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PHOTOGRAPHED..............8 (0.001%)
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| as minute specks. This being possibly photographed from a stone mural or some such thing. | 10078 COSMIC HERETICS: PART 2: - Chapter 7: FROM VENUS WITH LOVE - |
| Mars is its Coprates canyon complex, photographed by Mariner IX (see Figure 2 with 1997 upgrade). | 21814 CHAOS AND CREATION: - - CHAPTER 01: COSMIC INSTABILITY : THE CLEAVAGE OF MARS: A PARTICULAR CASE |
| Meanwhile the space shuttle Columbia has photographed beneath the sands covering the eastern Sahara to reveal fractures, | 38575 THE LATELY TORTURED EARTH: PART II: EXOTERRESTRIAL DROPS: Chapter 11 Encounter and Collisions - |
| serendipitous coincidence the whole event was photographed by a scientist conducting research on lightning (Orville). | 55780 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON : Notes on Chapter 13 |
| space. The two localities which were photographed show evidence of recent surface devastation. | 56677 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 16: VENUS AND MARS - |
| One week?" "Impossible, we would have photographed it." | 81652 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 11: THE BLASTED CAREER OF THE MIGHTY SWORDSMAN : THE FATAL WOUND |
| fact that the carbon dioxide caps photographed at the poles of Mars are a couple of hundreds of kilometers off center. | 81711 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 11: THE BLASTED CAREER OF THE MIGHTY SWORDSMAN : THE FATAL WOUND |
| the originals of what has been photographed recently from space. | 125121 - A FIRE NOT BLOWN: - - Chapter 24: THE NORTH - |
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PHOTOGRAPHER..............1 (0.000%)
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| Geologist, Naxos, Greece; Eugene Vanderpool, Archaeological Photographer, | 103057 THE BURNING OF TROY: PART 1: HISTORICAL DISTURBANCES: Chapter 2: THE BURNING OF TROY : Notes (Chapter 2: The Burning of Troy) |
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PHOTOGRAPHIC..............5 (0.001%)
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| evolved." Shelton's marvelous, though uniformitarian, photographic book of geology should be quoted here. | 22825 CHAOS AND CREATION: - - CHAPTER 03: COLLAPSING TESTS OF TIME : RAPID SEDIMENTATION |
| 8 million miles (6 million Km). Photographic close-ups gave new evidence of the immense turbulence of the shut-down binary. | 30925 CHAOS AND CREATION: - - CHAPTER 12: VICTORY OF THE SUN : FOREBODINGS |
| the Bichat structure of Mauritania. Some photographic reconstructions delineate what appear to be many crater outlines. | 38726 THE LATELY TORTURED EARTH: PART II: EXOTERRESTRIAL DROPS: Chapter 11 Encounter and Collisions - |
| pattern can record itself on a photographic plate with what our brains regard as verisimilitude. | 72110 HOMO SCHIZO II: - - Chapter 3: BRAINWORK : THE LOCATION OF INSTINCT DELAY |
| infra-red, below the range of photographic detection, | 134632 THE VELIKOVSKY AFFAIR: PART 1: MINDS IN CHAOS - - - |
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PHOTOGRAPHICALLY..........2 (0.000%)
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| No datum will enter the mind photographically. | 83780 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 3: THERAPY FOR GROUP FEAR Chapter 15: THE BIRTH AND DEATH OF MEMORY : THE RULES OF MEMORY |
| No datum will enter the mind photographically. | 127421 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : Chapter 2: THE PALAETIOLOGY OF FEAR AND MEMORY : THE RULES OF MEMORY |
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PHOTOGRAPHS...............14 (0.002%)
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| adjoining page from astronomical drawing and photographs. | 22352 CHAOS AND CREATION: - - CHAPTER 02: HIGH ENERGY FROM SPACE : PANDEMONIUM AND DARKNESS |
| Figs. iv, 3, 17, 31, 32. Photographs and drawing by astronomers: | 22392 CHAOS AND CREATION: - - CHAPTER 02: HIGH ENERGY FROM SPACE : PANDEMONIUM AND DARKNESS |
| myriad rings faintly visible on satellite photographs of the Earth's surface (as reported in earlier pages) represent cyclonic craters formed by the jets and soon filled by aquatic tides and earth flows. | 39814 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 13 Deluges - |
| planet Venus. "Recent first-class Pioneer photographs of Venus show that the planet is rent with fissures, | 41636 THE LATELY TORTURED EARTH: PART IV: CRUSTAL TURBULENCE: Chapter 17 Volcanism - |
| transported by submarine landslides; and that photographs of ripple marks lying at a depth of 4, | 45132 THE LATELY TORTURED EARTH: PART V: RIFTS, RAFTS AND BASINS: Chapter 23 Canyons and Channels - |
| extensive not too many centuries ago. Photographs of Europa show it to have lobate scarps resembling those on Mercury (Smith, | 56522 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| sends Mariner 9 into space and photographs the most prominent feature of Mars, | 57009 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 16: VENUS AND MARS - |
