An Earth-shattering Theory Copyright © Stephen Mark Alvis, 2011 Mesozoic Wonderments: How can the number of dinosaur tracks be in the billions when tracks disappear so easily? Why do we find dinosaurs with no heads at all or skulls without bodies? Did the dinosaurs perish from heat shock or drowning? What do dinosaur tracksites have to do with oil and metallic ore explorations?
An expansive theory claims about 30 mighty convulsions of nature produced the geologic strata — 9 before the Mesozoic (Paleozoic strata) & 20 since the Mesozoic (Cenozoic strata), and one protracted, colossal event laying the Mesozoic strata of the Triassic, Jurassic, and Cretaceous. An editorial in the New Scientist (“Think Different,” 1 August 1998), asked the question: Lilimor Hubbard, “Roasting Rex” Copyright (1993) for S. M. Alvis “Is there anyone who wouldn’t love to come up with an earth-shattering theory? One that overturns established opinion, routs all opposing views and fits together the pieces of a scientific puzzle in a way that forever after seems just so obvious. A Nobel prize plus an institute named after you would be nice too. “The opportunity doesn’t arise too often. Really big, unexpected theories are pretty thin on the ground.” egiric Theory is a real earth-shattering theory. It is the key to earth history, meteor showers, Apollo Hasteroids, lunar maria and impact events, Venusian coronae and Martian topography, captured moons, and explosive episodes throughout the Solar System. The theory is comprehensive since it completely revamps the entire science of geology. Its coherence is demonstrable from its range of simultaneous phenomena emanating from the same cause—everything from radioactive dinosaur bones to ancient shorelines to fossil fuels to asteroid orbits and mountain births. Of such, BYU historian Hugh Nibley once remarked, “The less the evidence the more brilliant the theory.” Viewed in this light, it appears Hegiric Theory lacks the luster of pure imagination, surrounded as it is by a plethora of well-worn facts. Vectors of Destruction: Theoretical alignments of dinosaur tracksites, dinosaur entombments, ore-producing veins, and clusters of faults. Vectors often run for hundreds of miles and sometimes run parallel (or nearly so) to one another. The vectors indicate where plasma from explosions in the The rare 1991 edition now selling for hundreds of dollars upper mantle breach the crust. Bright flashes of radiation bursting from the earth baked dinosaur tracks, and shock waves blew them away like leaves. When plasma traveling up the faults is impeded, it fuses the country rock into veins of metal and plasma cools to quartz. The worldwide alignments of these fault clusters also influence the deposition of petroleum, where sufficient water was present in antiquity, as along A theropod track seen on Alvis’ Tuba City Expedition vanished geosynclines of the Paleozoic, epicontinental seas of the Mesozoic, and large lakes of the Cenozoic. In most cases, hegiric skyfall buried the victims and products of hegiric fusion. Because faults persist through geologic time, many were reactivated in subsequent Hegiric events, producing various levels of strata and tracksites and other deposits. Hegiric Theory is the first analysis to unite these diverse phenomena into a cohesive and consistent construct. Baking Tracks: Atop the upper boundary of the newly laid Mid-Jurassic Entrada Formation of eastern Utah and western Colorado, there are as many as 3 billion dinosaur tracks impressed into once soft sand which was baked hard and petrified. What could bake 3 billion tracks simultaneously? Scientists have often puzzled over how something so ephemeral as footprints in mud or sand could be preserved in what is now solid rock.
Dinosaur track expert Martin Lockley mentions the Author treading on Jurassic Allosaurus trackway at Purgatoire, Colorado. (Time Traveler photo, Oct. 2012) traditional “cover-up” explanation of “a wet beach or mudflat” being baked “hard as cement” by sunshine, but questions its probability. “Many of the best tracks we find were made on layers of sediment freshly deposited after a flood, and it is often cool and humid after the wet weather that produces such floods.” Usually, these tracks are accompanied by ripple marks, showing that a sheet of water was flooding the flat land. Hegiric Theory proposes that these myriad footprints were baked hard by a brilliant flashes of light and petrified. The intense light came from natural, subcrustal, thermonuclear fusion explosions. In Hegiric Theory, dinosaurs roasted instantly in the flash of super-hot plasma exiting the crust, baking their tracks atop the gushy, wet sediment. Then the shock waves picked the great beasts up, flinging them as leaves before the wind. Of all the 32 tyrannosauruses uncovered from 1892 until 2001, 16 skulls are as yet unaccounted for. Decapitated dinosaurs are not the exception – they are the rule! Shock waves beheaded them. This is why most dinosaur skeletons are disarticulated, highly fractured, or even shattered.
The common understanding among excavators is that “finding the head of a dinosaur is like finding a needle in a haystack (National Geographic On Assignment, ‘Lucy the T-Rex,’ 2000).” Why? Because of all dinosaur skeletons encountered, the
Tyrannosaurus Rex heads have been blown off their majority are headless. Paleontologists at bodies by shock waves. Photo: Palais de la Decouverte Utah’s Dinosaur National Monument found (GNU) circled red by Jared Alvis four skulls together, one well preserved and articulated, a second disarticulated skull (but with all its pieces), just the snout from a third beast, and only the brain case of a fourth. But no bodies were in evidence. Radioactive Bones: Often, dinosaur bones are found to be radioactive. “Indeed, one way to spot Morrison Formation dinosaur bones in the West or in museums is with a Geiger counter. Hear them click—the bones are ‘hot’ (paleontologist Don Lessem, Kings of Creation, p.189).” “Dinosaur Jim” Jenson had his BYU grad students fan out with Geiger counters to hunt bones. The fractured and fragmentary bones of four battered beasts from the The Cleveland-Lloyd Dinosaur Quarry, with white sections showing extensive bones modern repair jobs at the Utah State University Eastern Prehistoric Museum in Price. Conclusion: almost every big bone was shattered by were surpassing force at the time of death. – Time Traveler photo (15 August “hot,” 2013) but the rocks were not. This means the beasts were irradiated before they were buried. Otherwise, this would make detection of embedded bones by their radioactivity impossible.
