190 results found.
... Science Frontiers ONLINE No. 29: Sep-Oct 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Porpoise Stun Gun Just about everyone knows that some whales and porpoises have oil/wax-filled sound lenses in their foreheads. These biological lenses focus clicks and other sounds sonar-fashion ahead of the swimming animal, which then listens for echoes from prey and other targets. But what if these bursts of sound could be made very powerful -- could they be employed to stun and disorient prey? Bits of evidence are accumulating to support the theory that some whales and porpoises actually have acoustic stun guns in their foreheads. First, there are visual observations of fish being hunted by whales and porpoises suddenly giving up flight, becoming passive, and almost asking to be snapped up by their pursuers. Second, the stomachs of whales often contain much faster and more mobile prey -- often without any teeth marks. Finally, bottlenose dolphins are known to have the capability of producing bursts of sound five orders of magnitude more intense than their usual navigating clicks. This is more than enough to kill small fish. (Norris, Kenneth S., and Mohl, Bertel; "Can Odontocetes Debilitate Prey with Sound?" American Naturalist, 122:85, 1983.) Comment. Here is another instance of the "problem of perfection." An existing organ of great complexity seems utterly useless of only fractionally developed. One would think that the complicated sound lenses, the muscular sound-generating tissues, and their containing structures would ...
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... Science Frontiers ONLINE No. 31: Jan-Feb 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Hearing Via Acoustic Holograms Humans and the higher primates can locate the source of a sound without turning their ears or heads. Other animals are not so fortunate. Current theories of hearing, according to Hugo Zuccarelli, cannot explain this human capability, which we all take for granted. He has come up with a new theory that pictures our ears as truly remarkable organs. First, our ear itself is a sound emitter. It emits a reference sound that combines with incoming sound to form an interference pattern inside the ear. The nature of this pattern is sensitive to the direction of the incoming sound. Our ear's cochlea detects and analyzes this pattern as if it were an acoustic hologram. The brain then interprets this data and infers the direction of the sound. (Zuccarelli, Hugo; "Ears Hear by Making Sounds," New Scientist, 100:438, 1983.) Comment. We have been able to appreciate this slick biological trick only after we "discovered" holograms. We should wonder if we are missing anything else! Two letters quickly appeared casting doubt on not only Zuccarelli's Theory but his personal scientific capabilities. (Baxter, A.J ., and Kemp, David T.; "Zuccarelli's Theory," New Scientist, 100:606, 1983.) From Science Frontiers #31, JAN-FEB 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 37: Jan-Feb 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects "CRYSTAL" BALL LIGHTNING June 1, 1984. Nottingham, England. Testimony of Mrs. Elsie Haigh. ". .. at approximately 5.45 p.m ., I was in my kitchen. The window and door were both closed. I was standing with my back to the window when I heard a 'boiling noise' and a noise which sounded like glass splintering -- a crash sound. I was very scared and turned around to face the window and saw a large glass-looking ball, approximately 10 inches in diameter (25 cm), slightly oblong (oblate), with a white filament in the middle. This was floating on a bowl of water which was in the sink. I ran to the bathroom, and seconds later I heard an explosion and splintering glass. When it was quiet -- I think a few seconds elapsed -- I returned to the kitchen. The ball had gone and there was no damage. I can only describe it as a miracle." (Meaden, G.T .; "' Crystal' Ball Lightning," Journal of Meteorology, U.K ., 9:218, 1984.) Comment. Other ball lightning observations on file include sounds like "breaking glass." See our Catalog Lightning, Auroras, Nocturnal Lights. For a description of this Catalog, visit: here . From Science Frontiers #37, JAN ...
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... Science Frontiers ONLINE No. 36: Nov-Dec 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects More Mysterious Hums Summer 1984. Aldershot, England. Several occurrences of unidentified, loud humming. "The 'indescribable' sounds, which lasted about 20 minutes on each occasion, seemed to cut through the atmosphere, filling the air with a loud humming. Witnesses who wrote to the 'News' telling of their experience, were woken up by the mysterious noise which began suddenly and ended just as abruptly. The latest set of sounds were heard last month in the early hours but the same noises have been noted many times before over the past few years." (Anonymous; "Mystery Noises Baffle Readers," Aldershot (England) The News, July 27, 1984. Cr. L. Farish and T. Good) Reference. Hums are cataloged in Chapter GSH in our book: Earthquakes, Tides, Anomalous Sounds. To order, visit: here . Comment. Southern England, particularly the Bristol region, seems to be frequently afflicted with episodes of steady and transitory hums. Despite considerable searching, no sources have been uncovered. From Science Frontiers #36, NOV-DEC 1984 . 1984-2000 William R. Corliss ...
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... the television off, although it remained plugged in... At this point a spherical object about six inches (15 cm) in diameter floated down the (sealed) chimney and into the room. It appeared to be rather like a soap bubble but was dull purple in colour covered or rather made up of a furry/spiky emission all over. The coating seemed to be about one inch (2 .5 cm) thick with spikes of two inches here and there but changing all the time. It was quite dim and appeared to be semi-transparent, in so much as I could see through to the inside of the opposite side, which appeared quite smooth -- all the spikes pointing outwards from the surface. It appeared to me to be insubstantial and made no sound. It drifted between the two of us towards the television screen at about 30 inches (75 cm) from the floor, covering the six feet (2 m) in about four seconds. When about eight inches from the screen it disappeared (imploded?) with a fairly loud crack/pop sound leaving behind a smell as of an electrical discharge." (Rowe, Michael W.; "Another Unusual Ball Lightning Incident," Journal of Meteorology, U.K ., 9:135, 1984.) Reference. A long chapter on ball lightning (GLB) can be found in our catalog: Lightning, Auroras. Ordering information here . From Science Frontiers #36, NOV-DEC 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 31: Jan-Feb 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Mystery Spirals In Cereal Fields Late summer 1981. Ross-on-Wye, Eng land. "I live on a ridge 450 feet (135 metres) above sea level, about 100 feet (30 metres) above the adjacent land; it is quite steep in parts on the north side and stretches for about 1 miles (2 .5 kilometres). One day, at about noon, I was inside my cottage when suddenly I heard a very loud roaring sound, not unlike an express train. I ran outside to see what it was, but saw nothing; the noise was something like the sound of a falling bomb. I thought no more of this until the following morning when taking my dog for a walk. Then I saw two large circles, about 25 feet (7 .6 metres) in diameter, of flattened barley in a nearby field. A neighbor who lives on the north side of the ridge had also heard the roaring noise but could find no cause for it. I wondered if we had heard some part of an aircraft or satellite, or even a small meteor, coming down and, with the local farmer, we investigated the circles, but found no debris at all -- just flattened barley. The farmer said that sometimes growing conditions made barley collapse at its base, though he could not understand the almost perfect circle." Further investigation turned up people who had seen ...