| Martian atmosphere is of argon. Recent photographs indicate that the polar caps, | 81620 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 11: THE BLASTED CAREER OF THE MIGHTY SWORDSMAN : THE FATAL WOUND |
| fresh to the readers of its photographs. | 81645 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 11: THE BLASTED CAREER OF THE MIGHTY SWORDSMAN : THE FATAL WOUND |
| gown. A recent compendium of cometary photographs and drawings displays several such images. | 85510 GODS FIRE: - - Chapter 1: PLAGUES AND COMETS : COMETS AND ANGELS |
| destruction levels and their causes. g. photographs of selected destruction levels showing ashes and calcination (Troy, | 104416 THE BURNING OF TROY: PART 1: HISTORICAL DISTURBANCES: Chapter 6: UPDATING SCHAEFFER'S DESTRUCTION INVENTORY : CORRELATING NATURAL DISASTERS |
| mentioned by the poet Pindar, and photographs, | 122252 - A FIRE NOT BLOWN: - - Chapter 06: ARIADNE - |
| stars that can be counted on photographs and the total number of stars believed to exist within our galaxy. | 126415 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : - FOREWORD : Notes (Foreword) |
| nude and bare as in the photographs, | 131128 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : Chapter 5: SHAKESPEARE AND VELIKOVSKY : Catastrophic Theory and the Springs of Art |
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PHOTOGRAPHY...............3 (0.000%)
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| aegis Aeneas Aeon aeon, eon aerial photography aersol Aeschylus aesthetics aether, | 1375 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| phonemic phosphate phosphoresence phosphorous photochemistry photoelectricity photography photometry photon photosphere photosynthesis phylogenic inheritance physical binary system physics physiology Phystos Phythian oracle pi Pi-ha-kiroth Pickering, | 4669 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| all that has struck Earth. Satellite photography has in the past few years introduced a new instrument for crater detection, | 38724 THE LATELY TORTURED EARTH: PART II: EXOTERRESTRIAL DROPS: Chapter 11 Encounter and Collisions - |
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PHOTOLYSIS................3 (0.000%)
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| million years! 65 Should the initial photolysis not be the rate-controlling step, | 53689 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 9: RADIANT GENESIS - |
| complex molecules produced after the initial photolysis are more easily excited and are affected by lower energy radiation, | 53980 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 9: RADIANT GENESIS : Notes on Chapter 9 |
| over a long time due to photolysis by ultraviolet radiation. | 56695 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 16: VENUS AND MARS - |
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PHOTOMETRY................2 (0.000%)
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| phosphate phosphoresence phosphorous photochemistry photoelectricity photography photometry photon photosphere photosynthesis phylogenic inheritance physical binary system physics physiology Phystos Phythian oracle pi Pi-ha-kiroth Pickering, | 4670 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| Warner, B. (1969), "DQ Herculis: Synchronous Photometry," | 59886 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
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PHOTON....................1 (0.000%)
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| phosphoresence phosphorous photochemistry photoelectricity photography photometry photon photosphere photosynthesis phylogenic inheritance physical binary system physics physiology Phystos Phythian oracle pi Pi-ha-kiroth Pickering, | 4671 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
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PHOTONS...................1 (0.000%)
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| that emitted a high density of photons, | 87482 GODS FIRE: - - Chapter 3: CATASTROPHE AND DIVINE FIRES : THE ELECTROSTATIC AGE |
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PHOTOSPHERE...............42 (0.005%)
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| phosphorous photochemistry photoelectricity photography photometry photon photosphere photosynthesis phylogenic inheritance physical binary system physics physiology Phystos Phythian oracle pi Pi-ha-kiroth Pickering, | 4672 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| of the solar system." The solar photosphere is comparable to the "tufted anode glow" in an electric discharge tube. | 12855 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| out arc discharges continually from its photosphere 26 . | 24636 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : DECLINE OF THE ELECTRICAL SYSTEM |
| with increasing spread outward from the photosphere and reversing layer. | 24775 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : COMPLETION OF THE TRANSFORMATION |
| is greater than that of the photosphere of the Sun. | 28625 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : THE BEHAVIOR OF PLANET JUPITER |