Paralleling the Chesapeake shoreline southward from Arundel, Maryland, to the foundations of Washington, D.C., the Arundel clay of the Potomac Group embraces Early Cretaceous dinosaurs, dug from the clay pits used for making bricks. The Arundel formation has lenses of dark clays nearly 125 feet thick, diffused with burnt carbon. “Lignitized trunks of trees are often found in upright position with their roots still intact (USGS DDS-6; Reston GNULEX).” The stuff of clay deposits is fine pulverized dust. This dark gray, red, and brown clay is packed with lignite coal, leaf compressions, and quartz sand lenses and pods. The upright trees still rooted in their original soil bespeak a forest overwhelmed by a rush of dust. Alvis holds a radioactive cervical (neck) vertebra of an Apatosaurus, found by BYU paleontologist Brooks B. Britt in the Morrison Formation That the wood turned to lignite at Dinosaur National Monument near Vernal, Utah. coal and the clay is full of carbon say it was extremely hot. Ore miners burned the lignitized logs for warmth as they worked through winters. That dinosaurs were instantly entombed is evident. Pieces of trees embedded in clay were also found by the Maine Geological Survey. “The amazing thing was that the logs were beautifully preserved because they were encased in clay,” but the white spruce trees were not petrified, and some of the twigs still bore cones and green needles. The surrounding clay was imprinted with marine shells. “The logs had broken into pieces,” and beneath the clay “was a layer of peat, which “resembled litter from a forest floor,” with a wide variety of plants and insects. Even after examinations by University of Maine Burnt bark is evident on this petrified wood found by botanists, the New York State Museum, and Meschak Tenney of Woodruff, Arizona. (Photos by Jared the Smithsonian Institute, Thompson Alvis & Chad Goldthwaite) admitted, “We had a mystery on our hands. How did the logs sink and become buried so quickly that the spruce branches didn’t even lose their needles?” Underground explosions thrown up vast amounts of pulverized rock which descends as dust. What goes up must come down, and it takes 4 to 5 minutes for the debris in the column to collapse and spread out in sheets in all directions — the base surge.
Clay at Dinosaur Tracksites: These expectations were confirmed by Alvis’ Time Travelers’ expeditions to an Early Jurassic dinosaur tracksite at Tuba City, in north-central Arizona (August 2010), and another (November 2011) to a Late Cretaceous (Cenomanian) Dakota Group dinosaur tracksite at Clayton Lake Dam, McKinley County, about 12 miles north of Clayton, New Mexico, near the Oklahoma-Texas borders. In both cases, there was a 4-foot layer of soft clay atop the margins of the tracks. With decades scouting the same site, the Navajo owners at Tuba City told us that with rain and erosion, more tracks were being revealed by the retreating clay. Another Time Travelers’ expedition (October 2012) to the giant Jurassic dinosaur tracksite on Colorado’s Purgatoire River revealed multiple layers of hard-baked mud; and sandwiched in-between each of these Touching the clay layer above the dinosaur tracks just below horizontal layers was about 4 inches of another baked layer at Clayton Lake Dam, New Mexico. crumbly clay. A Time Traveler visit (August 2013) to Utah’s Mill Canyon Dinosaur Trail revealed a thin layer of crumbly clay immediately atop the theropod and sauropod tracks. These layers of blasted dust confirm Hegiric Theory’s claim that explosions baked the tracksites and covered them with the base surge from the collapsing columns of gases and dust.
The Long Stretch of the ECHH: Like the latter- day Tornado Alley, this Early Cretaceous Hegiric Highway (ECHH, my term) blazed a swath of firestorm- baked trackways across North America. These U.S. tracksites suggest a vector of destruction, a linear heating event, that began in the southeast and blasted up the line toward the northwest, crossing not merely international boundaries but our conceptual boundaries, not in millions of years but in a single day. From the Comanche tracksites to the Panhandle tracksites, the line may be extended northwesterly all the way to northern Alaska, a total of about 3,526 miles. But if the southern terminus is Black Mesa, in the Oklahoma Panhandle, then the ECHH is a mere 2,985 miles in length. What’s more, the subcrustal explosions exactly parallel the oblique eastern front of the nascent Rocky Mountains, arguing a direct relationship. Another vector of destruction cut across the Upper Triassic terrain, extending southwest to northeast from Holbrook, A vector of destruction 430 miles long, marked by dinosaur tracks, skeletons, Arizona, through the far-flung stone trees, & uranium – Source map: http://www.freeworldmaps.net/united-states/southwest/ trunks of Arizona’s Petrified Forest to the upthrust crust at Gallup, New Mexico, to Ghost Ranch with its thousand dinosaurs in curled in a death agony in mudstone. Some 118 miles to the northeast and less than 5 miles off- vector to the southeast are the dinosaur tracks west of Starkville, Colorado, just These are probably Dilophosaurus tracks at the Tuba City site. A flash of below the K-T light baked the tracks. Boundary. The Late Cretaceous blast there probably came from the nearby, elongated depths of Trinidad Lake, which is part of the Purgatoire River Valley. This Upper Triassic Petrified Road to Purgatoire ends at Colorado’s Purgatoire River dinosaur tracksite. What killed these dinosaurs jaywalking along these tracksite vectors? These vectors of destruction follow fault Where the brontosaur’s hip hit the mud – fallen perhaps because of lines or clusters of faults stretching for an hegiric quake. These ripples in the mud appear to be from his hundreds of miles, where white-hot sagging skin. – Time Traveler photo, October 2012 plasma from the upper mantle burst through the fissures. The dinosaurs were irradiated and flash-roasted by the brilliant light from a great wall of flame, which may have burst forth in quick pulses, one after another like a line of flash cameras going off. Thud! thud! thud! thud! thud! thud! thud! thud! thud! thud! thud! thud! thud! thud! thud! From the fissures paralleling the line of tracksites emerged white-hot sprays of plasma shooting thousands of feet high within seconds, illuminating the countryside for perhaps 80 miles in all directions, incinerating all living things within a half mile, and flash-roasting trees and animals at 1-to-7 miles. Blast winds topping many times the speed of sound (767 mph or a mile in five seconds) exerted pressures surging into the blast wave which pushed, tumbled, and tore both animals and trees. There was no time for reaction, let alone running away.
Dinosaur tracksites align in vectors hundreds and thousands of miles long – 19 vectors in North America and 7 in Western Europe. These straight lines do not represent migrations or beachfront hunting and foraging. The vectors align to the deep fissures that released the plasma surging from the upper mantle. Coincidentally, a huge linear weak zone in the Precambrian crust lies exactly under the Lower Jurassic California Freeway. It starts in southernmost Nevada and runs northeast to the southwestern corner of the Utah-Wyoming border (Chronic & Williams, Roadside Geology of Colorado, Second Edition, 2002, p.11). Furthermore, a parallel linear weak zone in the Precambrian crust lies exactly under the Early Jurassic Glen Canyon Parkway.
Plasma surged through the cracked crust to fuse rock into metallic ores. Paralleling the highways of dinosaur tracksites all over the planet are hosts of gold mines, in association with copper and silver, and mines of the six platinum group metals – all formed by VEIN-CONTAINED METALLIC FUSION (VCMF). The metals are fused out of the gasified linings of the veins. These molten metallic slurries were created by plasma injected into the crust from the upper mantle. Fusion works! The atomic numbers of the country rock enclosing the veins always, always add up to the atomic numbers of the metals within the veins. The metal ore mines usually spread for a few miles along either side of the fissures marking the lines of tracksites. Hegiric Theory demands the uplift and cracking of the crust by subcrustal explosions to provide the exit routes for plasma. When the exits are blocked by dead end fissures or brecciated debris (rock blasted to pieces and remelted), local fusion of the country rock occurs. When a map of gold-producing mines in Arizona is overlaid on a map of Arizona’s fault lines, three vectors appear – two with 5 mines and the Dome-Jerome with 9 mines strung 192 miles. Vectors of gold mines parallel to and atop fault lines can be traced all over the planet. Mines of other metals would lengthen and strengthen the alignment patterns.