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... Science Frontiers ONLINE No. 32: Mar-Apr 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Booms Startle Arkansas "A series of mysterious loud booms reported by residents of Hope, De Queen, Fulton, Mela, Ola, Baresville, Little Rock and other Arkansas cities will remain mysterious, at least for a while. Authorities are baffled about their source. "The noises, which have been described as sounding like an explosion, a sonic boom, a book falling off a shelf and a hand pounding on a wooden door, apparently have been occurring since the beginning of the recent cold weather. Inquiries have produced a number of theories and guesses but no plausible explanations." No supersonic aircraft could be implicated, so the most popular view was that the extreme cold weather caused house timbers to crack. (Anonymous; "Mysterious Booms Heard around State Baffle Authorities; Some Blame Ice Cold," Arkansas Gazette, December 24, 1983. Plus other Arkansas papers of December and January. Cr. L. Farish) Comment. If popping house timbers were the cause, similar reports would be expected from other states every winter. The Arkansas episode echoes the famous 1977-1978 series of booms heard all along the eastern coast of North America. These detonations also occurred during cold weather and were blamed, by some, on the Concorde SST. From Science Frontiers #32, MAR-APR 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 30: Nov-Dec 1983 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Arctic Womb "Magnetostratigraphic correlation of Eureka Sound Formation in the Canadian High Arctic reveals profound difference between the time of appearance of fossil land plants and vertebrates in the Arctic and in mid-northern latitudes. Latest Cretaceous plant fossils in the Arctic predate mid-latitude occurrences by as much as 18 million years, while typical Eocene vertebrate fossils appear some 2 to 4 million years early." (Hickey, Leo J., et al; "Arctic Terrestrial Biota: Paleomagnetic Evidence of Age Disparity with Mid-Northern Latitudes During the Late Cretaceous and Early Tertiary," Science, 221:1153, 1983.) Comment. The anomaly here is in the vision of the high Arctic lands basking in the warm sun busily evolving new life forms well in advance of their appearance in lands closer to the Equator. What happened to the earth's axial tilt. These fecund polar territories should have been engulfed in darkness almost half of the year -- hardly an environment for precocious plant evolution. Further, trees found buried in the Arc-tic muck could never have grown where found due to the long polar darkness. From Science Frontiers #30, NOV-DEC 1983 . 1983-2000 William R. Corliss ...
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... 36 N have statistically significant 12 hourly, lunar fortnightly and 18.6 -yr periodicities. Smaller earthquakes in the same region do not display these periodicities. A search for tidal effects associated with these periodicities shows that large earthquakes have significant correlations with the times and orientations of daily/semi-daily tidal stresses while the lunar fortnightly terms are associated with the ocean tides along the Southern Californian coast." (Kilston, S., and Knopoff, L; "Lunar-Solar Periodicities of Large Earthquakes in Southern California," Nature, 304:21, 1983.) Comment. The literature contains many similar correlations for quakes of various sizes, for various restricted geographical areas, and for various depths. Many of these studies are summarized in our Catalog volume Earthquakes, Tides, Unidentified Sounds. For more information on this book, visit: here . One tidal strain component (normalized) plotted for 20 days before and after the earthquake of June 25, 1925, showing the large fortnightly modulation of the diurnal tide. Curiously (perhaps anomalously) the quake occurred during a period of minimum strain. From Science Frontiers #29, SEP-OCT 1983 . 1983-2000 William R. Corliss ...
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... memory images coupled with dissociation. The other 23 victims, subjected to similar conditions but without isolation and life-threatening stress, did not experience hallucinations. The hostage hallucinations are compared to those resulting from sensory deprivation, near fatal accidents, and other states of isolation and stress. A common mechanism of action based on entopic phenomena and CNS (central nervous system) excitation and arousal is suggested." In a typical case, an 18-year-old female college student was kidnapped and held for ransom. She was bound, blindfolded, and denied food, water, and toilet facilities. She was periodically threatened with death. She saw dull flashes of light in front of her eyes and small animals and insects on the periphery of her visual field. Becoming hypervigilant, she heard strange sounds and whispers. Hearing loud noises, she thought her captors were coming to kill her. It was then her whole life ran off like a slide show before her eyes. The noises were the police coming to rescue her. (Siegel, Ronald K.; "Hostage Hallucinations," Journal of Nervous and Mental Disease, 172:264, 1984.) Comment. Some of the hostages experienced the tunnel hallucination so common in near-death visions. These seemingly 'built-in' or hard-wired images may be related to UFO and sea-serpent phenomena. From Science Frontiers #34, JUL-AUG 1984 . 1984-2000 William R. Corliss ...
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... in any true shape but about 3 or 4 inches long and 2 inches wide, moving along the floor, less than half an inch thick, seemingly fluid in shape and texture. It reminded me of quicksilver, being a bluish-silver colour and it had rounded sides like a blob of mercury. It was brighter at the edges than in the middle, but it did not seem, especially in the light of the room, to glow, nor did it give out sparks. From the central body arms flowed out like runs of oil among the tools. The trails weaved through the tools -- not actually over them but round them -- moving back into the main body of the blob and then going out doing the same kind of movement over again. There was no sound or smell. The arms finally all went back into the blob which disappeared again suddenly out under the door. There was no bang and when I ventured to touch the tools there was no charge on them." A subsequent magnetic survey of the area showed a weak correlation between the patch's motion and regions of intense magnetic field. Such a correlation would be expected if the patch contained free magnetic dipoles or current loops. (Burbidge, P.W ., and Robertson, D.J .; "A Lightning-Associated Phenomenon and Related Geomagnetic Measurements," Nature, 300:623, 1982.) Reference. Phenomena like this are cataloged in Section GLB in Lightning, Auroras. For ordering information, visit: here . From Science Frontiers #26, MAR ...