| observe an opaque layer called the photosphere. | 51152 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| the Sun's surface. Above the photosphere lies the transparent solar atmosphere, | 51153 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| behavior is the distinction between the photosphere and chromosphere. | 51155 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| of radiation. The spectrum of the photosphere shows radiation produced when the atoms, | 51159 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| atoms, ions, and electrons of the photosphere collide, | 51160 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| the collisions. It appears that the photosphere is a region of plasma and atoms where the motion of the material is chaotic, | 51162 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| vertically moving electrons descending into the photosphere, | 51174 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| large, not small as in the photosphere. | 51176 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| small as in the photosphere. The photosphere, | 51178 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| electrical system of the Sun. The photosphere glows brightly with a silver color (Menzel, | 51186 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| p527). Viewed by telescope, the whole photosphere, | 51189 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| few minutes (Juergens, 1979b, p36). The photosphere and the behavior of the solar atmosphere which lies above it can best be explained using a model based upon electrical processes. | 51193 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| Crew (1974, p539) have shown that photosphere granules have the properties of a large number of parallel electrical arcs. | 51195 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| through the solar atmosphere to the photosphere. | 51198 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| atmosphere decrease with height above the photosphere. | 51200 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| to 20 000 kilometers above the photosphere (Abell, | 51206 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| and the temporary extinction of some photosphere arcs. | 51212 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| Spectroscopy cannot penetrate to beyond the photosphere; | 51280 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| obscured from view behind the opaque photosphere. | 51296 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| Sun must be hotter than the photosphere. | 51297 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| is the minimal temperature of the photosphere. | 51318 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| s outermost interior layers below the photosphere (Wright, | 51321 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| Somehow this process which, overleaping the photosphere, | 51322 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| observed turbulence (the granules) on the photosphere and its opacity are not compatible with the properties of hot gas of solar composition and condition (Juergens, | 51327 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| has shown the Sun outside the photosphere behaves like an electrical discharge, | 51329 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL - |
| of the Sun where the underlying photosphere appears less bright. | 51425 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| the Sun's atmosphere at the photosphere. | 51441 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| catch fire. On the Sun the photosphere must likewise heat up, | 51458 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| current density at the Sun's photosphere would be 6. | 51465 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| in behavior to the Sun's photosphere. | 53472 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 8: THE EARTH'S PHYSICAL AND MAGNETIC HISTORY - |
| variation of the current onto the photosphere of the stars as the system adjusts its mode of transaction from that in Figure 21 to the one shown in Figure 22 76 . | 54321 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| current variations exist in the solar photosphere. | 54381 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS : Notes on Chapter 10 |
| between the plasmas of the solar photosphere and the corona. | 58622 SOLARIA-BINARIA: - - - GLOSSARY - |
| for example, between the Sun's photosphere and its corona and between the solar wind and the Earth's plasmasphere. | 58668 SOLARIA-BINARIA: - - - GLOSSARY - |
| They are active regions in the photosphere and have their equivalent higher in the atmosphere as chromospheric plages and coronal condensations. ( | 58704 SOLARIA-BINARIA: - - - GLOSSARY - |
| million kilometres. granule on the solar photosphere about two and one half million granules exist at any moment. | 58722 SOLARIA-BINARIA: - - - GLOSSARY - |
| Jun.), pp. 16-25 ---(1979b), "The Photosphere: | 59703 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |