physical binary systems. | 50969 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| stars, the star density and the binary frequency drop with increasing distance (van de Kamp 1971, | 50974 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| average the principals in a physical binary system are separated by approximately 18 astronomical units. | 50980 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| principals with time. The typical visual binary system that has been analyzed contains principals whose separations, | 50988 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| considered. The observed features of visual binary systems are not an inconsistent final state for a physical binary system evolving in the manner that will be proposed here for Solaria Binaria. | 50993 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| inconsistent final state for a physical binary system evolving in the manner that will be proposed here for Solaria Binaria. | 50994 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| planets would seem inconsistent with observed binary systems were it not for the fact that these latter are all visually observed and do not exclude the potential presence of binaries where the minor principal is undetectable presently by any observation. | 50997 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| s) was markedly different in the binary phase than in the present system. | 51001 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| the Solar System originated as a binary star system and has evolved to the present as such. | 51021 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| at the end of a long binary trail leads to a theory that the Sun is electrical. | 51029 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| 1977) and might be a remnant binary partner in addition to Jupiter. | 51039 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY : Notes on Chapter 1 |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER TWO THE SOLAR SYSTEM AS ELECTRICAL The Sun, | 51062 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| stars, the highly luminous stars, the binary stars, | 51106 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| a series of quick changes the binary was transformed into today's Solar System. | 51116 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| In his cosmogony Bruce argues that binary stars form by division of an original stellar nucleus. | 51128 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| Fission of the star into a binary would then logically happen most frequently by rotational fission (Kopal, | 51133 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| immediately after a nova outburst. Close-binary pairs should be found among the post-nova stars (Clark et al., | 51135 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| nova it divided into a close binary pair, | 51142 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| be called Super Uranus, Enveloping the binary was a cloud of solar material constituting at least one percent of the Sun's material. | 51145 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| created and sustained life within the binary system. | 51252 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| believe that the Sun was a binary star and its companion, | 51268 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| initially near the Sun, near its binary partner, | 51276 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| in the formation of a stable binary system, | 51407 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| they're about the stability of binary orbits over long times are in question because of the work of Bass. | 51412 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER THREE THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME Conventionally viewed, | 51512 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| time scale over which the Solar Binary developed. | 51554 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| specific, may we have a stellar binary which develops over a short interval through some of the most significant phases of the history of the Solar System ? | 51555 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| analysis of a small sample of binary stars. | 51570 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| to bring about motion within the binary system. | 51578 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| way to measure mass in non-binary systems. | 51580 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| the first two -thirds of the binary's lifetime. | 51712 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| G6 47 600 Gliese 269A K2, Binary 53 500 Gliese 333 M3 53 500 Gliese 375 M5 54 300 Gliese 391 F3, | 51815 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| some distinguishing characteristic. The majority are binary, | 51853 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| of Radiant Genesis which followed the binary's creation. | 51856 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| K1 134 121 C Carinae A2, binary 139 125 GC 12253 F0, | 51877 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| lines 258 233 GC 11867 G8, binary (M 1) 301 326 e Carinae K0, | 51879 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| 326 e Carinae K0, B; Spectroscopic binary Limiting magnitude 6. | 51880 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| Sun's run, is a spectroscopic binary whose class B primary is orbited by a class K secondary; | 51886 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| of the stars are components in binary star systems. | 51894 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER FOUR SUPER URANUS AND THE PRIMITIVE PLANETS About one million years ago, | 51965 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| including a body that became the binary partner, | 51976 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| rich. In an explosive expansion the binary was born, | 51991 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| and among the components of the binary system. | 52035 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| principals to the other. Elsewhere, close binary systems exist where the flow is form the companion to the primary (Cowley et al., | 52040 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| along the interstellar axis in several binary systems (Batten, | 52082 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| He states, also, that for all binary systems synchronism of rotation and revolution seem to occur for orbital periods shorter than ten days. | 52130 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| p36) notes that some semi-detached binary systems, | 52134 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| later stage of evolution of the binary. | 52137 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| of the angular momentum. The evolved binary (today's Solar System) left less than one percent of the angular momentum in the Sun. | 52146 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| Super Uranus, the spin of the binary would decrease, | 52148 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| potentially increasing the spin of the binary. | 52150 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| reflected in an increase in the binary's period of revolution. | 52155 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| a distant observer as a close binary with an unseen companion. | 52163 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| age disparities" exist between principals of binary systems. | 52173 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| that many of the interesting close-binary systems involve an unseen companion. | 52184 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| this time. As the solid-wheel binary evolved, | 52209 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| cosmogonies involve processes occurring within a binary star system. | 52226 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| accounts for the formation of a binary star system from a single star. | 52228 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| fission of one star into a binary. | 52233 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| material (gases and solids). As the binary evolved this sac became extended along the lengthening axis from Sun to Super Uranus. | 52236 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER FIVE THE SAC AND ITS PLENUM The original Super Sun, | 52299 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| that nurtured the planets. As the binary widens, | 52316 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| appearance has been postulated for the binary AM Herculis (Liller, | 52318 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| flow patterns in X-ray-emitting binary systems. | 52319 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| reach the planetary surfaces. As the binary evolved, | 52354 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| diluting plenum gases elsewhere in evolving binary systems. | 52358 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| 1973a, p10), discussing matter flow within binary systems, | 52359 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| of Super Uranus. As in other binary systems, | 52417 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| binaries. Radio-emitting regions surround many binary systems (Wickramasinghe and Bessell). | 52422 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| colleagues claim that radio emission from binary stars is noted for stars that are over-luminous. | 52423 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| absorption shell associated with the hidden binary within. | 52430 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| within. Like many of the close-binary systems, | 52431 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| in a distant telescope, but the binary nature of the system could be known because observable differences would be produced as the dumb-bell revolved. | 52432 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| the dumb-bell revolved. Gas-containing binary systems as described here, | 52435 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| in its last days. As the binary system collapsed, | 52437 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| gas streams detected flowing between certain binary components are present in Solaria Binaria along what we call the electrical arc. | 52440 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| to believe that they envelop entire binary systems, | 52443 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| not affect the visibility of the binary components more adversely than does the Earth's atmosphere today. | 52512 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM : Notes on Chapter 5 |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER SIX THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION The binary electrical system was distinguished by an electrical flow between the principals. | 52542 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| AXIS AND ITS GASEOUS RADIATION The binary electrical system was distinguished by an electrical flow between the principals. | 52548 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| flowing along the axis of the binary of the order of 10 14 amperes (100 teraamperes) would produce sufficient magnetic field intensity to constrain the plenum gases up to 64 000 kilometers from the axis (see ahead to Chapter Seven). | 52557 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| the heat flowing away from