... 100 cm above the sea surface. The bands then changed into two rotating wheels; then a third wheel formed. All three rotated counterclockwise, with their hubs 300, 300, and 150 meters from the ship. The spokes stretched to the horizon. The display ceased for about 20 minutes and recommenced with four systems of onrushing parallel bands, which soon metamorphosed into four rotating wheels. Radar, visible light (from an Aldis lamp), and engine revolution appeared to have no effect on the spectacle. Next, evenly distributed, circular, flashing patches of brilliant blue-white light appeared all around the ship out to a distance of about 150 meters. This system of patches flashed away simultaneously the wheel display. The patches varied from 15-60 cm in diameter, and flashed 114 times per minute. When an Aldis lamp played steadily on the patches, nothing happened. When the lamp was flashed, the whole array of flashing patches disappeared, only to reappear in about 2 minutes. Each patch seemed to consist of worm-like segments 2 cm long, 2 cm apart. The worms were all aligned perpendicular to a vector from the ship. In contrast to the bands and wheels, the worms were located about 5 cm below the surface of the water. Water samples revealed no luminous organisms -- only a few animals a few millimeters long. The sea was calm, visibility excellent, although atmospheric electrical activity could be seen all around. (Kuzmanov, Zoran; "Phosphorescence in the China Sea," Marine Observer, 53:85, 1983.) ...

... shallow earthquakes are generally created when rocks snap and fracture. Since the deep quakes seem to be concentrated in subducted slabs of terrestrial crust that plunge down deep into the earth's mantle, geophysicists suppose that the increasing heat and pressure applied to the descending slabs may cause "explosive" phase changes in minerals contained in the slabs. Phase changes often involve volume changes that, if sudden, might generate seismic waves. Too, water of hydration in minerals may be explosively turned into vapor. But this is all surmise at present. The Bolivian quake also caused the whole earth to ring like a bell. Every 20 minutes or so, the entire planet expanded and contracted a minute but detectable amount. Another surprise: the Bolivian earthquake was felt a far away as Seattle -- the first time that a quake in that part of South America has been actually felt in North America. (Kerr, Richard A.; "Bolivian Quake Deepens a Mystery," Science, 264:1659, 1994. Also: Monastersky, R.; "Great Quake in Bolivia Rings Earth's Bell," Science News, 145:391, 1994.) Deep-focus earthquakes are cataloged in EQQ1 in our catalog: Inner Earth: A Search for Anomalies. Details here . From Science Frontiers #95, SEP-OCT 1994 . 1994-2000 William R. Corliss ...

... the mainstream position that Archaeopteryx really did have feathers and was a link between reptiles and birds. Evolutionists will rest easier now. Two bothersome observations intrude, however. First, although the report on the new specimen states that the question of forgery does not arise here, even though the specimen's tail has been restored to the length deemed by the owner. In addition, the new Archaeopteryx is 10% larger than the London specimen, 30% larger than the Berlin specimen, and fully twice the size of the Eichstatt specimen. Is there more than one Archaeopteryx species? (Wellnhofer, Peter; "A New Specimen of Archaeopteryx," Science, 240:1790, 1988. Also: Wilford, John Noble; "Fossil May Help Tie Reptiles to Birds," New York Times, June 24, 1988. Cr. J. Covey) Comment. We wonder if Hoyle and Wickramasinghe will be allowed to examine the new specimen. Of course, this new discovery does not disprove the forgery claim for the two specimens studied by Hoyle and Wickramasinghe; it merely weakens their case. From Science Frontiers #59, SEP-OCT 1988 . 1988-2000 William R. Corliss ...

