14 results found.
... Science Frontiers ONLINE No. 55: Jan-Feb 1988 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Curious sand-filled cavities in the great pyramid "Japanese and French experts are investigating a new mystery at the 4,000-year-old pyramids -- why the pharaohs built geometrical cavities inside the Great Pyramid of Cheops and filled them with mineral-enriched sifted sand. .. .. . "From the outside, the pyramid appears to be built of solid blocks of limestone. But two French architects, Gilles Dormion and Jean Patrice Goidin, discovered cavities which could total 15 to 20 per cent of the structure. .. .. . "The French team used an instrument which measures differences in gravity to find the internal spaces. They then drilled small holes through the 1.0 -metre blocks and found sand -- but not ordinary sand from the nearby desert. "Laboratory tests showed it came from another part of Egypt and was sifted and enriched with minerals before being placed inside the pyramid by the ancient architects." (Fouad, Ashraf; Vancouver Sun, March 7, 1987. Cr. G. Conway via L. Farish.) The French results were subsequently confirmed by a Japanese team. (Buccianti, Alexandre; "Des Scientifiques Japonais Confirment les Traveaux de la Mission Francaise,: Le Monde, p. 18, February 4, 1987. Cr. C. Mauge.) From Science Frontiers #55, JAN-FEB 1988 . 1988-2000 William R. Corliss ...
Terms matched: 1 - Score: 85 - 15 May 2017 - URL: /sf055/sf055p02.htm
... Science Frontiers ONLINE No. 132: NOV-DEC 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Fish Tales From the Mouth of Fishes Several species of fishes live inside the mouths and gills of larger species of fish. Some are true parasites. Attached by their teeth, they drink the blood of their hosts. Other fishes have fins that have been transformed into adhesive disks that allow them to also live inside the mouths and gill cavities of larger fish. These are true symbionts that feed on food scraps. The sizes and shapes of these invaders are neatly adapted to the mouths and cavities of each host. It is possible, but not easy, to explain how these remarkable physiological and behavioral transformations were initiated and perfected via random mutations and natural selection. (Gudger, E.W .; "Fishes That Live in the Mouths or Gill Cavities of Other Fishes," Scientific Monthly, 24:556, 1927.) A fish living within a fish. The shapes and sizes of such symbionts and parasites have evolved to fit their unusual niches. E.W . Gudger (see above) collected all sorts of piscine anomalies. He would have been delighted to learn of a really bizarre type of parasitism involving the spotted rose snapper (and probably other species) and a parasitic isopod (a relative of crabs and lobsters). The isopod first invades the mouth of the host fish and then consumes its tongue. It then hooks itself into the place where the tongue used to be and, being about the same ...
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... Science Frontiers ONLINE No. 131: SEP-OCT 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Brobdingnagian Geode Any rock-and-mineral shop will happily sell you piece of a geode that has been sliced like a cantaloupe and nicely polished to reveal its beautiful crystal line interior. You may have to pay hundreds of dollars for half of a melon-sized geode. If so, what is a geode 26 feet long worth -- one that can shelter several people within its cavity? Such a geode was just a rumor among rock collectors until recently, when J. Garcia-Guinea, a geologist from Madrid's National Museum of Natural Sciences, followed up the leads. Sure enough, some 4 kilometers from Almeria, in north-eastern Spain, he found a veritable crystal cave. Inside, the giant geode is lined with near-perfect, transparent crystals of gypsum, some of which are 11 feet long. (Anonymous; "Giant Crystal Cave Discovered," BBC Homepage, June 12, 2000. Cr. D. Phelps. Holden, Constance; "Brobdingnagian Crystals," Science, 288:2127, 2000.) Comment. The Spanish geode merits headlines for its size, but geodes also offer grist to the anomalist. In particular, we refer to geodes found near Niota. Illinois, that are filled with solid tar or liquid bitumen. When the latter are broken open, the petroleum squirts out violently. There are no oil deposits within 25 miles, so the presence of ...
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... Science Frontiers ONLINE No. 77: Sep-Oct 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The aye-aye, a percussive forager "The aye-aye, one of the strangest and rarest species of primates in the world, has an equally unusual method of finding food. Zoologists have discovered that it taps wood to locate cavities under the surface. Its skills are so well developed that it can tell holes containing grubs from those that are empty. It is the only mammal known to use such a technique." To improve the efficiency of its "percussive foraging," the aye-aye has evolved huge bat-like ears and a highly elongated middle finger on each hand. This specialized finger does the tapping and the big ears relay the nuances of sound to the brain. So sensitive is this specialized form of sonar that the ayeaye can detect grubs 2 centimeters below the surface of the wood. Once a grub has been located, the aye-aye tears into the wood with its forwardcurving, chisel-like teeth. The incisors are remarkable for a primate, for they keep on growing, just like those of rodents. When the grub-containing chamber has been reached, the long, narrow middle finger is inserted and the grub is retrieved. A neat combination of attributes. What is even more interesting is a comparison of the aye-aye with many of the woodpeckers. Many woodpeckers also employ percussive foraging, have special bills for chiselling, and possess very, spiny tongues for extracting grubs ...