the binary arc cannot much exceed 2. | 52584 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| column of fire. Solaria's electrical binary connection differs from a terrestrial lightning stroke of today in that it involves many concurrent (but not necessarily simultaneously launched) arc channels. | 52613 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| steady and bursters, are associated with binary star systems. | 52716 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| due to thermonuclear reactions in close binary star systems, | 52718 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER SEVEN THE MAGNETIC TUBE AND THE PLANETARY ORBITS The arc along the axis between the principals created a magnetic tube, | 52872 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| direct observations of gas exchange within binary star systems, | 52919 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| by their magnetized structures. As the binary extended, | 52997 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| conclude that, in addition to their binary "dumb-bell" orbit, | 53010 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| between the component stars of a binary. | 53016 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| L1 for the Sun-Super Uranus binary system. | 53025 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| haven for planetary bodies in the binary. | 53031 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER EIGHT THE EARTH'S PHYSICAL AND MAGNETIC HISTORY The generally round shape of the Earth is an effect of external electric pressure to bring it into electrical balance with the plenum. | 53128 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 8: THE EARTH'S PHYSICAL AND MAGNETIC HISTORY - |
| ONE: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM CHAPTER NINE RADIANT GENESIS The physical history of Solaria Binaria may be divided into three major periods according to the intensity of quantavolution occurring: | 53573 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 9: RADIANT GENESIS - |
| effective following the establishment of the binary arc. | 53717 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 9: RADIANT GENESIS - |
| it separates its ingredients on the binary principle of "one for you and one for me". | 53766 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 9: RADIANT GENESIS - |
| expected, promoted it less when the binary was stabilized, | 53905 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 9: RADIANT GENESIS - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER TEN INSTABILITY OF SUPER URANUS The first part of our narrative was given over largely to the origin and progress of Solaria Binaria up to the beginnings of a fatal instability. | 54042 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| let light pass directly from the binary stars to the planets. | 54052 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| regards during the degeneration of the binary system. | 54056 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| disturbances. As is typical of evolving binary systems, | 54128 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| of the electrical axis of the binary diminishes. | 54135 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| the binary diminishes. The universality of binary recession can be documented by Russell's 1927 data, | 54135 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| where star class is correlated with binary period. | 54136 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| Only Bruce (1944, p13) has connected binary age with separation of the components. | 54137 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| Galaxy into the sac of the binary, | 54143 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| plenum. Charges so delivered to the binary as a whole were subsequently redistributed among the parts of the enveloped binary, | 54144 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| among the parts of the enveloped binary, | 54145 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| observed to be a semi-detached binary star system (Note D) from the vantage point of another star system. | 54191 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| transaction between the Cosmos and the binary ceased to liberate the major part of its energy at the binary's perimeter. | 54200 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| part of its energy at the binary's perimeter. | 54201 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| lines are often observed in close-binary systems. | 54210 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| lengthening of the period of the binary has been ascribed to mass loss from the system (Nather and Warner). | 54213 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| as stellar wind. In certain close-binary systems, | 54219 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| galactic X-ray sources represent close-binary systems and that in some cases a flow of ionized gases occurs between the principals in the presence of (inferred) 75 magnetic fields is an important finding (Kraft); | 54221 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| Binaria was an X-ray emitting binary at this stage. | 54227 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| not uncommon in under-luminous close-binary systems. | 54311 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| behind, Chapters Three and Four). The binary, | 54344 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER ELEVEN ASTROBLEMES OF THE EARTH The first experience of Super Uranian instability on Earth would be a quick succession of light and darkening and a relatively more pronounced illumination from the South (Sun) and the electrical arc. | 54400 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 11: ASTROBLEMES OF THE EARTH - |
| away from the star. Because the binary is nestled in the cavity, | 54419 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 11: ASTROBLEMES OF THE EARTH - |
| density than other parts of the binary system, | 54430 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 11: ASTROBLEMES OF THE EARTH - |
| In the disruptive environment, when the binary began to be electrically unstable, | 54620 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 11: ASTROBLEMES OF THE EARTH - |
| down in some generations of late binary times by extraterrestrial and turbulent surface events. | 54725 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 11: ASTROBLEMES OF THE EARTH - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER TWELVE QUANTAVOLUTION OF THE BIOSPHERE: | 54811 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 12: QUANTAVOLUTION OF THE BIOSPHERE: HOMO SAPIENS - |
| 000 250,000 Star erupts into binary at unstable epoch... | 54849 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 12: QUANTAVOLUTION OF THE BIOSPHERE: HOMO SAPIENS - |
| 000 to 14,000 736,000 Binary components separating... | 54853 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 12: QUANTAVOLUTION OF THE BIOSPHERE: HOMO SAPIENS - |
| 600 12,400 Arcintermittent... plenum thins... binary becomes unstable... | 54857 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 12: QUANTAVOLUTION OF THE BIOSPHERE: HOMO SAPIENS - |
| planets isolated, devastated and relocated as binary translates into Solar System. | 54857 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 12: QUANTAVOLUTION OF THE BIOSPHERE: HOMO SAPIENS - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER THIRTEEN NOVA OF SUPER URANUS AND EJECTION OF THE MOON Ancient Mesopotamian accounts of gods tearing off each other's heads and limbs are not "baffling" (de Santillana and von Dechend, | 55247 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| plenum of charged gases around the binary system itself and secondarily around each charged body of the binary. | 55359 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| around each charged body of the binary. | 55360 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| the Earth. It then crosses the binary axis so as to approach the Sun on the forward side (orbiting directly). | 55637 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| into an orbit beyond the surviving binary pair. | 55640 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER FOURTEEN THE GOLDEN AGE AND NOVA OF SUPER SATURN The great god, | 55807 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 14: THE GOLDEN AGE AND NOVA OF SUPER SATURN - |
| elliptical orbit similar to that for binary stars of 64-day period (note D), | 55854 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 14: THE GOLDEN AGE AND NOVA OF SUPER SATURN - |
| captivity along the axis of the binary partners. | 56073 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 14: THE GOLDEN AGE AND NOVA OF SUPER SATURN - |
| close to that of the old binary. | 56074 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 14: THE GOLDEN AGE AND NOVA OF SUPER SATURN - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER FIFTEEN THE JUPITER ORDER When Thor, | 56234 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| countless instances of stellar and interstellar binary currents produced by the discharge of accumulated electrical charges. | 56261 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| of wheeling with Jupiter, now the binary component, | 56278 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| to the plane of the old binary - now the plane of the reconstituted Solar System. | 56279 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| occasional visible discharges of the dying binary, | 56284 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER SIXTEEN VENUS AND MARS It is no longer fashionable to believe that Venus and Mars are beautiful bodies, | 56591 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 16: VENUS AND MARS - |
| PART TWO: DESTRUCTION OF THE SOLAR BINARY CHAPTER SEVENTEEN TIME, | 57089 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| culture in the first age of binary instability, | 57108 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| have been overlooked by observers. The binary electrical axis has been diffused into a pervasive solar wind, | 57126 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| the planetary plane. The once-substantial binary partner is dispersed into at least a dozen sizeable fragments and myriad fragments of smaller debris. | 57128 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| may be said to lack a binary model for solar and Earth history, | 57146 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| of the Solar System as a binary development. | 57151 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| the normal work expected of a binary system. | 57162 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| a late phase of a stellar binary system. | 57174 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| locked between the partners in a binary, | 57179 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| this we were encouraged by the binary concept itself to call time into question. | 57190 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| itself to call time into question. Binary systems offer evidence of great forces operating over short times to produce large effects. | 57191 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| fair to say that only a binary model can supply those scientists --admittedly a small minority -- who are inclined to shorten natural history with an adequate theoretical instrument. | 57196 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| with an adequate theoretical instrument. The binary model suggests and may even require, | 57200 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| s development from creative-nova into binary, | 57776 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE B: : ON COSMIC ELECTRICAL CHARGES |
| 124 throughout the lifetime of the binary; | 58023 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| electrical equilibrium, the mass of the binary system, | 58033 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| relation to one another declined, the binary would appear to lose angular momentum. | 58035 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| a variation would mean that a binary companion or a Jupiter sized mass would not orbit with a force simply proportional to the force keeping an asteroid or a tiny meteoroid in orbit. | 58089 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| TECHNICAL NOTES TECHNICAL NOTE D ON BINARY STAR SYSTEMS In the sample of the sixty nearest stars to the Earth we include the Sun. | 58128 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| by any means, many of the binary systems which exist will not be recognized by observers. | 58139 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| which show regular periodicity betraying the binary nature of the system. | 58147 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| greatly expanding the number of known binary systems. | 58149 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| binary systems. Visual observation of the binary companion depends upon several factors: | 58151 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| several factors: the proximity of the binary system to the Earth; | 58152 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the primary. Tens of thousand of binary systems can be resolved by telescope into two separate stars. | 58157 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the period of revolution of the binary is known, | 58162 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| principals, the total mass of the binary system can be calculated (Chapter Three). | 58164 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the calculated total "mass" of the binary system. | 58169 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| not nil. For a typical visual binary one revolution of the companion about the primary takes a few decades. | 58177 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| Figure 39). For a typical visual binary superposed on the Solar System the apastron (near Neptune) is three times as distant as the periastron (near Saturn). | 58180 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| cent further than perihelion. Figure 39. Binary Orbits of Short Period Binary stars show a relationship between the shape of their relative orbit and their period of revolution in that orbit. | 58192 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| 39. Binary Orbits of Short Period Binary stars show a relationship between the shape of their relative orbit and their period of revolution in that orbit. | 58195 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| for a particular ellipse. In some binary systems the separation of the components is too small to allow resolution in a telescope. | 58204 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| telescope. Sometimes the detection of the binary still can be made because when the distance between the principals is small enough the stars move in orbit with high velocities. | 58205 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| in orbit with high velocities. The binary can be observed because a Doppler shift occurs in the spectrum lines of the orbiting companion. | 58207 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the orbiting companion. Spectroscopic detection favors binary systems in which the stars are highly luminous and especially where the orbiting star is equal in brightness to, | 58210 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| cycle; canceling the motion of the binary system itself, | 58215 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| are comparable in brightness. Lastly, some binary systems are detected because the light received from the stars is seen to vary as the principals eclipse one another. | 58224 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| another. The stars in these eclipsing binary systems usually revolve about one another in less than one month. | 58226 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| of eclipsing systems in the spectroscopic binary sample is surely an anomaly. | 58233 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| with the smallest separation; the close binary stars belong to this group. | 58236 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| Lyrae system is a semi-detached binary. | 58245 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| distinction between all of the detached binary systems, | 58246 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the sample, all close binaries. These binary stars transact much more strongly because of the proximity of the two stars. | 58248 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| within its tenuous atmosphere. Some contact binary systems appear to revolve about one another in a small fraction of one day. | 58255 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| often show duplication. They are the binary systems with the greatest internal transaction. | 58259 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| the type exhibited by the close binary group as a whole. | 58264 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| emission stars are members of close binary systems (Maraschi et al.). | 58270 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| Sequence (overluminous stars) were members of binary systems. | 58273 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| that a property common to close binary systems is deviant luminosity of one or both principals. | 58273 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| are electrical. In summary, the close binary stars feature one principal which is a degenerate object. | 58279 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| charge. These unusual characteristics of close binary systems appear to represent a competition for space and electrical charge; | 58283 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| quantavoluted through the gambit of close binary phenomena before its principals became detached and its binary nature became disguised. | 58287 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| its principals became detached and its binary nature became disguised. | 58288 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| of the new partner into the binary position in line with the ancient string of planetary beads lying along the electrical axis. | 58386 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE E: : SOLARIA BINARIA IN RELATION TO CHAOS AND CREATION |
| the principals (q. v.) in a binary. | 58572 SOLARIA-BINARIA: - - - GLOSSARY - |
| see mutual repulsion companion in a binary system is a body which revolves about the major component (q. | 58628 SOLARIA-BINARIA: - - - GLOSSARY - |
| double star is a synonym for binary star. | 58673 SOLARIA-BINARIA: - - - GLOSSARY - |
| Mass-Luminosity law. Stars in close binary systems are usually of this type, | 58699 SOLARIA-BINARIA: - - - GLOSSARY - |
| transaction between the principals in such binary systems. | 58700 SOLARIA-BINARIA: - - - GLOSSARY - |
| separation of the principals in a binary. | 58861 SOLARIA-BINARIA: - - - GLOSSARY - |
| between two bodies in orbit. physical binary system is here defined to consist of two bodies which are mutually dependent in respect to their orbital revolution about each other. | 58866 SOLARIA-BINARIA: - - - GLOSSARY - |
| is the major body in a binary system, | 58898 SOLARIA-BINARIA: - - - GLOSSARY - |
| major components in a multiple or binary star system. | 58903 SOLARIA-BINARIA: - - - GLOSSARY - |
| unseen bodies are components in a binary system which remain undetected by direct observation but are implied by some anomalous behaviour of those bodies which are detected. | 59010 SOLARIA-BINARIA: - - - GLOSSARY - |
| those bodies which are detected. visual binary system is a binary system where the component stars are resolvable into separate optical images, | 59014 SOLARIA-BINARIA: - - - GLOSSARY - |
| detected. visual binary system is a binary system where the component stars are resolvable into separate optical images, | 59015 SOLARIA-BINARIA: - - - GLOSSARY - |
| of the Flow of Matter Within Binary Systems" in Extended Atmospheres and Circumstellar Matter in Spectroscopic Binary Systems, | 59179 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Atmospheres and Circumstellar Matter in Spectroscopic Binary Systems, | 59180 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| 51 (May), pp. 1-21; -(1973b), Binary and Multiple Systems of Stars (Pergamon: | 59183 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Is Cir X-1 a Runaway Binary?," | 59308 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Arietis: An evolved, very short period binary," | 59339 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| o 14462: A Non-eruptive Close Binary," | 59342 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Sigma Orionis E as Mass-Transfer Binary System," | 59587 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| in Structure and Evolution of Close Binary Systems (Reidel: | 59637 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Robert H. (1970), "Observational Facts in Binary Mass Loss," | 59720 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| 8, pp. 651-7 ---(1959), Close Binary Systems (Chapman and Hall: | 59735 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| of Structure and Evolution of Close Binary Systems, | 59738 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| 1003 Krzeminski, W. (1965), "The Eclipsing Binary U Geminorum," | 59743 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| 68 ---(1938), "On the Origin of Binary Stars," | 59809 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| al. (1977), "Radio Survey of Close Binary Stars," | 60093 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Atmospheres and Circumstellar Matter in Spectroscopic Binary Systems, | 60252 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| or sublimation? Would the counting of binary star systems be such, | 75902 HOMO SCHIZO II: - - Chapter 7: THE GOOD, THE TRUE, AND THE BEAUTIFUL : SCIENCE AS INSTINCT |
| and Moon compose a type of binary system bearing negative charges on their surfaces: | 82757 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 13: HOW THE GODS FLY : ELECTRO-MECHANICS OF THE GODS |
| its becoming a part of the binary system. | 82772 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 13: HOW THE GODS FLY : ELECTRO-MECHANICS OF THE GODS |
| year old solar system as a binary (report in Memphis Commercial Appeal). | 102037 THE BURNING OF TROY: - - Chapter 1: THE QUANTAVOLUTIONARY SCAN - |
| R. Milton. It calls for a binary system of the Sun and Super-Uranus, | 105057 THE BURNING OF TROY: PART 1: HISTORICAL DISTURBANCES: Chapter 9: ANCIENT ASTRONAUTS - |
| an electromagnetized tube reaching between the binary partners and providing a vast intervening space with a viable atmosphere for planetary and biological genesis. | 105058 THE BURNING OF TROY: PART 1: HISTORICAL DISTURBANCES: Chapter 9: ANCIENT ASTRONAUTS - |
| The New Astronomy and Quantavolution. A binary solar system; | 111563 THE BURNING OF TROY: PART 5: COMMUNICATING A SCIENTIFIC MODEL: Chapter 29: I.Q.: A UNIVERSITY PROGRAM : CURRICULUM |