... are supposed to be detrital accumulations of quartz grains derived from pre-existing formations. The source rocks may have either been igneous or sedimentary, but ultimately most quartz grains in sediments must have an igneous parent rock, probably granite, since this is the most abundant igneous rock on the continents. The quartz derived from granite is characterized by the presence of tiny mineral inclusions. Crystals of mica, rutile and tournaline are common. In sandstones formed from granite-derived quartz grains, mineral inclusions should be evident, but they are rarely present in sand-stones." The accepted explanation of this apparent anomaly is that the inclusions in fresh, granite-derived quartz grains so weakened the grain structure that the flawed grains are quickly broken up during weathering, transportation, and deposition. By the time any sandstone is formed, only flawless bits of sand remain. Case closed. No anomalist worth a grain of salt would let this delightful phenomenon escape without a bit more study. Do young sandstones with identifiable granitic sources show more inclusions than older sandstones? Do desert sands, beach sands, and other unconsolidated quartz grains show any flaws? Has anyone really examined fresh quartz grains weathered from granite to determine how the number of flaws in a grain varies with the grain size? (Cox, Douglas E.; "Missing Mineral Inclusions in Quartz Sand Grains," Creationist Research Society Quarterly, 25:54, 1988.) Comment. Most geologists will complain that we are going out of our way to make trouble. But consider the possibility that some unflawed quartz grains in sandstones may ...

... fact, there seems to be a great dearth of small, cool, solid, water-and-carbon-rich planets circling beneficent suns. Can it be that we are looking for extraterrestrial life in the wrong places? Life may have originated and prospered on the multitude of sun-less aggregations of matter drifting through the void, some doubtless quite close to us. Myriad nomadic planets may be roaming our Galaxy free from the clutches of parent stars. Two teams of astronomers think they have detected 25 of these free-floating planets, and say there could be hundreds of millions of them wandering the Milky Way. These free-floaters or "drifters" were created when small clouds of gas and dust coalesced under gravity's urging. If such collapsing clouds were less than 80 times Jupiter's mass, they would not be able to sustain nuclear reactions and become long-lived stars. Many would be-come "brown dwarfs." Still smaller aggregations -- less than 14 Jupiters -- would never shine at all. These would remain warm for a while as they dissipated the gravitational energy that created them. Such small objects would be temporarily detectable by infrared telescopes. Hundreds of such infrared "point sources" turn up in sky surveys. These are the only "drifters" we can detect. "Drifters" that have already cooled off are certainly out there by the hundreds of millions. (Muir, Hazel; "The Drifters," New Scientist, p. 14, April 1, 2000.) Comments. Science-fiction writers have ...

... and this is very frustrating to the white-tailed black cockatoo: "This shrub according to plant ecologist Byron Lamont of Curtin University of Technology in Perth, exhibits the first known case of self-mimicry in a plant: to avoid losing valuable seeds to predators, it disguises some of its leaves as fruits. Young plants produce only the long, needle-shaped leaves. But mature five-year-old shrubs also grow broad leaves that cluster around the slightly smaller, almost identical-looking green seed-filled fruits." When offered branches stripped of real leaves and bearing just fruits, the cockatoos quickly demolished them. Normal branches bearing both leaves and fruit were attacked at first -- especially the larger leaves. But when the cockatoos found themselves duped a large proportion of the time, they gave up in obvious frustration. (Anonymous; "Fruit Dupes," Discover, 15:16, August 1994.) Comment. An even more amazing case of plant mimicry occurs among Passiflora species, which craft precise copies of the eggs of a butterfly, whose larvae decimate these plants. The butterflies see the fake eggs and go look for places to lay their eggs where there is less competition. (See SF#16) From Science Frontiers #97, JAN-FEB 1995 . 1995-2000 William R. Corliss ...

... associated with the mounds. In fact, a recent scientific paper describes the relationship between the sizes and shapes of the mounds and the numbers of resident gophers. The authors of this paper, G.W . Cox and J. Hunt, state confidently that: The seismic waves intersect, an interference pattern forms. Loose surface material collects at points of minimum surface disturbance (open circles). "Investigations of Mima mounds in western North America support the hypothesis that mounds are formed by the gradual translocation of soil by pocket gophers..." (Cox, George W., and Hunt, Jodee; "Form of Mima Mounds in Relation to Occupancy by Pocket Gophers," Journal of Mammalogy, 71:90, 1990.) In another paper, appearing at almost the same time, A.W . Berg contends that the Mima Mounds could instead be the consequence of seismic activity. In his abstract he says: "Small-scale Mima mounds can be produced experimentally by subjecting a plywood board covered with a thin veneer of loess to impacts that produce vibrations in the board. Experimentally produced mounds have characteristics that are nearly identical to those found in the field. This suggests that most Mima mounds formed as the result of seismic activity in conjunction with unconsolidated fine sediments on a relatively rigid planar substratum." Berg also notes that the regions where the mounds are common have been seismically active. (Berg, Andrew W.; "Formation of Mima Mounds: A Seismic Hypothesis," Geology , 18:281, 1990. Cr. J. Satkoski) Reference ...