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... Science Frontiers ONLINE No. 103: Jan-Feb 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Subterranean Trombone In 1992, while making seismic recordings near Java's Mount Semeru, a German scientific team noticed that the seismic waves were much more regular than one would expect from deep volcanic activity. Their recordings revealed a series of evenly spaced harmonic frequencies. They likened it to a musical instrument emitting a fundamental note accompanied by overtones. Sometimes, the fundamental tone would rise and fall, as if the mountain were playing a tune for them. The Germans, V. Schlindwein et al, postulated that the vibrations originated in a gas-filled cavity, presumably cylindrical -- something like an organ pipe -- capped at the top, with a pool of molten magma at the bottom. Volcanic vibrations resonated in this chamber and, as the magma pool rose and fell, so did the fundamental tone. Rather than a fixed organ pipe, it was a natural trombone! Unfortunately, the "earth music" was always in the infrasound range, 8 Hertz and less, and could not be heard by the researchers directly -- only their instruments could "listen." (Schneider, David; "Country Music," Scientific American, 273:28, November 1995.) Comments. There is no physical reason why such a subterranean trombone cannot play in the audible range. Such a mechanism might explain some of the mysterious hums heard in various localities, such as the Taos hum. (SF#88 ...
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... Science Frontiers ONLINE No. 55: Jan-Feb 1988 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Archeological Stonewalling and Shadow Science Curious Sand-filled Cavities in the Great Pyramid Sardinia's Prehistoric Towers Demystifying Those Australian Craters Early Boomerang Astronomy An Astronomical Paradox Why Do Spiral Galaxies Stay That Way? Or Do They? Biology Migrating Birds Collide with Magnetic Bump The Scientific Basis of Astrology The Ubiquity of Sea Serpents A Glitch in the Evolution of Whales Geology Do We Really Understand the Dinosaurs? Cyclothems As Solar-system Pulse Recorders Geophysics Wheels of Light: Sea of Fire Powerful Concentric Waves The Zeitoun Luminous Phenomena Presumed Ball Lightning Things That Bo Buzz in the Night Psychology Psyching Out Piezoelectric Transducers Goethe's Optics Reevaluated ...
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... Turnovers ESC7 Petrifactions and Lignifications ESC8 Geological Effects of Natural Combustion ESC9 Rocks and Sediments of Controverted Origins ESC10 Unusual Growth Structures ESC11 Possible Extraterrestrial Origin of Ocean Water ESC12 Chemical Anomalies of Lakes and Ground Water ESC13 Petroleum Anomalies ESC14 Coal Anomalies ESC15 Outgassing of Radon-222 ESC16 Methane Anomalies ESD DEPOSITS OF REMARKABLE SIZE ESD1 Bone Caves, Bone Caches,... ESD2 Bone Beds, Fish Beds,... ESD3 Sedimentary Deposits of Exceptional Volume ESD4 Historical Evidence for Large Scale Flooding ESD5 Recent Large Reductions of Polar Ice Cover ESD6 Giant Basalt Flows and Traps ESD7 Giant Accumulations of Oil ESD8 Giant Erratics and Megabreccias ESD9 Deposits of Great Areal Extent ESI INCLUSIONS ESI1 Inclusions in Crystals ESI2 Microdebris ESI3 Erratic Boulders, Stones, and Mineral Patches ESI4 Anomalous Amber Inclusions ESI5 Microfossil-Like Inclusions ESI6 Oil in Fossil Cavities ESI7 Carbon Dust on Fossil Plants ESI8 Great Rarity of Fossil Meteorites and Tektites ESI9 Stretched Pebbles ESM ANOMALOUS SUPERFICIAL GEOLOGICAL MATERIALS ESM1 Unusual Superficial Aggregations of Rocks ESM2 Strewn Fields of Natural Glasses ESM3 Tektite and Microtektite Paradoxes and Anomalies ESM4 Boulder Trains and Belts ESM5 Rock Glaciers, Block Fields,... ESM6 Elevated Erratics... ESM7 Anomalous Glacial Drift ESM8 Fluidized Debris Slides ESM9 Surging Glaciers ESM10 Driftless Enclaves within Glaciated Regions ESM11 Anomalous Rock Motion ESM12 Superficial Rocky Debris of Doubtful Provenance ESP ANOMALOUS PHYSICAL PHENOMENA IN GEOLOGY ESP1 Anomalous Radiohalos ESP2 Flexible Rocks ESP3 Unusually Colored Rocks ESP4 Noncrushing of Fossils in Sediment Compaction ESP5 Remarkable Polished Rocks ESP6 Ringing Rocks ESP7 Small-Scale Magnetic Anomalies ESP8 Frazil Ice, Anchor Ice,... ESP9 Long-Range Fine Structure In Strata ESP10 Jointing, Cleat, ...
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... merely bags of reproductive organs attached to a thorny probiscus, by which they attach themselves to the intestinal walls of vertebrates. Living in a sea of processed nutrients, the worms don't even have a digestive tract. Part of the life cycle of this parasite is spent in arthropods (insects, crustaceans). As with the lancet fluke, the thorny-headed worm's big challenge is getting the arthropod eaten by a vertebrate. In most instances, it alters the behavior of the arthropod in a way that makes it more conspicuous to the predators. For example, infested pill bugs do not hide from birds, as they normally do, and are snapped up. Infested crustaceans move towards the light where ducks consume them. No one knows how a parasite floating in the body cavity of its host can control the host's behavior. (Moore, Janice; "Parasites That Change the Behavior of Their Host," Scientific American, 250:108, May 1984.) Comment. One cannot but wonder if human behavior is somehow controlled by parasites. Obviously we deny such dominance. Yet, some have speculated that our urge for space travel is only DNA's way of expanding its dominion. A thorny-headed worm that cycles between ducks and crustaceans. (Adapted from Scientific American). From Science Frontiers #34, JUL-AUG 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 48: Nov-Dec 1986 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Water, water: how far down?The upper 10-15 kilometers of the earth's continental crust is different in several ways from the lower crust. The top layer is electrically resistive, seismically transparent, the source of almost all earthquakes, and responds to stress elastically. In contrast, the lower crust is electrically conductive, contains many reflectors of seismic energy, provides few quakes, and responds like a ductile material to stress. The diverse characteristics of both regions can be explained if the entire crust contains saline water. In the up-per crust the water is thought to be in separated cavities, while deep down it forms an interconnected film on crystal surfaces. (Gough, D. Ian; "Seismic Reflectors, Conductivity, Water and Stress in the Continental Crust," Nature, 323:143, 1986.) In an accompanying commentary, B.W .D . Yardley notes that the Soviet deep borehole on the Kola peninsula has found water down to at least 12 kilome ters. (Yardley, Bruce W.D .; "Is There Water in the Deep Continental Crust?" Nature, 323:111, 1986.) From Science Frontiers #48, NOV-DEC 1986 . 1986-2000 William R. Corliss ...
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... (and published by Stevenson in 1970) cases of intense paranormal (' telepathic') experiences concerning death or illness of friends of family were analyzed according to the global geomagnetic activity (the aa index) as the times of their occurrence. The characteristics of these cases were representative of the general literature and occurred between the years 1878 and 1967. All 25 experiences were reported to have occurred on days when the geomagnetic activity was less than the means for those months. Repeated measures analysis of variance for the daily aa indices for the 7 days before to the 7 days after the experience confirmed the observation that they occurred on days that displayed much less geomagnetic activity than the days before or afterwards. These results are commensurate with the hypothesis that extremely low fields, generated within the earth-ionospheric cavity but disrupted by geomagnetic disturbances, may influence some human behavior. " (Persinger, Michael A.; "Geophysical Variables and Behavior: XXX. Intense Paranormal Experiences Occur during Days of Quiet, Global, Geomagnetic Activity, " Perceptual and Motor Skills, 61:320, 1985.) From Science Frontiers #42, NOV-DEC 1985 . 1985-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 115: Jan-Feb 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A SUBMARINE ORGAN?Exactly two years ago, we reported on strange seismic signals detected by German geophysicists near Mount Semeru, in Java. These signals consisted of a fundamental tone and evenly spaced harmonics. Sometimes, the fundamental tone rose and fell. This "natural trombone" was thought to be a gas-filled subterranean cavity capped at the top by rock, with a pool of magma at the bottom. Volcanic vibrations resonated in this chamber. As the magma pool rose and fell, the fundamental tone changed. More recently, a network of seismic stations in French Polynesia has picked up more mysterious seismic signals. These differ from those in Java in that each fundamental tone is "pure"; that is, there are no harmonics. Dubbed "T -waves," the sounds originated from an active volcanic ridge in the South Pacific. Suspicion fell on one flat-topped volcano that rose to within 130 meters of the ocean surface. But, how could this peak generate such a pure tone? The theory is that the active volcano spews out a column of steam bubbles bounded at the bottom by the flat volcano and by the ocean at the top. Computer simulations proved that sound could resonate in a column of bubbles just as it does in an organ pipe. Since the height of the column remains fixed, so does the fundamental tone. Certainly harmonics are generated, too, but the bubbles damp out the ...