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... called 'missing-mass problem' is two-fold: Astronomers cannot see, with eye and instrument, enough mass to keep the universe from expanding indefinitely. If the kinetic energy of cosmic expansion is to be balanced by gravitational potential energy (an apparent philosophical imperative), we have so far identified only 15% of the required mass. (2 ) On a smaller scale, galaxies in large galactic clusters are moving too fast. They should have flown apart long ago, but some unseen 'stuff' holds them together. Is it cosmic string? (Waldrop, M. Mitchell; "New Light on Dark Matter? Science, 224:971, 1984.) Comment. Since cosmic string weighs about 2 x 1015 tons per inch, the whole business is beginning to sound a bit silly. Actually, all action-at-a -distance forces, which we readily accept as real, are only artificial constructs of the human mind. Gluons, colored 'particles,' top quarks, cosmic string; where will it all end? From Science Frontiers #34, JUL-AUG 1984 . 1984-2000 William R. Corliss ...
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... 38: Mar-Apr 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Listening With The Feet "Male white-lipped frogs exhibit conspicuous behavioral responses to calling conspecific males that are nearby but out of view. Since the calls often are accompanied by strong seismic signals (thumps), and since the male white-lipped frog exhibits the most acute sensitivity to seismic stimuli yet observed in any animal, these animals may use seismic signals as well as auditory signals for intraspecific communication." (Lewis, Edwin R., and Narins, Peter M.; "Do Frogs Communicate with Seismic Signals?" Science, 227:187, 1985.) Comment. Rabbits often thump the ground to communicate, but their thumps are thought to be sound generators rather than vibration generators. From Science Frontiers #38, MAR-APR 1985 . 1985-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 28: Jul-Aug 1983 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Bones Of Contention Introduction. This item needs an editorial because it shows how a very tiny and obscure brick in the Temple of Science, long thought to be structurally sound, might lead to widespread collapse. Are there other sleepers? A group of burrowing lizards (the amphisbaenians) possess a heavy bone in their heads that helps them ram their ways through the soil. In surface-living lizards this structure is merely a soft, flimsy cartilage. It was long assumed that the bone in the burrowing lizard developed from the cartilage of its surface-living kin. But a study of embryos now shows that the head bone of the burrowing lizard actually developed from a membrane instead of cartilage. The two similarly located structures are not homologous after all. They had different origins. Superficially this doesn't seem very anomalous and especially not very exciting. But vertebrate evolution in particular has been charted on the basis of homologous structures. If these structures have different biological origins -- even in just some cases -- the evolutionary family trees may be drawn wrong. (Anonymous; "Lizard Bone Shakes World of Taxonomy," New Scientist, 98:221, 1983.) Comment. No one yet knows how serious this problem really is. Basically it means that some animals that look alike (at least bonewise) need not be closely related. To use an analogy, if nature has the plans for a house stored in ...
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... Science Frontiers ONLINE No. 35: Sep-Oct 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Burning mass falls in b.c .March 11, 1984. Duncan, BC. David Thompson was returning home at 8:30 PM, when he spotted a soccer-ball-size burning mass high over the trees. It landed in the road about 200 feet away, sounding like a light bulb popping. For about 3 seconds, it flamed. When approached, it was still sizzling, probably because the road was wet. The fallen substance quickly hardened, but samples were scraped off the asphalt. It turned out to be an odorless, rock-like substance. Left outside overnight, it had become soft by the next day and seemed to be melting. Samples were sent to Victoria for analysis. (Hausch, Karen; Cowichan Leader, March 15, 1984. Cr. L. Farish) Reference. All manner of anomalous falling materials are covered in Chapter GWF in our Catalog: Tornados, Dark Days. For a description of this book, visit: here . From Science Frontiers #35, SEP-OCT 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 12: Fall 1980 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Anomalous Sounds From An Australian Fireball On April 7, 1978, a very large fireball passed through the atmosphere above the east coast of New South Wales. Seen by hundreds, it generated many high quality reports. Fifteen of the written reports mentioned anomalous sounds -- hisses, hums, swishes, and crackling sounds heard simultaneously with the visual sighting. Such sounds are anomalous because the meteor is tens of kilometers high and real sound would take a minute or more to reach the ground. (The sound from a detonating meteor is often heard several minutes later.) Keay is convinced of the reality of the anomalous sounds and suggests that the highly turbulent plasma in the meteor wake generates powerful electromagnetic radiation at audio frequencies. This intense radio energy reaches the earth at the same time the visible light does. It may be converted into sound as it interacts with the surface and the observer. (Keay, Colin S.L .; "The 1978 New South Wales Fireball," Nature, 285:464, 1980.) Reference. Sounds from high-altitude meteors (" electrophonic" sounds) are covered in GSH2 in our Catalog: Earthquakes, Tides, Anomalous Sounds. Information on this book is posted here . From Science Frontiers #12, Fall 1980 . 1980-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 22: Jul-Aug 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Old hannah's explosions December 10, 1899. Staffordshire, Eng land, near Old Hannah's Cave. Two men heard explosions like rifle shots. "Realizing that no one was shooting, they looked up the cliff and witnessed an explosion which emitted a flash from a hole or fissure in the upper part of the cliff. This had a bluish column 'not of steam or fire or smoke, but apparently of aqueous vapour,' which travelled with immense force across the valley (approximately 12 m wide). Within minutes another discharge from higher up the cliff and then 'several ones with crackling sounds producing semi-transparent wavy streaks in the air, not smokey in appearance.' Next came a very loud explosion which 'we had the good fortune to see plainly.' Wardle describes this as 'like a gun but with crackling, a series of continuous reports, cleaving the air in a zigzag or riverlike course in a narrow band about 15 cm to 20 cm broad, of bluish colour." Several other reliable descriptions exist of detonations and flame-like discharges around old Hannah's Cave. The supposition is that natural gases liberated by decaying organic material and, perhaps, geochemical reactions are ignited by static electricity. A recent landslip seems to have extinguished this curious phenomenon. (Pounder, Colin; "Speculations on Natural Explosions at Old Hannah's Cave, Staffordshire, England," National ...
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... annoying humming noise. To everyone's surprise, the article elicited some 800 letters from others who heard hums. Amazed by the magnitude of the problem, doctors began examining some of the afflicted. In a few cases, the hum seemed to be internally generated -- something akin to tinnitus, which causes one to hear a highpitched whine. Many others, however, heard a 40 Hz hum modulated at 1.6 kHz, and apparently of external origin. The hum sufferers were inclined to blame industrial noise, but no obvious sources could be uncovered. The hum investigators have considered sea noise, jetstream noise, and other natural sources. Whatever the source, most people do not hear it at all. It is possible that a small percentage of the population is abnormally sensitive to sound at 40 Hz. (Wilson, Steve; "Mystery of People Who Hear the Hum," New Scientist, 84:868, 1979.) Comment. Anomalous natural hums are not unknown; viz., the Yellowstone Lake Whispers and "desert sounds." Al-so a select few seem to be able to hear the very low auroras. For more on hums, see GSH5 and GSH6 in: Earthquakes, Tides, Anomalous Sounds. This Catalog is described here . From Science Frontiers #10, Spring 1980 . 1980-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 15: Spring 1981 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Is all natural gas biological in origin?T. Gold and S. Soter, from Cornell, have championed the theory that earthquake lights, sounds, and precursory animal activities may be due to abiogenic natural gases escaping from deep within the earth. Perhaps some petroleum and natural gas reserves have been created by primordial hydrocarbons working their way outward through the crust rather than by the geochemical alteration of biological materials. Perhaps almost all petroleum is abiogenic -- some Russian scientists hold this view! Western scientists are almost unani-mous that natural gas and oil are bio genic with maybe a touch of upwelling abiogenic hydrocarbons. A major reason given for this stance is that the biogenic theory has been so productive in locating hydrocarbon reserves. This, of course, leaves the earthquake lights and sounds still unexplained. (Anonymous; "Abiogenic Methane? Pro and Con," Geotimes, 25:17, November 1980.) Comment. The moral of this might be that seemingly inconsequential phenomena historically lead to wholesale changes in scientific thinking; viz., the insignificant advance in Mercury's perihelion. Reference. The possible abiogenic origin of natural gas is covered at ESC16 in Neglected Geological Anomalies. For a description of this Catalog, visit: here . From Science Frontiers #15, Spring 1981 . 1981-2000 William R. Corliss ...
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... called boomers. They were startled to discover thousands of elliptical craters or pockmarks in the sediments. The craters are 30-330 feet across, 6-25 feet deep, and located in water about 500 feet deep. The long axes of the craters point roughly in the same direction; and the craters tend to be arranged in lines. The authors suggest that escaping subsurface gases and fluids may have formed the unusual structures. The possibility was underscored on July 30, 1978, when a very large eruption of sediment was detected by sonar. (McQuillin, Robert, and Fannin, Nigel; "Explaining the North Sea's Lunar Floor," New Scientist, 83:90, 1979.) Comment. The North Sea is a prime habitat of mistpouffers (sea-associated booming sounds). There might be a correlation here between natural-gas eruptions and these strange booming sounds. Also, the crude similarity of these sea-floor craters to the Carolina Bays should not be passed over. Reference. All types of unusual craters are cataloged in Section ETC in: Carolina Bays, Mima Mounds. For ordering information, visit: here . From Science Frontiers #9 , Winter 1979 . 1979-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 22: Jul-Aug 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Ball Lightning With Internal Structure September 1981. Berkhamsted, England. "I was resting on my settee listening to music on the Third Programme when there was some interference of a crackling kind. Suddenly, a ball of bright light appeared in front of my radio. It was about the size of a large orange. It was dazzlingly white and gave the appearance of dozens of stick crystals 5.0 mm in length jigging about with a crackling sound. By the time I reached the switch it had disappeared, but a loud burst of thunder broke overhead." (Cook, M.L .; "Ball Lightning Incident in Berkhamsted, 13 September 1981." Journal of Meteorology, U.K ., 7:18, 1982.) Reference. For other examples of ball lightning with internal structure, see category GLB13 in our catalog: Lightning, Auroras. For more information about this book, go to: here . From Science Frontiers #22, JUL-AUG 1982 . 1982-2000 William R. Corliss ...
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... and Soter, from Cornell, would have warmed the heart of Charles Fort, for he made much of natural detonation: or "brontides," as they are termed in the early literature. Gold and Soter review the long history of brontides, noting that brontide activity is often associated with earthquakes, but not always. Natural booming noises, they contend, may be due to eruptions of natural gas. This would square with the rare observations of earthquake lights. Interestingly enough, the recent off-shore detonations were occasionally accompanied by luminous phenomena. (Gold, Thomas, and Soter, Steven; (Brontides: Natural Explosive Noises," Science, 204:371, 1979.) Reference. Brontides and other "water guns" are collected in GSD1 in Earthquakes, Tides, Unidentified Sounds. Details on the Catalog volume here . From Science Frontiers #8 , Fall 1979 . 1979-2000 William R. Corliss ...
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... -ry their kittens outdoors; cattle panic in their barns; dogs bark for no apparent reason; and even some humans become restless. Tributsch notes that similar behaviors also accompany certain weather situations, such as the Alpine foehn and Near East sharav, which are characterized by high concentrations of positive ions. The unusual "fogs" and luminous displays preceding some earthquakes may also have electrical origins. In essence, Tributsch has reviewed many earthquake precursors and suggests that most can be explained in terms of positive ion emission from the earth due to pre-quake strains. (Tributsch, Helmut; "Do Aerosol Anomalies Precede Earthquakes?" Nature, 276: 606, 1978.) Reference. Even humans are sensitive to "earthquake weather." See Section GQW in: Earthquakes, Tides. Unidentified Sounds. More information on this Catalog volume here . From Science Frontiers #6 , February 1979 . 1979-2000 William R. Corliss ...
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... His analyses of this file have been serialized in the APRO Bulletin. One of the most unsettling revelations concerns the FBI data on the notorious "green fireballs" of the 1948-1949 era. According to the verbatim transcript of the FBI record, dated January 31, 1949, File No. 5: November 1978 Briefly, the "fireballs" were a brilliant green, sometimes beginning and ending with red or orange flashes. The objects travelled mainly on an east-west line at an average speed of 27,000 miles per hour. They seemed to pass over in level flight at altitudes of six to ten miles. On two occasions vertical changes of course were noted. Size was about one-fourth the diameter of the full moon. Multiple fireballs appeared in two instances. No sound was ever noted. No debris was ever discovered. (Maccabee, Bruce S.; "UFO Related Information from the FBI File," APRO Bulletin, 7, March 1978.) From Science Frontiers #5 , November 1978 . 1978-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 3: April 1978 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Modern Episode Of Offshore Booms Beginning in December 1977, offshore detonations heard along the Atlantic Coast from Canada to South Carolina captured the media's fancy. Newspapers and TV news programs all over the country described these unidentified explosions. However, not a word about the detonations appeared in most of the scientific publications we regularly monitor, with the exception of the British New Scientist and a recent article in Science, 199:1416, March 31, 1978. Comment. The detonations were rather strong, shaking houses and even causing picture windows to fall out. In some instances, flashes of light and other luminous phenomena were reported. The sounds were characterized as "air quakes" by some scientists because they did not always register on seismographs, although they were usually recorded on air-pressure monitoring equipment. One's first inclination is to attribute such detonations to supersonic aircraft and missles, but the U.S . military immediately denied they were to blame. Seismic noises come to mind next, but the frequent failure to register the events on seismographs suggested an atmospheric phenomenon. The National Enquirer (January 24, 1978) rather predictably linked the booms to UFOs. In the federal government, the Naval Research Laboratory (NRL) was assigned the task of tracking down the booms. In March, NRL reported that all of the 183 detonations they investigated were due to supersonic aircraft. That seemed to end the matter -- just as the ...
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... Science Frontiers ONLINE No. 4: July 1978 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Echo Sounder Outlines Strange Patches Over Underwater Peaks February 11, 1977, on the s.s . Remuera, in the South Pacific. (00 24'S , 88 06' W). The echo sounder clearly showed an undulating sea floor with sharp peaks, some 600 fathoms below the ship. The peaks were recorded distincly but above several faint, elongated, flamelike patches were noted. These patches were interpreted as changes in water density due, perhaps, to volcanic or hydrothermal activity. (Howard, K.E .; "Soundings in a Volcanic Area," Marine Observer, 48:20, 1978.) From Science Frontiers #4 , July 1978 . 1978-2000 William R. Corliss ...
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... that is, percent extinctions over a period of 600 million years, as revealed by the fossil record. The graph of ten groups of 1000 genera shows at least two things: (1 ) strong hints of periodicity; and (2 ) suggestions that extinctions, whatever they really are, "cut across functional, physiological, and ecological lines." The plotters of these graphs, D. Raup and G. Boyajian, claim that whatever the mechanism, "major pulses of extinction result from geographically pervasive environmental disturbances." What besides powerful, external physical forces (read "comets and asteroids") could affect such wide ranges of marine organisms? (Lewin, Roger; "Pattern and Process in Extinctions," Science, 241:26, 1988.) Comment . This all sounds so reasonable that one must wonder why it is given space in Science Frontier. The reason is that we have a suspicion that it is all too easy, too simplistic. Could something more subtle be at work? After all, we really know next to nothing about the real workings of life-as-a -whole, its ups and downs. It is so easy to say that a group of organisms was done in by a temperature change or the fall of acid rain brought on by the impact of an asteroid. We always look for external forces, whereas the real cause of "crises" in the history of life may be intrinsic to life itself. With a tip of the hat to the Gaia hypothesis, let us think of life-as-a - ...
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... Science Frontiers ONLINE No. 129, May-Jun 2000 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Leif was Late The Hidden "Gardens" Astronomy TLPs: One Fades, Others Flash The Extremophilic Terraforming of Mars Interplanetary Doldrum s Biology Why we "Roll in the Aisles" If Fingerprints Don't Lie, Neither to Toe Prints A Third Way? Geology Leaky Seas From Nature's Atelier The Anomalous Antiquity of Some Landforms Geophysics Crop Circles Can be Natural Contagious St. Elmo's Fire Uplifting may be Hazardous Psychology The Sound of Shapes Miscellaneous An Astronomer's UFO nnnbbbbbvccccccxzzzzzcvbn,;/////ppooo ...
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... Science Frontiers ONLINE No. 120: Nov-Dec 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Acoustical "vision" underwater When we (and all eyed animals) see an object, we are detecting light reflected from that object. When underwater, though, our vision is limited because light does not travel far. Sound, however, does; and sound is reflected from objects just as light is. This is of course the basis of underwater sonar, in which a sound source replaces the sun or a diver's floodlight. But even without an active sound source, the ocean is full of sound. Waves, rain, and the sounds made by marine animals create a background of noise that "illuminates" objects, not directly, but from the environment in general. Using only this enveloping background sound, it is possible to create acoustical images of objects. "Vision" of this sort is equivalent to "facial vision" in blind humans, who can hear objects using the environmental sound reflected from them. J. Potter and his colleagues at the National University of Singapore have constructed an array of underwater microphones that detects "slices" of the acoustical environment around it. When processed by a computer, images of objects emerge by virtue of the background noise reflected from them. This group has also estimated the ability of dolphins to detect and process background noise. They suggest that dolphins should be able to "see" objects at least 25 feet away without even using their active sonar; that is, ...
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... Science Frontiers ONLINE No. 109: Jan-Feb 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Biology Lite A coughing tree "The New Zealand Herald reported that hundreds of people are flocking off to a 3,400-year-old maidenhair tree southeast of Beijing, China, to hear the tree make a coughing sound at night. According to the Beijing Evening News, the tree makes the unusual sound several times during the night and resembles an old man coughing. "The tree is nearly 83 feet (25 m) high and nearly 50 feet (15 m) in circumference and is regarded as a living fossil. As many as 1,000 people at a time have visited the tree to witness the phenomenon since it was first reported April 5th. Speculation abounds as to what causes the coughing sound at night, but no reasonable explanation has yet been presented." (Anonymous; "Coughing Tree Attracts Hundreds," World Explorer , 1:6 , no. 8, 1996) Synchronicity and death. In category BHF35 in Humans II , we cataloged several cases where identical twins died almost simultaneously. We can add the following to that collection: "Identical twins John and William Bloomfield lived their entire 61 years together in Australia and died only minutes apart, on Sunday. Both John and William suffered heart attacks." (Anonymous; "Twins Die," Saginaw News, May 22, 1996. Cr. B. Kingsley via COUD-I .) Reference. For more on the book: ...
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... Mummified llamas yield superior wool. The wool found on a group of mummified llamas that had been sacrificed and buried some 1,000 years ago in Peru had hair far finer than cashmere and far superior to that of modern llamas. The ancient Peruvians apparently knew how to breed their animals to accentuate certain features. Their secret was lost during the Spanish conquest. (Anonymous; "Mummified Llamas Yield Superior Wool," NEARA Transit, 10:6 , Spring 1998.) Telestomping elephants. Elephants, rhinos, okapis, and even some birds use infrasound (frequencies below 20 Hertz) for communication. At a recent meeting of the American Acoustical Society, University of California researchers reported that elephants also send low-frequency acoustic signals by stomping the ground. Almost inaudible in the air, the sounds travel through the ground and can be picked up by ground microphones. It is thought that this communication channel has a range of as much as 50 kilometers -- far greater than the sounds could be perceived in the air. Supporting this notion, anecdotes say that elephants somehow know when other elephants are being killed far, far away. They run in the opposite direction! But how do they detect the stomping sounds if they travel through the ground? (Anonymous; "Stomping Ground," New Scientist, p. 25, December 13, 1997.) Some sperm are immense -- and nutritious. Fruitflies smaller than a tomato seed pro-duce sperm almost 6 centimeters (2 .3 inches) long. These can be seen coiled up in the tiny fertilized eggs. ...
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... Science Frontiers ONLINE No. 107: Sep-Oct 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects High Social Order In A New Order When divers explore the coral reefs off the coast of Belize, they hear a an underwater sound like frying bacon. This sound emanates from the snapping claws of Synalpheus regalis , popularly called snapping shrimp. These diminutive crustaceans live in colonies in the channels of sponges. The individual shrimp in these sponge-sheltered colonies are not all alike. The noise-makers are the "soldier" caste, which wield big "fighting claws." The "workers" that care for the young lack the large claws. All of the young shrimp are produced by a single "queen" shrimp, who is substantially larger than the soldiers and workers. The snapping shrimp social order sounds a lot like that found in bee hives and termite mounds. The snapping shrimp are, in fact, "eusocial" like the social insects. They are the only known eusocial members of the Order Crustacea . Eusociality is considered to be at the apex of animal social organization. What forces have fostered its development in three diverse groups -- insects, mammals (the naked mole-rats), and now the crustaceans? How did the different castes evolve, especially the sterile castes? It must have taken a lot of random mutations to develop such greatly different body forms in a coordinated way such that colonies were continuously viable! Obviously, we have a lot to learn about these snapping shrimp. Are new colonies ...
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... It contains 35 per cent calcium by weight -- 13 per cent more than the highest value known previously. Using microscopes, the team showed that the bone is riddled with tiny tunnels. containing highly concentrated minerals." The channelled nature of this bone make it very brittle, making it unlikely that it is used as a ram in mating bouts. Zioupos and Currey propose that this uniquely structured bone is really an acoustical pipe for the beaked whales' sonar signals. (Barnett, Adrian; "Do Whales Talk through Brittle Beaks?" New Scientist, p. 20, May 10, 1997.) Comment. Acoustical pipes were also invented by close relatives of the beaked whales, the dolphins. With the dolphins, it is the lower jaw that has been converted into a "sound pipe" for receiving sonar echoes. Dugongs, too, possess squamosal bones filled with oil that are probably also connected with sound detection. Evolution has been highly innovative -- three times, in different ways -- in designing acoustical pipes in marine mammals! This is very impressive for a method that begins with a random process. More details in BMO7-X1 in Mammals II . This strap-toothed whale is one of the beaker whales. The teeth of this male prevent it from opening its mouth more than a couple of inches. Blaineville's beaked whale has two large, leaf-like teeth projecting upwards and forwards. These grotesque teeth are often covered with barnacles! From Science Frontiers #113, SEP-OCT 1997 . 1997-2000 William R. Corliss ...
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... Heard Above Cayuga's Waters In 1934, Science printed several letters describing and speculating about the socalled "Seneca Guns". (Lake Seneca is one of New York State's Finger Lakes.) The locals and Indians of bygone days have repeatedly testified about the eerie, unexpected booms heard around the shores of Lake Seneca. It seems that the phenomenon is not restricted to this Finger Lake, for a letter from G. Kuchar describes a modern "bombardment" of "lake guns" heard at Lake Cayuga about 15 miles east of Lake Seneca. "In the early morning hours of August 8th, 1996 (maybe about 6:30 or 7:00 AM), I was awoken by what I thought were loud explosions of thunder. It was a very loud, abrupt sound, sort of like close-by thunderclaps except that they seemed somewhat distant and yet had no reverberations or rumblings. I went to the window which faced a large building across the way...The early morning appeared warm, humid, and overcast. The explosive "thunderclaps" happened again, a whole series of them, and they seemed to originate up in the air and to my right, but I could detect no flashes of light, and the blasts seemed to come at random points in the sky (which was not very visible to me because of the big building looming across the lawn). I couldn't figure out where the storm cloud was that was producing these blasts, since everything was uniformly overcast, and there was no darkness moving in or evident ...
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... 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 higher frequencies, leaving a pure tone. (Schneider, David: "A Blue Note," Sci entific American , 277:18, August ...
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... is a blackish volcanic rock that is hard and durable. In nature it sometimes occurs in long prisms of hexagonal cross section. In fact, ancient Micronesians quarried multiton basalt prisms to build their fantastic megalithic complex of 92 artificial islets at Nan Madol. (SF#45) The inhabitants of ancient Mesopotamia had no basalt quarries at hand. Indeed, building stone of any kind was exceedingly scarce. What the Mesopotamians of the second century B.C . did have in abundance was alluvial silt. From this unpromising material they were able to make their pottery, writing tablets, and art objects. However, for grinding grain and engineering structures they needed something harder and stronger. Their innovative solution was: artificial basalt made from silt. They simply melted the silt and let it cool slowly. Sounds simple, but three remarkable intellectual and technical advances were required: The Mesopotamians first had to recognize that silt could be melted. This could not have been obvious in 1000 BC. Next, they had to develop hightemperature (1 ,200 C) smelters that were much larger than those they used for metallurgical purposes. Finally, they had to discover that slow cooling was needed for the growth of large crystals in the cooling melt. (Of course, they had no microscopes to see the crystals. So, it had to have been something learned from experience.) That the Mesopotamians were able to synthesize basalt can be seen at Mashkanshapir about 80 kilometers south of Baghdad. Slabs of this artificial rock -- flat and smooth on one side from the molds -- are abundant. ...
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... Science Frontiers ONLINE No. 119: Sep-Oct 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Mapping With A Song The songs of the humpback whale are complex and eerily melodic. Only the male humpbacks sing, and then only during the mating season. In contrast, the songs of blue whales are exceedingly dull. They consist of only five notes repeated in various combinations. Since both sexes sing most of the year, the songs of the blue whale probably have nothing to do with reproduction. Then, why do they sing? A clue to the purpose of the blue whales' songs is found in their precision timing. One note is sung every 128 seconds. Furthermore, these notes (sound pulses) carry for hundreds of kilometers. C. Clark, a Cornell scientist, believes these notes are really sonar pulses used for fixing a whale's location. Echoes returned from distant seamounts, continental shelves, and other undersea topography enable the whales to map their positions within the wide ocean basins as they wander far and wide. (Hecht, Jeff; "Rhythm of Blues Charts the Ocean Depths," New Scientist, p. 19, June 20, 1998.) Comment. Short -range sonar is widely used by bats, Oilbirds, Edible-nest Swifts, and, of course, dolphins. As far as we know, the blue whale is the only animal employing sonar for longrange mapping. However, some birds seem to use distant infrasound sources (ocean surf, wind flowing over mountain ranges ...
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... Science Frontiers ONLINE No. 107: Sep-Oct 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Organ Music Your doctor is understandably concerned if he finds your heartbeat is irregular. But it turns out that the healthy heart does not beat steadily and precisely like a metronome. In fact, the intervals between normal heartbeats vary in a curious fashion: in a simple, direct way, they can be converted to musical notes. When these notes (derived from heartbeat intervals) are heard, the sound is pleasant and intriguing to the ear -- almost music -- and certainly far from being random noise. In fact, a new CD entitled: Heartsongs: Musical Mappings of the Heartbeat , by Z. Davis, records the "music" derived from the digital tape recordings of the heartbeats of 15 people. Recording venue: Harvard Medical School's Beth Israel Hospital! This whole business raises some "interesting" speculations for R.M . May. "We could equally have ended up with boring sameness, or even dissonant jangle. The authors speculate that musical composition may involve, to some degree, 'the recreation by the mind of the body's own naturally complex rhythms and frequencies. Perhaps what the ear and the brain perceive as pleasing or interesting are variations in pitch that resonate with or replicate the body's own complex (fractal) variability and scaling.'" (May, Robert M.; "Now That's What You Call Chamber Music," Nature, 381:659 ...
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... Science Frontiers ONLINE No. 112: Jul-Aug 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Apparent Circular Lightning May 1, 1997, near Patterson, New Jer sey. Between 3 and 4 PM, D. Quinlan was driving along Route 80. A dark line squall was approaching from the west. Quinlan observed many horizontal strokes of lightning passing from cloud to cloud. These discharges seemed to make little noise -- no loud crashes of thunder, although sounds were somewhat muffled by his vehicle. These strokes moved so slowly that their progress across the sky could be easily tracked visually. Most remarkable were three discharges that began to his right, progressed across the sky in nearly a horizontal plane, and then looped back to near their starting points, thereby completing what appeared to be a circle. (Quinlan, David; private communication, May 2, 1997.) Comment. In our Catalog Lightning, Auroras, section GLL25, we offer three cases of "meandering" lightning in which the discharges follow long, complex, looping paths. However, none of these were circular. Also, in SF#89. there is an instance of "looped" lightning that rises from cloud tops toward the ionosphere and then loops back to the cloud tops. The Catalog volume just cited is described at here . From Science Frontiers #112, JUL-AUG 1997 . 1997-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 111: May-Jun 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects White Streak From A Tv Set 1975. Walsall, West Midlands, U.K . N. Boynton and his mother were watching TV, when: "In the run up to an approaching daytime thunderstorm when the air was 'heavy', and while watching television, a streak of whitish light approximately four inches (100 mm) thick came from the direction of the television straight into the body of the room at about head height between where my mother and I were sitting. "It lasted for a fraction of a second. There was an accompanying crackling sound, with the television flickering and buzzing for a second or two. There was no evidence of damage to the television or anything else in the room. We were unaware of whether there was a lightning strike outside at the time." The streak passed between Boynton and his mother, seated about 4 feet apart, and seemed directed toward the door of the room. (Boynton, Neil; "White Streak from the Direction of a TV Set Prior to a Thunderstorm," Journal of Meteorology, U.K ., 21:348, 1996. Journal address: 54 Frome Road, Bradford-on-Avon, Wiltshire, ENGLAND BA15 1LD) From Science Frontiers #111, MAY-JUN 1997 . 1997-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 118: Jul-Aug 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Day The Laws Of Physics Changed Well, maybe there weren't such things as "days" as we now know them back when the universe was very young. In fact, "time" then might have been different from "time" now. This sounds like so much physics-speak; but, seriously, during the birth pangs of the universe, there seems to have been what cosmologists call a "phase change," a mysterious moment when the laws of physics suddenly became more complex. You can reasonably ask: "How can supposedly immutable physical laws change?" The answer seems to be that anything can happen when something is being made from nothing! This apparent plasticity in the laws governing the cosmos is suggested by observations of how galaxies in the early universe were distributed. The standard theory for the origin of the universe predicts that clumps of galaxies of all sizes were created early on. This is not what a survey by S. Sarkar et al, at the University of Oxford, found. A split second after the Big Bang, galaxies were organized in structures about 300-million light years across. The standard model of particle physics cannot account for this preferred size. The theorists' recourse is a phase change, a point in time when the warp and woof of the universe changed; that is, change the rules until they fit. (Chown, Marcus; "In the ...