Hegira (heh- JEER-ah) means “a sudden flight or departure.” The term hegira is used to describe a series of planetary disruptions in which portions of the earth’s
Both source maps from USGS – alignments and vector names by S.M . Alvis crust and magma have been fragmented, blasted away, and flung into space. A new adjective, Hegiric, is used to encompass and classify all phenomena associated with these natural explosions. This envisions an explosive, plastic, shrinking earth whose quietude in the splendid solitude of deep space has been shattered repeatedly throughout geologic history. In Hegiric Theory, as the earth lost mass, it shrank. The remaining crust then wrapped around the smaller globe of magma, conforming to the surface of the smaller magmatic sphere within, closing upon itself, closing over the gaps in the crust only when no rigid structure restricted such movement. . This is what produced the planet’s thirteen major tectonic plates, with over a hundred microplates. When plates collide, mighty compression waves wrinkle the crust as seen in the Appalachian Mountains. The theory contends that exotic terranes (3-dimensional blocks of crust) are merely the jigsaw pattern of sheering continental slices sliding over gaping wounds in the crust. Each hegira blanketed the surrounding region under megatons of skyfall – the blasted rock dust and ashes we call clay, and sand – burying forests and fauna Nuclear blast showing shock wave (PD) forming most of the strata of the geologic record. Hegiric Theory was first propounded in the book Exploding Earth (Alvis, 1991). Other by-products from Hegiric events include island arcs, scalloped coastlines, ice ages, caverns, sandstone meteorites with green, slaggy glass crusts, the rocky throwout leaving eskers and widespread gravel deposits sometimes thousands of feet thick, salt, amber, carbon gas inclusions which cool and crystallize into diamonds, uranium and all metallic ores, and most of the strata beneath our feet.
Methane Forms in Earth’s Upper Mantle: How Natural Is Natural Gas? Methane, about 87% of natural gas, forms under conditions that occur in Earth’s upper mantle. Without enormous bubbles of natural gas at that critical juncture, it seems doubtful that nuclear fusion could be initiated. A molecule of methane is formed by one carbon atom joining four hydrogen atoms (CH4). Inorganic methane (CH4) formed by combining the carbon in calcite with the hydrogen in water. As water trickles down through fissures in the sea bottom, it should form methane whenever it encounters calcite. Water at depth in sea bottoms reaches temperatures of (350-400°C) and often resurfaces from hydrothermal vents called black smokers. Methane is released from sea bottom mud volcanoes or mud domes. Surfacing magma is so full of gases, it fizzes like soda pop, while cooling basalt retains its gas bubbles, which harden into pea-sized, lemon-sized, and melon-sized cavities called vugs. Under the crust, there may be compressed bubbles as long as football fields to those the size of Manhattan. Given a very hot catalyst, such pent-up gases seeking to expand generate the force for the explosions. Then comes the BIG BANG! A thermonuclear explosion uplifts the crust, causing the crust to fracture, and allowing the upward escape of plasma and the sudden flight and departure of massive spheroids of magma.
Pillars of Heaven: In all mythologies, the sky is supported by the Pillars of Heaven. Most often these enormous pillars rise from the sea to seemingly touch the blue vault of the atmosphere. I venture that these sky columns are nuclear columns of gases, steam, dust, ashes, and fire, curling mushroom clouds similar to our relatively small, man-made explosions. From the Egyptian Djed An Egyptian Djed column column topped by the red Eye of Horus to the Mayan Chac topped by the columns to the Scandinavian Tree of Dread, the A Greek caduceus red Eye of Horus documentation on this global tradition is extensive. What do the wings and snakes on a caduceus mean and why is there always a ball atop the staff? A discussion of these sky pillars is suffused throughout my book Pantheons. Questions to ponder: Why are coal, amber, & chalk no longer forming anywhere on earth? Where did all the sand in the seashore originate? Is beach sand from the constant crashing of the surf on coastal rocks? How did petroleum get sealed underground at high pressure? How did great forests become compressed into veins of coal? Ever heard anyone comment on the Grand Canyon’s own amazing lack of canyons, gorges, arroyos, gullies, or washes preserved in its walls? How were mountains and mountain ranges thrust up? Why do we find limestone meteorites with marine shells? How did the moon become pockmarked with half a million impact craters? Why are ancient beaches on mountainsides stairstepped at precisely the same elevations all around the planet? What happened to the ancients exposed to radiation in hegiras? Do Hegiric mutations explain evolution? What happens when an ocean of water meets a sea of molten lava? How does Hegiric Theory impact reckonings of the age of the earth?
Blizzards of Sand: In Hegiric Theory, geysers of hot silicon gases bonded with oxygen to form sand, crystallized spheres of gaseous silicon dioxide, which fell from the sky to make dunes and layers of sandstone. Cross-bedding betrays many sandstones as eolian or wind-deposited strata. Sudden sedimentations deposited new layers of strata thousands of feet thick, accelerating geologic time.
Showers of Oil: Hegiric Theory Crossbedded sandstone near Mt. Carmel road, Zion Canyon (NPS photo: George A. Grant, 1929) unlocks the origin of oil raining from the skies of the nuclear maelstrom. The creation of petroleum hydrocarbons requires abundant surface water to be vaporized in thermonuclear cloud columns, rising tens of miles high into the sky. Without such aqueous sources and the super-heated mantle gases like Oil raining from the sky – deuterium (heavy hydrogen) and carbon image: NOAA (PD) monoxide, as well as the many trace elements and heavy metals surging up in the cloud column, petroleum cannot be synthesized. It then rained oil. Where there is water, hegiras can make hydro-carbons. Where no water exists, no oil can be made. This explains why of the planet’s known oil and gas reserves, a whopping 57% was created in the Mesozoic, when the planet was being inundated and dinosaurs were confined to shrinking islands, culminating in the Mid-Maastrichtian Deep Water Event. “At its [Cretaceous] maximum almost 90% of the earth's surface was water-covered (Great World Atlas, p.140).” The collapse of the towering cloud column at the end of the explosive episode allowed sheet after sheet of oily dust to descend the outer column in thin sheets, hit the base with great force, and spread out in all directions at high speed, skimming over and blanketing the whole region in fine laminations, as in the Green River Formation. As the super-fine dust and ashes of the explosions settled over the reservoirs, it congealed as clay, which compressed and dehydrated into brittle shale or solid slate, sealing the petroleum under impermeable sedimentary rock. This is why certain shales yield up to 10 to 20% of their weight in oil, as in Ohio. The great oil reservoirs of the Middle East were capped by anhydrite-gypsum evaporites. These carbonates are recycled limestone blown sky-high. Further, lenses of anhydrite lace the gypsum and lenses of gypsum lace the anhydrite. This seems to be a function of repeated flashes causing intermittent superficial baking of the gypsum. Upon examining the Nova Scotia gypsum exposures, Goodman (of the Nova Scotia Dept. of Mines) saw the anhydrite fragments as being driven into the softer gypsum – a sign of explosive turmoil below. A prediction arises: neither gypsum nor anhydrite will be found in nature without an underlying source rock of carbonate stratum. In 1991, petroleum geologist, Marion T. Millett, and his chemist colleague, Dale A. Hammond, both professors at Brigham Young Oil fields of the Middle East, showing linearity, with dots symbolizing individual fields and their sizes suggesting University’s Hawaii campus, read a the magnitude of the field. (Figure 2 from Gold’s 1993 manuscript version of the theory. Millett USGS paper) pronounced Alvis’ inorganic explanation for petroleum creation the best he had seen, saying, “You’re on to something. You’ve got to publish.” That petroleum is a byproduct of natural, thermonuclear explosions may be deduced from the radioactive Kolm Shale deposit, where spore coal and ashes are mixed in the oil shale which is the basic raw material of the Swedish uranium industry. Highly radioactive oil is also found evenly distributed in the widespread, black Chattanooga Shale of Tennessee. Waves of Coal: Coal remains a vivid remnant of ancient forests blasted by firestorms and compression fronts. Where sheet overthrusting from repeated Hegiric shock waves has occurred, seams of coal may be stacked one above the other. Some coal deposits have as many as 75 separate coal seams with some of these 30 to 40 feet thick. The beds of fireclay just beneath the coal layers reveal the pulverized crust laid down in the base surge and baked by the firestorm. In most coals it is possible to find the charred remains of wood which have escaped carbonization. Known as “Mother Alvis pokes at a coal bed on the K-T Boundary at Raton, New Mexico of Coal,” it speaks eloquently of fire. “It follows that coals containing mother of coal are not derived from the transformation of peat bogs into coal, as it is almost universally assumed . . . (Principles of Sedimentology, p.162).” Coal is made of forests – baked, blown down, and buried in minutes. Dinosaur footprints on top of a Utah coal seam (see Martin Lockley’s Dinosaur Tracks and Traces, p.361-366) suggest the coal bed was freshly laid and perhaps still warm when creatures returned to firestormed areas just before the burial of the coal by skyfall had occurred. The minute air bubbles often found in amber manifest that the resin boiled. Besides insects, bird wing feathers and mammal hair, amber has preserved a gecko with its back broken, as if thrown through the air. Amber often has black inclusions of carbonized wood, cones, needles, and bark, which bespeak a scorched environment, as does associated lignite, a woody brown coal. Amber is plasticized tree resin, not tree sap. A mighty 170-pound glob of amber from Cretaceous cedar resin contains seven worker ants along with hundreds of various insect species, including wasps and bees, as found in from the Raritan Formation of central New Jersey (San Francisco Chronicle, 1/29/98, p.A2). This and other Eocene mosquito supposedly trapped in amber for 45 million years (USGS image, such finds beg the question: how http://minerals.cr.usgs.gov/gips/na/amber.html) did tree resin accumulate in such massive globs? The Hegiric explanation: Its forest was exposed to a white-hot, plasma flash-roast of intense nuclear light. As ants under a magnifying glass ignite in smoke and flame under the intensified Upright fossil tree buried sunlight, the insects facing this intense flash of light would have been by hegiric action & revealed on cliff face at vaporized. But those on the shadowed side of the big trunks survived Joggins, Nova Scotia long enough to be blown away by shock waves and enveloped in the hot resin oozing from the hot side of the next tree. Resin molecules must be rearranged by great heat to polymerize into a hard plastic substance. This metamorphosis from a sticky, viscous fluid to a tough, plastic-like substance never occurs to modern resin drippings.
Sudden Sedimentations: The whole uneven sedimentary record sitting atop Precambrian bedrock is composed of the powderings of 30-some hegiric events. These sudden sedimentations left no time for canyons, gorges, arroyos, or washes in the walls of the mile-deep Grand Canyon, which stretches for 217 miles, displaying naught but level layers of rock. Without hegiras there would be insufficient sand, gravel, or dust in the world to create these deep layers of strata – some hundreds or thousands of feet thick and covering hundreds of square miles. Also Mammal & fish in Green River Formation, Eocene Wyoming (NPS) lacking are the ancient mountains from which this sediment is supposed to have washed, yet massive erosion is supposed to explain all of it. But when we gaze upon boulders hundreds of miles distant from any matching rocks they might have been carved from, geologists toss erosion theories to the wind. The carcasses of dinosaurs, flying reptiles and birds knocked from the sky, and sea creatures were buried and preserved under Hegiric skyfall, sediment deposited so quickly as to prevent the annihilation of the corpses through natural processes. One famous fossil pair was preserved at the moment of live birth, as displayed at the Staatliche Museum fur Naturkunde Stuttgart in Germany. A baby icthyosaur with its snout still inside its mother was caught in emergence—a snapshot in time evincing extremely rapid burial. Hegiric events foreshorten the episodes of earth history into a series of sudden extinctions brought on by nuclear radiation and fallout, and water-abetted fossilizations preserved by instant burials under newly laid strata.
Shocked Quartz: The famous boundary clays of iridium, soot, and shocked quartz crystals are the very signatures of natural nuclear explosions. Geologist Bruce Bohor of the U.S. Geologic Survey discovered unusual geometrically-scored, cracked, and strained quartz crystals from the iridium-rich Photomicrograph of a 0.21-mm diameter shock Cretaceous-Tertiary (K-T) Boundary clay near metamorphosed quartz grain from the Starkville South site in the Raton Basin of Colorado (G.A. Izett, 1990, USGS, PD). Hell’s Gate, Montana: The two sets of planar lamellae are strong evidence of “Bohor had never seen anything subcrustal explosions. Shocked quartz grains have been observed in K-T boundary layers worldwide. like it before, but other scientists had. Apollo missions had returned rock much like this from the Moon . . . The same peculiarly- featured quartz had been found in two other places on Earth: near meteorite craters such as Shoemaker’s in Arizona, and at the sites of nuclear bomb tests. Such quartz can be formed in only one way: It must be shocked, subjected to the kind of instantaneous heat and pressure generated only by an extremely powerful explosion (Planet Earth, p.198-199).” Such shocked quartz grains have also been found at the K-T Boundary in Denmark, Spain, and New Zealand. Adding to this is the discovery of stishovite in the K-T Boundary clay at Raton Pass, New Mexico. Stishovite is a form of silica formed by compressing quartz under extremely high pressures not normally encountered in vulcanism. In these thin clay layers we find shocked quartz crystals associated with the soot of firestorms, rare earth metals only formed by nuclear fusion, and clay layers whose very structure is pulverized rock.
Sudden Orogenies: Orogenies are “mountain births.” In myths around the globe, mountains are born suddenly, springing out of the ground, rising out of the plain, mounding up from the bosom of the earth, rising into lofty mountains or stupendous precipices, and from the earth arise steep walls of high mountains, baking hot, creaking, and bursting with lava. “As for the earth . . . under it is turned up as it were fire . . . he overturneth the mountains by the roots (Job 28:4-9).” What irresistible forces lifted up the mountains? What This great arc suggests that the Himalayas received multiple shocks from the same northern epicenter during an hegiric mountainous patterns should we expect on event. – NASA Landsat-7 Imagery of Himalayas an exploding earth? ! folded ranges perpendicular to the force of the colliding plates. ! underthrust arc systems formed by shock waves. ! overthrust slabs of crust reared into violent angles or stacked like pancakes.
Scalloped Embayments: Hegiric Theory answers the big questions most planetary scientists ignore: 1. How did the once-dry land called continental shelves collapse? 2. What power carved the scalloped embayments on continental coastlines? 3. What made the great basins and abyssal plains on sea bottoms? 4. What caused the dropping sea levels witnessed by ancient marine terrace beaches on hillsides? 5. Where did all the water go? Consider the scallop-edged English Channel with its shallow embayments along both coastlines. The shallow Channel averages depths of about 390 ft (120 m) at its widest part, and at the narrows between Dover and Calais, it falls to a depth of about 148 ft (45 m). Its deeply indented coasts were blasted out in the Cretaceous in two linear series, when the entire region was submarine.
Stairstepped Beaches: The theory explains the cause of global water displacements – changes in sea level termed eustasy. Without special arguments, it shows why the ancient beaches on mountainsides are stairstepped at precisely the same elevations all around the planet. The removal of vertical miles of crust exposed the molten mantle and created great, radioactive ocean basins. These vast expanses of molten mantle allowed tectonic plates to shift, causing planetary contractions. As waters rushed to fill the voids, global sea level dropped with each major Hegiric Event, leaving beaches on mountainsides at the same elevations worldwide. Hegiras have formed all of our planet’s sea beds and ocean basins, with their continental shelves edging the cliffs formed in Hegiric removals. Imagine our planet without the Atlantic, Pacific, Indian, or Arctic Oceans and you begin to sense the enormity of the continental crust that Cretaceous explosions carved the southern coast of England & the northern coast of is now missing. The ocean France, leaving linear scalloped coastlines. Guernsey & Jersey islands —Europe’s oldest rocks—were tossed up & fell like pebbles. Note the continuation on land of the basins are not simply circular submarine explosion around the Isle of Wight, which left a huge deposit of submerged crust; they are Cretaceous chalk. (NASA image, my circles) hardened mantle exposed, theory dictates, by mighty convulsions of nature in which huge regions of fragmented crust and globs of magma have been blasted away into space by natural, subcrustal, thermonuclear fusion explosions in 30 mighty convulsions of nature. Radioactive basins of basalt under earth’s seas exude residual radiation from these natural, thermonuclear explosions. The continental shelves were formerly dry ground which was The continental shelf off California, showing the dramatic drop to the ocean floor, the deep undermined by escaping mantle oceanic abysses, whose floors are made of sucked into the voids caused by the basalt, a fine-grained, dark-colored volcanic bordering hegiras. They simply rock (USGS, PD). collapsed when their magmatic underpinnings were pulled out. Say goodbye to Plate Thus, there was no such thing as continental drift as defined Tectonics by current theories. Hegiric Theory agrees that the continents were once part of a giant super-continent, but that the missing pieces in the geographic puzzle were blown into space creating the various ocean basins. There was no fit, no subduction, no sea-floor spreading pushing continents, and no wrenching of the crust against itself—just missing pieces and the closure of the crust over its Hegiric wounds. Current theories of plate tectonics attempt, somewhat weakly, to account for mountain births, fracture zones, rift valleys, crazy-quilt terranes, volcanic hot spots, and all manner of geologic phenomena. Hegiric Theory unifies these diverse elements into a logical and self-consistent geomechanism.
Major M agnetic Reversals since the M esozoic Era
Crustal Rollovers: Geologists count some 300 magnetic reversals in the rocks. In total, the Mesozoic strata (combining Triassic, Jurassic, and Cretaceous layerings) seems to have had 49 separate reversals or polar rollovers, and another 130 reversals are registered in the Cenozoic rocks since the end of the Cretaceous. Under the assumption that the earth’s crust could not roll over, scientists have held that the magnetic poles must somehow reverse, alternating repeatedly between normal and reversed at irregular time intervals. Hegiric Theory proposes that the crust of the earth has rolled over within the geomagnetic field and that this accounts for magnetic reversals. University of Cambridge geologist S. K. Runcorn wrote in Scientific American that studies of geomagnetism had led him to the unavoidable conclusion that “the earth’s axis of rotation has changed also. In other words, the planet has rolled about, changing the location of the geographical poles (cited by John White, Pole Shift, p.61).” To be plain, after a series of rollovers, sunrise might occur on the opposite horizon where sunset had been and visa versa. Physicist Albert Einstein wrote a letter on this on May 8, 1953: “One can hardly doubt that significant shifts of the crust of the earth have taken place repeatedly and within a short time (cited by Hapgood, The Path of the Pole, 1970, p.328).” Because the Earth was rolling over and over within its atmosphere and because the atmosphere was not moving with the crust, everything on the surface was thrust violently against the air. Wind-blown beasts, dust, and rocks should be evident in the Pliocene’s Piacenzian Hegiric Event (Gauss Magnetic Reversal) and Zanclean Hegiric Event (Gilbert Magnetic Reversal). These besoms of destruction show up in the twisted wreckage of millions of animals and trees in its clay, shale, sandstone, and conglomerate sediments forming the Siwalik Hills, folded Himalayan foothills extending west-northwestward for more than 1,000 miles, forming a fossil-filled barrier 984 to 2,050 feet high and 6.2 to 31 miles wide. Such crustal rollovers betray the extraterrestrial solar catalyst responsible for Hegiric events.
Apollo Asteroids Blasted from Earth: Once blown out into space from a planet, these molten globs I term exoterroids cooled into thousands of bodies of nickel, iron, and stone. Asteroids are known to have clay-like hydrous silicates and carbonates (Asteroids II, p.449). The larger planetary eruptions blew away both Enormous globes of magma crust and molten mantle into space forming A thermonuclear column ejecting ejected into space by an exoterroid unto space. thermonuclear blasts I term the Apollo asteroids which recross our exoterroids. terrestrial orbit. Apollo asteroids are a class of asteroids with Earth-crossing orbits, strongly suggesting that these close-approachers came from Earth. According to the Minor Planet Center, 5,240 known Apollo asteroids fly by Earth (January 2014 http://www.minorplanetcenter.net/iau/lists/Unusual.html). These earth-shrinking catastrophes sent terrestrial rock hurtling through the Solar System, creating Apollo asteroids, comets from our oceans, sedimentary meteors, and hydrometeors, rain or ice chunks that sometimes fall out of cloudless skies. Their orbits bring them back to their planet of origin as Earth swings through their debris trails on its annual orbit. Examples of sedimentary meteorites are the Swedish Bleckenstad Stone seen to fall April 11, 1925, “composed of almost pure calcium carbonate” (limestone); Image of Asteroid (433) Eros taken and the Indianan Trevlac Stone (1940), “a greyish, by the NEAR spacecraft (PD). fined-grained sandstone” encompassed by a “thin, greenish, glass crust” (Mysterious Universe, p.302-309). When we discover sandstone meteorites with green, slaggy glass crusts, it bespeaks their fiery re-entry into the atmosphere. Due to its marine shells and a trilobite-like fossil, geologist Dr. Assar Hadding (1886-1962) concluded that the Bleckenstad stone was a terrestrial limestone that had been blasted from the Earth and returned as a meteorite— making him first to identify a terrestrial meteorite.
Lunar Events: The theory traces the moon’s 500,000 impact craters to events like the Great Bombardment and the Copernican Bombardment when exoterroids (“forms out of the earth”) blasted from Earth pummeled its nearest neighbor. If this theory is the key, it must fit all the locks. Another aspect of lunar history has to do with Captured by Galileo, NASA/JPL its record of terrestrial hegiras. The moon could not orbit so closely as a bystander to all of Earth’s tantrums without catching some flak. One clue as the origin of the Moon’s impact craters gleams in the glassy tektites strewn on its surface. According to NASA and Caltech astrogeologist Eugene Shoemaker, “the presence of nickel in the glassy spheres and beads suggested to him that the impactor had a composition different from that of the Moon, since the Moon’s own rocks lack nickel (Genesis Revisited, p.121).” Check around the Solar System for nickel, and you may find that while scientists believe the cores of Mercury, Venus, and “The high concentrations of Mars to be loaded with an iron-nickel alloy, encased in mantles and radioactive elements in the Imbrium region are similar to covered by crust, the only other planetary source is Earth. Lacking the concentrations found in any theory to blast the nickel out of planetary interiors, some KREEP basalts, . . . but why the Imbrium and Procellarum scientists have postulated that because meteorites have iron-nickel regions should be the crystals, that another rocky Earth-like planet broke up, leaving its overwhelming source of the radioactive elements on the iron-nickel debris to moon’s surface, as they appear shower upon the Earth- to be, has been difficult for geochemists to explain (The Moon system. How easily Moon and the Planets, the obvious is overlooked! p.111).” – Photo: NASA/JPL If we search for a source of abundant iron-nickel alloy, encased in mantle and covered by crust, the closest planetary source is Earth. In a series of lunar Hegiric events, awesome explosions exposed oceans of lava on the lunar surface. This is the origin of the moon’s vast maria, the vast dark, smooth patches on the otherwise brilliant, cratered lunar surface, piercing 2.6% of the farside and 31.2% of the nearside of the lunar surface. From Earth, it might have looked as if the Moon had turned to blood as great basins of glowing lava opened “Exploding Moon,” a composite image by Jared Alvis (August when huge regions of the lunar crust were 2011) blown away into space. Since the same lunar hemisphere always faces the Earth, the pebbly lunar ejecta would have peppered the planet. Is there any evidence of a lunar shower of rocks on Earth? The pebbles of the Shinarump Conglomerate evince a bombardment of Earth at the very beginning of the Triassic strata. The well-rounded Thorium concentrations on the Moon, as mapped by the Lunar pebbles lie in low-angle crossbeds, Prospector (1999). Thorium, a radioactive trace element, indicates the location of radioactive KREEP (K for Potassium, REE for Rare Earth but imbedded in a coarse sandstone, Elements, and P for Phosphorus), suggesting the thermonuclear origins of the lunar maria. – Image: NASA indicative of “a high energy environment (‘The Chinle Group of North Eastern Arizona,’ http://www.psiaz.com/ Schur/azpaleo/shnrump.html).” The south-north cast of the pebble bed suggests that this lunar ejecta entered the atmosphere at an acute angle to pummel the earth. The extent of the Shinarump Conglomerate pebbles is impressive: they cover 100 thousand square miles of the Intermountain West, usually 25 to 100 feet thick, with “conglomerate-filled channels up to 40 meters thick. In some areas the Shinarump Conglomerate contains clasts [chunks] as large as a car (04/10/2001, http://members.aol.com/ps418/grand2.htm).” The Shinarump Conglomerate “blankets the Moencopi Formation, filling channels and pockets in its upper surface (Roadside Geology of Arizona, p.224).” This lunar fusillade seems to have impacted the Permo-Triassic Boundary clay, which features a great quantity of vitric (glassy) shards elongated from plastic deformation, a large quantity of glassy sphaerules (balls), and other volcanic glass that suffered alteration in sea water. The fluid lamination, fusion, tapering droplets, jet holes, impact pits, and plastic deformation of these glassy, chicken-bone-shaped shards evinces a great fall through the air in molten form, cooling rapidly by quenching. In the isles of Japan, the origin of the massive pebble conglomerates in the basal Triassic of the Kitikamo Mountains remains a mystery (Chobi, 1987). These appear to be melted pebbles from the Triassic Lunar Hegiras, explosive debris which burned through the atmosphere.
Radiation Sickness: The following chart compares the symptoms experienced by the ancients to those of modern radiation sickness. When a number of symptoms run together in the course of an illness, they are collectively called a syndrome. If we were dealing with a few symptoms in isolation, we might dismiss it as an unusual coincidence, but the ancients left us sufficient symptoms to establish a syndrome which clearly manifests itself as radiation sickness. Instantaneous flashes from natural thermonuclear fusion explosions and the radiation from passover exoterroids both posed hazards to our ancestors. Differing magnitudes of damage can be distinguished. While alpha and beta particles inflict the most damage to tissue, the damage, like flash burns, is superficial compared to the more energetic gamma rays and x-rays which act at great distances from explosions and cause the acute symptoms of radiation sickness. The following ancient symptoms have been taken from Sumerian tablets (like the Uruk Lament), the Hindu Mahabharata, the book of Jasher, and Legends of the Jews, while the modern symptoms of radiation sickness were derived from The Effects of Nuclear Weapons, Radioactive Contamination, and The Merck Manual. A SYMPTOMATIC SYNOPSIS ANCIENT SYNDROME RADIATION SICKNESS Burned Skin Burned Skin
Eyes Swollen Shut Edema (a) Blinding Flash Blindness Burning Inflammation Burning Sensation Severe Itch Severe Itch
Numbness Numbness to Pinprick (b) Daze Listlessness & Drowsiness Headache Headache Shortness of Breath Shortness of Breath Prostration Prostration Cough and Phlegm Swelling & Inflammation of Throat Spittle & Foam Nausea & Vomiting Bowels Boiled w/o Rest Diarrhea Bloody Mouths Bloody Gums Heads Wallowed in Blood Bloody Nose & Skin Hemorrhages Pale Face Pallor: Advanced Shock & Anemia Hair & Nails Fall Out Hair Loss
Crusty Blisters & Boils Sebaceous Keratosis (c) Rotten, Putrid Flesh Skin Atrophy, Ulceration, & Infections Abrupt & Prolonged Death Instant & Lingering Death (a) A morbid accumulation of fluid from 3rd degree burns (b) Another effect of 3rd degree burns (c) Lesions wet, weeping, and ulcerated, covered by a hard, dry scab
Unless some other syndrome duplicates this set of 20 symptoms, I claim undisputed correspondence between these ancient plagues and the modern diagnosis of radiation sickness. And if this be so, what shall we say of the general validity of hegiras?
Mutation Events: What happened to the surviving ancients exposed to radiation in hegiras? Exposure of an organism to ionizing radiation will sometimes induce genetic errors in the next generation. As gamma rays, x-rays, and neutron Image: US Nuclear Regulatory Commission Caduceus with DNA helix (PD) bombardments break the delicate double-strands of DNA, exposure to hegiras is the likely cause of those mutations called Genetic Markers, which manifest as changes within a population. A group of all the direct descendants who have inherited a specific genetic marker or mutation from a single patriarch or matriarch is called a Haplogroup. Hegiric Theory claims undisputed correspondence between some ancient plagues and the modern diagnosis of radiation sickness. Scientists have found “‘strong evidence that mutations with very small effects occur with a much higher frequency than do those causing conspicuous or lethal effects.’ These inconspicuous mutations may be less harmful to the individual, but they are much more likely to be perpetuated generation after generation (Radioactive Contamination, p.70).” The cause of mutations “lost in the passage of time” appears to be Hegiric events. This appears to be the origin of those facial characteristics and pigmentations which distinguish diverse clans from all others.
Do Hegiric mutations explain evolution? Confusingly, inconsequential variations within a species are termed “micro-evolution,” while a series of mutations ending in a new species are termed “macro-evolution.” If we enquire how bacteria and mosquitoes can become resistant to antibiotics and insecticides, micro-evolution offers the best explanation to date, but evolutionists desperately want to credit the whole theory of evolution. Micro-evolution accounts for fruit fly mutations from X-ray damage to genes, but does absolutely nothing to explain improvements in genetic structures. Experiments have shown that 99.9% of such mutations are harmful or even lethal (like flies that can't fly). Such monster-making cannot affect species fixity because it adds nothing to the genetic code. It actually subtracts from the genetic code. Such pinpoint demolitions do not create new chromosomes nor can they lengthen a strand of DNA. In Hegiric Theory, the episodic, radiation-induced mutations in lifeforms do not constitute evidence for the impossibilities of macro-evolution. Why? Because the mechanisms actuating variations within species never, never, never produce new species.
For instance, regarding elephants (the order Proboscidea), three major diversifications starting with a single ancestor, have produced some 161 extinct members. The bursts of divergent
characteristics all Deinotherium giganteum, based on coincided with Hegiric photo of skeleton from Kiev museum. – Creator: Dmitry events. The irradiations Bogdanov, 2009 (GNU 1.2) occurred first in a nuclear Skull of Phiomia, a shovel-nosed Palaeomastodon – Photo: flash, damaging the DNA in the eggs or sperm of Ghedo, at Muséum National d'Histoire Naturelle, Paris, January 2007 (PD) one beast, then generations later its mutant offspring show up in the fossil record. Paleocene hegiras mutated and stunted growth in the dwarven Eritheriums found in Morocco’s phosphate mines. On the Indian subcontinent, Eocene hegiras mutated anthracobunids to lose their characteristic tusks. In Eocene Egypt, irradiated elephants gave birth to Barytheriums, trunked beasts similar to the modern Asian Elephant, but more slender. Eocene mutations also produced short Palaeomastodons with trunks below inverted and stunted upper tusks, the lower jaw forming a scoop-like projection. These died out. By the late Oligocene, big Deinotheriidae ("terrible beasts") show up with skulls flatter than that of modern elephants, their upper jaw lacking incisor and canine teeth, and their two tusks curving downwards and backwards. Wooly mammoths (weighing about five tons and towering thirteen feet tall) first show up buried in the Pliocene hegiras around the Tethys Sea. The pygmy mammoths on the outer Channel Islands of California show evidence of dwarfing, possibly from the oily, underwater coastal California hegiras that created the asphalt flung into the Carpinteria Tar Pits and La Brea Tar Pits in the Pleistocene. The Miocene mammoths and mastodons (built like unto current Asian elephants) mostly perished with
Woolly Mammoth engraved on a fragment of mammoth ivory found by other megafauna in the “Big Freeze” Edouard Lartet in May 1864, in the cavern of La Madelaine, close by Tarantian Event. These mutant phenotypes Eyzies, Perigord, southwestern France – Photo: C. Lyell, The Antiquity of Man (1873) came and went, but all of them appear to be elephants. The truth in nature is that no matter the mutation, without inheritable defects, everything reverts to the mean. “Micro-evolution” is a term of obfuscation which lends authenticity to its illegitimate kin, “macro-evolution.” Hegiric irradiations cause deficiencies in DNA, not additions.
Ice Ages & Frozen Mammoths Explained: But what happens when an ocean of water meets a sea of molten lava? Like water hitting a red-hot stove, it exploded or flashed into steam. Wave after wave, the ocean came on while the lava seethed and hissed. As the air is heated by exposure to the mantle, it rises with the steam and other vaporized matter driving the clouds miles high into the frigid zone of the stratosphere (6-15 miles high). At this height, the steam crystallizes into ice, the air cools, and, pushed aside by fresh masses of hot air and steam,
the ice shower Satellite map of Antarctica showing descends around the bathymetry (ocean-floor topography). – made with NASA World Wind by Koyos, edges of the lava sea. 15 March 2009 (PD) The surrounding lands continue to be buried under this blizzard of ice until the sea of lava is finally overcome by the ocean of incoming water. Soot, ashes, and dust shot into the stratosphere block full sunlight cooling the earth for some time. Also, global sea levels would fall drastically as oceans of water are fed to the molten maw. The speed of such transformations contravenes the conventional wisdom requiring enormous stretches of time for an ice age. This is how the once-tree green Antarctic continent was covered with ice and snow over about 98% of its surface during the Miocene extinctions. This catastrophic process also iced Greenland, the Arctic region, Pleistocene Europe, and North America in the Younger Dryas stadial, or the “Big Freeze” Tarantian Event. It requires enormous amounts of heat to make enormous amounts of ice. This last event quick-froze “entire carcasses of the mammoth . . . with the hair, skin and flesh as fresh as in frozen New Zealand sheep in the hold of a steamer. And sleigh dogs, as well as Yakuts themselves [Mongolian tribesmen], have often made a hearty meal on mammoth flesh thousands of years old (Smithsonian Reports, 1899).” They didn’t break through any ice and drown. These great beasts were buried in a violent moment by the tens of thousands not in ice but in a muck of torn flesh, uprooted trees, silt, sand, pebbles, boulders, and ice lenses called permafrost. Although the mammoth ivory trade goes back at least to the time of Alexander the Great in the 4th century BC, modern estimates put the number of 46,750 mammoths dug up for mammoth ivory during the 250 years since Siberia became part of Russia.
HARD Challenges: How does Hegiric Theory impact reckonings of the age of the earth? When one considers the time abridgement wrought by Hegiric sedimentation, it brings into question our whole concept of the age of the earth. Of the regular stratified sediment of our planet, it does not seem unreasonable to suggest that more than 95% of it was laid down in 30 Hegiric events whose combined length may not have totaled even one year. While these 30 events were spread over a considerable length of time, our sense of geologic time is severely compressed by such an idea. Since 1926, the National Academy of the Sciences has affirmed that radioactivity provides the only reliable geologic time scale. In fact, science has bet the farm on radiometrics. But radiometrics is based upon unprovable assumptions– foremost of which is the assumption that any calculations can be based upon tranquil, uniformitarian conditions in antiquity with no fluctuations in the planet’s superficial radioactivity. “We clearly do not understand the process of radioactive decay as well as some would have you believe (Dr. Jay L. Wile, nuclear chemist, ‘More Evidence for Variable Radioactive Half-Lives,’ his emphasis, September 1, 2010, http://blog.drwile.com/?p=2477).” Hegiric explosions have produced neutron bombardments which would have drastically altered nuclear stability. As a neutral particle, the neutron is unaffected by Coulomb repulsion and penetrates easily into any nucleus. Such a high neutron flux causes stable elements to form heavy radioactive isotopes of those elements. Neutron bombardments induce radioactivity by overloading nuclei with extra neutrons, creating an unstable nuclear environment. About 80% of nuclides are radioactive. But scientists are working in ignorance of the original levels of radioactive carbon present at the death of ancient organisms during an Hegiric event (or even for long times afterward). Hence, readings based on carbon-14 grow increasingly unreliable as we probe backwards in time with each additional Hegiric event. Radiohalos are microscopic, spherical shells of discoloration within minerals – tiny zones of radiation damage from minute radioactive grains within a rock’s crystal structure. In fact, the number of amber-colored, microspherical polonium halos embedded in granites worldwide is immense. Interestingly, radiohalos also occur in coalified wood. These anomalous giant radioactive halos are a clue that such accelerated decay has occurred repeatedly in the distant past. Neutron bombardments from hegiric explosions appear to be the cause of these decay accelerations in radioactive Polonium-218 halo with three rings clearly visible (by matter. Hegirically Accelerated Radioactive Decay Mark Armitage, from: http://www.icr.org) (HARD) challenges questionable radiometric assumptions of a non-radioactive past. At the joint meeting in Singapore of the Asia Oceanic Geosciences Society and the American Geophysical Union (AOGS–AGU) (August 13-17, 2012), Dr. Thomas Seiler, a German physicist, reported on the anomalous carbon presence in dinosaur bones, mammalian megafauna, and plants. Dr. Seiler warned the audience of scientists, “If dinosaur bones are 65 million years old, there should not be one atom of C-14 left in them (http://newgeology.us/presentation48.html).” Among others, the team tested the fossils of an Allosaurus, three Hadrosaurs, two Triceratops, and an Apatosaur. They all tested positive for carbon-14. Given the short, 5,730-year half-life of carbon-14, its
Allosaurus – NPS (PD) intrinsic presence in these dinosaur samples offers an eloquent challenge to the uniformitarian timescale.
Three maars near Daun, Germany, sites of ancient explosions – Photo: Martin Schildgen, 2005 (GNU) egiric Theory is based upon both mythological witnesses Hand sound geophysics. It challenges conventional theories, revising the entire science of geology. It sets our feet on an explosive, plastic, shrinking Earth in a solar system of exploding planets. Hegiric Theory is a deep theory. “A deep theory . . . is one which is able to provide explanations for a wide range of things with a minimal contribution being made to the conclusion by the number of input assumptions (John D. Painted Desert Expedition: Alvis expounds the Barrow, Theories of Everything, 1991, p.5).” hegiric origins of the Petrified Forest to Chad Goldthwaite with Craig Johnson in back. Hegiric Theory possesses both depth and breadth, relying on few assumptions. Like any good theory, it has explained far more than anticipated and may well continue to do so. In the limited ways by which human knowledge advances, my investigation of dinosaur tracksites and gold deposits qualifies as one such advance. No one before has ever undertaken to correlate the two phenomena, or even suspected their relationship. We are now in a position to intelligently discuss the sudden demise of the dinosaurs as they shuffled along beaches of rising waters to blast-oven annihilations. We understand why desiccated mud cracks abound in Mesozoic strata in spite of the aqueous events raising world sea level. We can see more clearly the terrestrial mechanism by which the crust has been laden with oil, natural gas, coal, and metallic veins. We sense the hastened pace of geologic time that telescopes tens of millions of years into mere months and weeks of episodic explosive fury. Hegiric Theory explains the linear distribution of dinosaur tracksites; delivers on the cause of radioactive dinosaur bones; explodes the need for an imaginary supernova origin for metallic ores with a planetary origin; correlates gold mines with dinosaur tracksites; challenges uniformitarian inertia with sudden Ground truth: Alvis walks where the theropod Allosaurus trod at sedimentations, sudden orogenies, and Colorado’s Purgatoire River tracksite. These soggy tracks were sudden fossilizations; shows why baked hard in an instant by a nuclear flash from a nearby fault. continental shelves collapsed, continental coastlines are incised with scalloped embayments, and why stairstepped beaches ring mountainsides at the same elevations; cancels the tenets of plate tectonics; eliminates the organic theory of petroleum creation; posits a new force driving extinctions; levels the peat bog theory of coal creation; explains asteroids with Earth-crossing orbits; litters the lunar landscape with impacts from Earthly exoterroids; explodes the Moon’s maria; offers a easy explanation for radiation-induced mutations in DNA; simplifies the cause of ice ages; and opens the field of radiometrics to intense scrutiny and re-evaluation. Hegiric Theory is undeniably comprehensive since it completely revamps the entire science of geology. Its coherence is demonstrable from its range of simultaneous phenomena emanating from the same cause—everything from radioactive dinosaur bones to ancient shorelines to fossil fuels to asteroid orbits and meteorite showers. The emergence of natural subcrustal thermonuclear explosions as the engine of earth history qualifies as novel phenomena. What could be more aesthetically pleasing than concentric shock waves thrusting up arcuate mountain ranges, or planets birthing moons? While this introductory account abridges or leaves out hundreds of pages of evidence, now the reader has a foretaste of the banquet spread before those hungry for a satisfying theory. If one seeks a coherent theory to explain the Earth’s major features, its mineralizations, the lunar landscape, and the orbital debris of the inner Solar System, one must question what other theory can do this? “It must not only offer a self-consistent explanation to account for the accumulated evidence of science—it must offer a more compelling explanation to replace the combined (and self-consistent) edifices of physics, astronomy, and geology. No such theory—no new physical process—has yet been forthcoming (Science 81, December, p.56).” By recombining the building blocks of physics, astronomy, and geology to demonstrate the plausibility of a new physical process, Hegiric Theory offers a more compelling, self-consistent explanation of the accumulated evidence of science than has yet been forthcoming. As Sherlock Holmes would declare, “The game is afoot!” Search all things. Challenge your comfortable assumptions, encountering for the millionth time the reality of experience, forging in the smithy of our minds what may be a new Hegiric Worldview. If we are awake to the possibilities, we may continue the search in a state of constant, total amazement.