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... . 124: Jul-Aug 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Ancient Bones On Santa Rosa Just off the coast of Southern California, lies Santa Rosa, one of the Channel Islands. There, recently, two female thigh bones have been dug out of a gully at Arlington Canyon. Radiocarbon-dated at 13,000 years, they are 1,400 years older than the benchmark Clovis sites. The significance of the Santa Rosa bones is explained in the following quotation. "The new discovery is likely to be controversial in part because many scientists say that the old skeletons found in the past few years around the western United States do not resemble modern Native Americans. Detailed examinations of the skulls reveal slender faces, narrower brain cavities, high foreheads and slightly protruding chins that are more typical of Caucasoid peoples. "Some of them bear striking resemblance to a very ancient race called the Ainu, a maritime people who were the forerunners of the Polynesians and long ago occupied Japan and China." (Polakovic, Gary; "Channel Island Woman's Bones May Rewrite History," Los Angeles Times, April 11, 1999. Cr. E. Roy. Abbreviated version in the Houston Chronicle, April 12, 1999. Cr. D. Phelps.) Comments. It should be noted that Santa Rosa is also known for ancient "fire areas" (" hearths"?) where dwarf mammoths were roasted over 13,000 years ago. (See Ancient Man for details.) Stretching our theme a ...
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... stones, but they had very different configurations. Newgrange was cruciform (see sketch); others were rectangular, beehive, and petalshaped. Quoting the abstract from the Princeton report, here is what the acoustical surveys found: "Rudimentary acoustical measurements performed inside six diverse Neolithic and Iron Age structures revealed that each sustained a strong resonance at a frequency between 95 and 120 Hz (wavelength about 3m). Despite major differences in chamber shapes and sizes, the resonant modal patterns all featured strong antinodes at the outer walls, with appropriately configured nodes and antinodes interspersed toward the central source. In some cases, internal and exterior rock drawings resembled these acoustical patterns. Since the resonant frequencies are well within the adult male voice range, one may speculate that some forms of human chanting, enhanced by the cavity resonance, were invoked for ritual purpose." In a few cases, it appeared that some of the standing stones had beeen intentionally positioned to enhance the chamber's acoustical properties. (Jahn, Robert G., et al; "Acoustical Resonances of Assorted Ancient Structures," Technical Report PEAR 95002 , Princeton University, March 1995. Devereux, Paul, et al; "Acoustical Properties of Ancient Ceremonial Sites," Journal of Scientific Exploration, 9:438, 1995.) Comment. Apparently, humans living over 5,000 years ago were rather sophisticated in their ability to manipulate sound to impress audiences. This talent has not been lost; for example, rock music! *We will cross-reference SF items with both issue number (# 00) and page ...
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... let's take a look at the wall itself. B. Brailsford, of Christchurch, has been the chief investigator of the Kaimanawa wall, aided by American D.H . Childress, and others. The stones that make up the wall are 4-ton blocks of ignimbrite, a soft volcanic rock that could have been easily dressed with stone tools. The wall is topped by a red beech tree 2.9 meters in circumference and over a meter of accumulated humus. According to Brailsford, who was interviewed by the Listener : "There was no doubt that the stones had been cut. The four visible stones in the front wall were a uniform 1.6 metres tall, and 1 metre wide. In one place he could insert his arm into a root-ridden cavity and feel the back face -- and the front face of the next tier. The faces were uncannily smooth, with no saw or adze marks. The interstices where the blocks join were knife-blade thin. "Further up the hill, the tops of other stones protruded, suggesting a more extensive structure was buried in the hill." Supporting the contention that a pre-Maori people lived in New Zealand are the bones of the kiore, a type of rat alien to New Zealand, which was likely introduced by the first settlers. Some kiore bones have been dated as 2,000 years old -- centuries before the first Maoris arrived. Needless to say, New Zealand archeologists and anthropologists are not anxious to drastically revise their fundamental paradigm assigning the discovery and colonization of ...
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