... unconsolidated material of higher density; they appear to be from low-gravity aggregation of that part of the Martian debris that went into orbit as a short-lived ring. A Roche-limit encounter is invoked as a reasonable hypothesis to explain these features. Earth, Mars' nearest planetary neighbor, may have provided that encounter. The Roche limit is 2.9 Earth radii. The Roche limit is that distance within which Mars would begin to be torn apart by the gravitational pull of nearby Earth. (Day, Richard A.; "A Roche-Limit Encounter Explains Martian Features," Society for Scientific Exploration paper, 2000.) Comment. Anomalists with long memories will see immediately that Day's theory is displaced Velikovskyism. Velikovsky had Venus straying close to Earth in recent times to account for historical and geological evidence of terrestrial catastrophism. Another related theory claims that the earth's moon was created when Mars dealt earth a glancing blow -- a reversal of Day's scenario. Obviously, both cannot be correct. From Science Frontiers #131, SEP-OCT 2000 . 2000 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . The journal of intelligence and political conspiracy (CIA, FBI, JFK, MI5, NSA, etc) Homeworking.com . Free resource for people thinking about working at home. ABC dating and personals . For people looking for relationships. Place your ad free. ...

... Skinned Tectonics is arising to handle them. The present article deals with the complex stratigraphy in the Western Arbuckle Mountains in southern Oklahoma. Here are located many examples of old-on-young rock as well as completely inverted stratigraphic members. Much at-tention is paid to the evidence of sliding between beds (breccia, small overfolds, etc.). Some excellent photos of these contact planes are presented. (Phillips, Eric H.; "Gravity Slide Thrusting and Folded Faults in Western Arbuckle Mountains and Vicinity, Southern Oklahoma," American Association of Petroleum Geologists, Bulletin, 67:1363, 1983.) Comment. Some extensive thrust faults do not show as much evidence of horizontal sliding as those in the Western Arbuckles. Scientific creationists use such examples as evidence that the geological time scale, as determined by the fossil contents of the rocks, is all mixed up. From Science Frontiers #31, JAN-FEB 1984 . 1984-2000 William R. Corliss ...

... .J . Melosh; "Recent evidence that the SNC meteorites originated on Mars raises the question of whether large impacts on Earth may eject rocks that could fall on Mars (or other planets in the Solar System) and, if so whether they might contain spores or some sort of viable microorganisms that would have the opportunity to colonize Mars." After some computations Melosh concludes: "It seems likely that the impacts that produced craters on Earth that are greater than 100 km in diameter would each have ejected millions of tons of near-surface rocks carrying viable microorganisms into interplanetary space, much in the form of boulders large enough to shield those organisms from ultraviolet radiation, low-energy cosmic rays, and even galactic cosmic rays. Under such circumstances spores might remain viable for long periods of time." (Melosh, H.J .; "The Rocky Road to Panspermia," Nature, 332:687, 1988.) Comment. Next we need a reasonable mechanism that spreads life through interstellar space. Light pressure, that's it; and the idea is over a century old! Incidentally, SNC is short for Shergottites, Nakhalites, Chassignites; all rare classes of meteorites. From Science Frontiers #58, JUL-AUG 1988 . 1988-2000 William R. Corliss ...

... Darwinian abruptness after long periods of stability." In the article that follows, R.A . Kerr reviews several recent studies of fossil bryozoans and snails. Some of these painstaking dissections of the fossil record were carried out by scientists initially committed to Darwinian gradualism. Even these researchers have been forced to acknowledge that much biological evolution proceeds not in minute steps but by large jumps or saltations. Such abrupt speciation is tough enough to explain, but even more daunting are those species untouched by change over millions, even hundreds of millions of years. Indeed, the major characteristic of the fossil record and, therefore, earth life as a whole, has been stasis rather than speciation, despite all manner of asteroid impacts and climatic traumas. Nevertheless, many biologists think that species are somehow frozen in time by environmental forces that keep them from straying from their little niches. This being so, paleontologist D. Jablonski, University of Chicago, asks: If stability is the rule, how do you get large-scale shifts in morphology? How do you get from funny little Mesozoic mammals to horses and whales? From Archaeopteryx to hummingbirds? (Kerr, Richard A.; "Did Darwin Get It All Right?" Science, 267:1421, 1995) Comments. (1 ) The reality of sudden saltations in the fossil record or "punctuated equilibrium" implies that those unfound transitional fossils beloved by the gradualists are truly missing. (2 ) The higher the taxonomic level, the more silent the fossil record. There are few clues as to how the major divisions of life ...

... of his observations: "I came upon an adult male. When I first saw him he was sitting quietly beside a creek, but he soon wandered into a damp thicket of alder, spicebush, and false hellebore. Before disappearing from sight, however, he began to rock back and forth. I followed, trying to stay just close enough to see what he was up to without disturbing him. Fortunately, he did not scare easily, which allowed me to approach within a few yards as he meandered, walking and rocking. First, I noticed that the rocking was caused by short bouts of stomping with the front feet, alternating between left and right. Then he suddenly jabbed his head at the ground and ate something. This behavior continued for a half hour, and several times I caught a glimpse of the prey - earthworms snatched from the surface. I suddenly realized the turtle was 'grunting' for worms!" Turtle preparing to stomp; i.e . 'grunt'. Earthworms, for reasons we cannot fathom, pop out of the ground and flee in panic when vibrations flood their milieu. The wood turtle has apparently learned how to take advantage of this weakness of worms. So have some gulls and plovers. In fact, some humans make their living grunting for earthworms. They simply drive a stake into the ground and draw a notched stick across it to make the worms surface. In Apalachicola National Forest, in Florida, about 700 permits ($ 30 each) are issued each year to earthworm grunters! Back to wood turtles, how ...

... , the Nebraska Sand Hills might provide some insights as to what happened long ago in the Gobi. An important clue occurs during the summer, when heavy thunderstorms sometimes trigger avalanches of wet sand called "debris flows". These sandslides may be 900 feet long, 50 feet wide, and 4 feet deep. Although they have occasionally partly buried ranch buildings, they are too slow and small to endangerlivestock and wild animals. But what if they were much larger and faster? Back on the Gobi, geologists remarked that the rich fossil deposits were found in structureless sandstone; i.e ., there was none of the cross-bedding seen in sandstones elsewhere in the region. Furthermore, fossils were extremely rare in the cross-bedded sandstones, which were built up over long periods of time. It looked as if the structureless, fossiliferous sandstones were sandslides differing from those in Nebraska in their much greater magnitude. But why were the Gobi sandslides so much larger and, apparently, faster? The next clue came from the recent devastating mudflows in California and Central America caused by heavy rains. These debris flows were made deadly when the infiltrating rainwater was blocked by bedrock. The accumulating water turned the soil into a muddy slurries that raced down hills at high velocities, overtaking animals (including many people) trying to escape. There is no bedrock in the Gobi, but a little digging encountered impervious layers of caliche. The Gobi caliche consists of layers of sandgrains cemented together by calcium carbonate. Typically located 2-3 feet below the dune surfaces, the caliche layers were evidence ...

... cabbages are and so are some philodendrons during their flowering periods. In fact, some philo-dendrons burn fat to generate their heat, just like animals. Metabolism based on fats allows some philodendrons to reach temperatures of 124 F. In terms of their rates of metabolism, they rival those of the humming birds. Further-more, philodendrons can regulate their chemical fires, whereas skunk cabbages, which burn only starch, consume all their stored energy like a rocket in one snow-melting crescendo. Why do plants generate heat? Apparently to attract pollinating insects. The hot skunk cabbage poking through the snow is the only food in sight for early spring insects, while the philodendrons may attract pollinating insects who like to bask or mate in warm places. (Blakeslee, Sandra; New York Times, August 9, 1983, p. C4. Cr. P. Gunkel) Comment. Are plants really "lower" forms of life? From Science Frontiers #30, NOV-DEC 1983 . 1983-2000 William R. Corliss ...

... galaxy (a very low-luminosity quasar) emits forbidden spectral lines that vary in intensity about every 30 minutes. It is not the "forbidden" character of the spectral likes that disturb the astronomers. (" Forbidden" simply means "improbable" in spectroscopy!) Rather, it is the half-hour variations that pose the dilemma. This is because most astronomers are convinced that the said forbidden lines are emitted by regions of the quasar that are 100-10,000 light years across. A disturbance or physical change leading to a variation in intensity, even travelling at the speed of light, could not begin to move across this huge region in half an hour. Yet, the changes in intensity seem to be there, inferring a physical change that travels perhaps a million times faster than physics permits. Variations in intensity decades long would be acceptable, but half an hour is out-of-the-question! The author of this referenced comment in Nature believes that the observational procedures employed must be at fault. (Gaskell, C. Martin; "Spectra That Defy Explanation," Nature, 304:212, 1983.) Comment. This possible anomaly is closely related to the so-called superluminal velocities also observed in quasars, in which physical effects seem to travel faster than light. Apparently something is very wrong in our model of a quasar, or our distance scale, or even our basic physics. From Science Frontiers #29, SEP-OCT 1983 . 1983-2000 William R. Corliss ...

... the Big Bang hypothesis for the creation of the universe. The reasons are several: The observed universe is extremely homogeneous, even though theory says that distant parts of the universe could never have been causally connected; No satisfactory explanation exists for the density fluctuations that had to occur for galaxies to be formed; and The universe seems to be flat, not curved, and the Big Bang does not explain why. Paul Steinhardt and Andreas Al-brecht, at the University of Pennsylvania, have developed a radically different Big Bang -- a two-stage one, with hot and super-cooled states. The three objections listed above are neatly disposed of in the new version, but at the cost of a radically new view of the cosmos. The "new" universe is about 10100 times as big as the 12 billion light years assigned to the cozy universe we used to know -- and it is presumably correspondingly older. This means that the portion of the cosmos we see is only a negligible fraction of the whole -- a fraction that just happens to be homogeneous. Somewhere, way out beyond the farthest quasar, things could be -- well -- different! (Anonymous; "A Bigger, Better Big Bang," Astronomy, 11:62, February 1983.) Reference. Our Catalog volume Stars, Galaxies, Cosmos brims with challenges to the Big Bang. For details on this book, visit: here . From Science Frontiers #28, JUL-AUG 1983 . 1983-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 135: May-Jun 2001 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The Most Mysterious Manuscript A Nuclear Catastrophe in Paleoindian Times? Astronomy Asteroid Ponds, Beaches and Boulders 0.999999999999999999999999c Sourceless Magnetic Fields? Biology Host Tapeworms for Health! Fall Babies Live Longer Longevity and Sardina Where is the Maestro? Geology Oil Deposits and Rotary Phenomena Does the Earth Breath? Geophysics Kisses from Heaven Don't Stomp on Ball Lightning! Whence Whitings? Psychology Modelling Exceptional Human Experience (EHEs) Unclassified Let There Be Dark! ...

... Science Frontiers ONLINE No. 102: Nov-Dec 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Huge fireball explosion in 1994 This remarkable event was mentioned by C. Keay in his review of D. Steel's book Rogue Asteroids and Doomsday Comets . It seems to have escaped or been ignored by the scientific press. We quote from Steel's book, in which he complains that such events get little publicity despite their ominous implications for the future of humanity. "It is therefore not surprising that the 10-meter-or-so asteroid that blew up over a largely vacant area of the western Pacific on February 1, 1994, producing an explosion equivalent to at least ten times that of the Hiroshima bomb (and possibly rather more), was not seen prior to impact. Surveillance satellites registered it as the brightest such explosion that they have picked up so far. Despite the efforts of numerous scientists in this area of study to make the military aware that such detonations do occur naturally, it appears that the U.S . President was awakened because the Pentagon thought that this incident might be a hostile nuclear explosion." From Science Frontiers #102 Nov-Dec 1995 . 1995-2000 William R. Corliss ...

... , about whom we heard in the above item. We will not comment on the reincarnation bit, but it does seem that S. Devi's remarkable capabilities are somewhat different from those of Ramanujan. The latter intuitively saw mathematical relationships as expressed in equations and identities; Devi is a mental calculator of no mean talent. In 1977, Ms. Devi beat a UNIVAC 1108 computer to the 23rd root of a 201-digit number. The machine, which required two hours to program for the task, took more than a minto solve the problem. She took 50 seconds. "And, in 1981, she made the Guinness Book of World Records as the 'Human Computer' by correctly multiplying two 13-digit numbers -- 7,686,369,774,870 times 2,465,099,745,779 -- in 28 seconds. The awesome answer? 18,947,668,177, 995,426,462,773,730." S. Devi is also a calendar calculator, being able to name the day of the week for any date in the past or future, taking into account leap years and calendar changes. She never attended school or had any formal mathematical training! (Young, Luther; "Numbers Whiz Takes Delight in Beating Computers;" Baltimore Sun, January 21, 1988, p. A1.) Comment. Such prodigies have appeared regularly down recorded history. What is the meaning of the phenomenon? Why does evolution produce talents that far exceed the "need" of the species? Is ...

... similar genomes depend upon when specific genes are turned on and off. Ventner says, "We have the same number of genes as cats and dogs, but differently regulated." The genes themselves are supposed to be simply protein factories. Somehow, they are turned on and off (" expressing" themselves) in just the right sequences to help build the target animal. In a far-stretched analogy, the genes are the instruments in an orchestra and the proteins they produce are the notes in a symphony. But where are the symphony's score and its conductor? Very similar orchestras, it seems, can play radically different symphonies given different scores as interpreted by a maestro. Each living thing is likewise a symphony of proteins, each played by the genome at just the right time. But just where are the score -- doubtless an immense store of bytes -- and the conductor? Does the genome really hold all the information required to make a human rather than a mouse? The foregoing paragraphs are doubtless naive, but what better place to express doubts about paradigms? The two articles referenced below merely stimulated the contrary musings; they were not blasphemous in themselves. (Cohen, Philip, and Coghlan, Andy; "Less Is More," New Scientist, p. 6, February 17, 2001. Ackerman, Todd; "Genetically Alike, Yet So Different," Houston Chronicle, February 13, 2001. Cr. D. Phelps.) From Science Frontiers #135, MAY-JUN 2001 . 2001 William R. Corliss Other Sites of ...

... shifts of some nearby galaxies. They found a periodicity of 37.5 kilometers/second -- no matter in which direction the galaxies lay. (Gribbin, John; "' Bunched' Red Shifts Question Cosmology," New Scientist, p. 10, December 21/28, 1991.) The work of Guthrie and Napier is elaborated upon in the next item. Sec ond, B. Koo and R. Krone, at the University of Chicago, using optical red-shift measurements, discovered that, in one direction at least , "the clusters of galaxies, each containing hundreds of millions of stars, seemed to be concentrated in evenly spaced layers." (Browne, Malcolm W.; "In Chile, GalaxyWatching Robot Seeks Measure of Universe," New York Times, December 17, 1991. Cr. P. Gunkel.) Comment. Explanations for the unexpected bunching vary and are highly controversial: There are systematic defects in the radiotelescopes and/or the observational techniques. But, as just reported by Koo and Krone, the phenomenon is also seen with optical instruments. The red shifts are not entirely due to the Doppler Effect and the recessional velocities of galaxies. If this is so, the dimensions and age of the universe would have to be revised. The red-shift bunching occurs because some galaxies are arranged in shells surrounding the earth. To some, this would be philosophically disastrous, because it would place humanity in a favored spot in the cosmos. Reference. The work of Tifft on quantized redshifts is cataloged in AWF8 in our ...

... -long suspension bridge built in the seventh century A.D . The bridge, which spanned the Usumacinta River, had massive concrete piers, a rope-cable suspension system anchored to stone mechanisms, towers, and a bed of hard wooden planks. It probably stood for 500 years above water 40 to 150 feet deep, with a steady current of 5 to 7 m.p .h ., which increases to 10 to 15 m.p .h . at flood stage. Civil engineer and archeologist Jame O'Kon says the bridge was the world's longest until 1377, when a larger one was built in Italy." (Anonymous; "Mayan Suspension Bridge," INFO Journal, no. 73, p. 44, Summer 1995. Source cited: Washington Times, February 26, 1995. INFO = International Fortean Organization) Comment. One wonders why such a talented society collapsed so suddenly! From Science Frontiers #103, JAN-FEB 1996 . 1996-2000 William R. Corliss ...

... have done it without modern lapidary tools -- the skull is so smooth and perfect? Well, maybe the Aztecs didn't carve it! A. Rankin, of Kingston University, has examined the tiny trails made by fluid inclusions in the quartz matrix. He finds that they are characteristic of Brazilian quartz. In fact, there seem to be no suitable sources of massive quartz crystals anywhere in Mexico; and the Aztecs do not appear to have made any incursions into Brazil. Even worse, British Museum experts have now found small cuts made by steel tools on the insides of the teeth. The skull, they suggest, is actually modern and carved with a jeweler's wheel. (Hawkes, Nigel; "Famous Aztec Skull Is Thought to Be a Fake," London Times, September 30, 1995. Cr. A.C .A . Silk) From Science Frontiers #103, JAN-FEB 1996 . 1996-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 26: Mar-Apr 1983 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Lizardless Thrashing Tails It is common knowledge that many lizards lose their tails when attacked by a predator. In some lizard species, the released tail is a live thing, thrashing violently, and deluding the predator into thinking he has caught the real animal. Predators, even if not completely fooled by the struggling tail, are diverted into subduing it, giving the lizard time to escape. The detached tails contain their own autonomous nervous system and energy supply. (Dial, Benjamin E., and Fitzpatrick, Lloyd C.; "Lizard Tail Autonomy,..." Science, 219:391, 1983.) Comment. Once again we have a biological system requiring several simultaneous evolutionary developments to be successful. Such complex biological evolution in response to predator-prey feedback is indeed marvelous. From Science Frontiers #26, MAR-APR 1983 . 1983-2000 William R. Corliss ...

... . First, there is the phenomenon we have called "rocket lightning" in our books and newsletters. Scientists now call these upwardly directed discharges "sprites." (SF#84) The sprites are short-duration red flashes in the ionosphere, sometimes with bluish tendrils extending down into the thunderclouds. Second, there are the newly recognized "blue jets," a new class of upward discharges. This phenomenon is detailed in a paper by E.M . Wescott et al. Here is their abstract: "Initial observations of as newly documented type of optical emission above thunderstorms are reported. "Blue jets," or narrowly collimated beams of blue light that appear to propagate upwards from the tops of thunderstorms, were recorded on B/W and color video cameras for the first time during the Sprites94 aircraft campaign, June-July 1994. The jets appear to propagate upward at speeds of about 100 km/s and reach terminal altitudes of 40-50 km. Fifty-six examples were recorded during a 22-minute interval during a storm over Arkansas. We examine some possible mechanisms. but have no satisfactory theory of this phenomenon." (Wescott, E.M ., et al; "Preliminary Results from the Sprites94 Aircraft Campaign: 2. Blue Jets," Geophysical Research Letters, 22:1209, 1995.) Comment. The blue jets may be related to other controversial phenomena that suggest surface-to-ionosphere electrical discharges, such as mountain-top glows and low-level auroras, as presented in our catalog Lightning, Auroras. ...