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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 Frog Fall June 16, 1937. Frackville, Pennsylvania. "Astonished householders of this little mining town, ten miles north of Pottsville, went out with brooms and swept bullfrogs off their open porches after a thunderstorm today. "The tiny frogs sounded like the thudding of hailstones as they dropped by hundreds on tin roofs. "Miniature "twisters" accompanying the rain had lifted the frogs several yards into the air, it was suggested, and dropped them over Frackville." (Anonymous; "Bullfrogs by the Hundred Fall in Pennsylvania Rain," New York Times, June 17, 1937. Cr. M. Piechota. Comment. The "whirlwind theory" is always trotted out to account for fish, frog, and toad falls. It is not easy to find hundreds of tiny frogs in a marsh and then vacuum them up without also levitating considerable plant debris and other marsh dwellers. From Science Frontiers #115, JAN-FEB 1998 . 1998-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 117: May-June 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Two Catastrophe Scenarios We present below two reconstructions of major terrestrial catastrophes. Both are based on sound geological research: deep-sea cores, seismic profiles, and the like; but the reconstructions of the events are on the speculative side, particularly in matters of the magnitudes of the effects. Both events also purport to explain long-standing puzzles. Scenario #1 . The Bosporus silt plug blows. During the last Ice Age, sea levels dropped hundreds of feet exposing the continental shelves. The planet's great rivers cascaded over the edges in great waterfalls. The rocky sill at Gibraltar kept the Atlantic waters out of the Mediterranean, and this sea began to dry up. Farther to the east, the Black Sea was now cut off from the Mediterranean's salty water by the silt-choked Bosporus, that narrow strait separating Asia Minor from Europe. In consequence, the Black Sea became a vast fresh-water lake fed by Europe's rivers to the north. The Ice Age eventually waned, and the oceans and Mediterranean began to rise. About 7,000 years ago, the hydraulic pressure on the Bosporus silt plug became too great and it popped. Salty Mediterranean water poured into lowlands around the Black Sea. Scientists estimate that 50 cubic kilometers of water surged through the Bosporus each -- 200 Niagaras in one colossal waterfall. Falling some 150 meters, the thunder of falling water might have been heard ...
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... the Pite River in northern Sweden in 1987. It was rotating in a circular hole in the ice covering the rest of the river. "The rotating ice disc had a diameter of 49m [just over 160 feet] while the hole in the ice was 54m in diameter. The time of one full rotation was measured at 545s and 575s on 20 and 24 January respectively. Unverified measurements suggest that the time of rotation had been about 8 min a few weeks earlier. The rotation of the ice disc was anticlockwise and for most of the time the disc was in contact with the border ice. This contact point moved clockwise, i.e . the ice disc was not 'rolling' on the walls of the hole. This erosion by contact, which caused a low-frequency sound, explains why the hole in the ice was kept open for months." The ice thickness was 0.43m. Estimated weight of the ice disc = 864 metric tons -- almost 2 million pounds! Formation of the disc began when ice floes formed upstream were captured by a big whirlpool just as the river was beginning to freeze over. As more and more floes accumulated, the disc grew. Friction with the surrounding river ice rounded off the edges until it was nearly a perfect circle Although no deep mystery is involved here, the authors of the referenced article admitted that: "The mechanisms that form and drive the rotating ice disc are not yet known." (Nordell, Bo., and Westerstrom, Goran; "Large Rotating Ice Discs on Ice-Covered Rivers ...
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... away into an exercise in academic style, from a fragile scientific base of fragmentary data and with a skepticism born of a subjective conviction." (Ref. 2) In the world of science, these are serious charges. Guidon and Pessis go on to dismiss each complaint made by Meltzer et al in Ref. 1. As for the "geofact" hypothesis, Guidon and Pessis point to two of the illustrations used by Meltzer et al, remarking: "The artefact in their figures 9 & 10 has five successive parallel flakescars on the same edge. By the authors' hypothesis, it will have suffered the first when it fell; thereafter, four other pebbles fell on top of it, one beside the other, regularly, causing flake-scars with equal technical characteristics." Sounds unlikely, doesn't it -- even if 50,000 years are allowed. And there are over 500 such "serial accidents." Ref. 1. Meltzer, D.J ., et al; "On a Pleistocene Human Occupation at Pedra Furada, Brazil," Antiquity, 68:695, 1994. Ref. 2. Guidon, N., et al; "Nature and Age of the Deposits in Pedra Furada, Brazil: Reply to Meltzer, Adovasio & Dillehay," Antiquity, 70:408, 1996. Comment. Continuing our SF#105 analogy between geofacts and biological organisms -- both supposedly products of random processes and subsequent selection -- we ask how long it would take for enough random mutations to accumulate, in the proper order ...
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... National Laboratories has been monitoring mysterious atmospheric explosions and believes that some of these detonations are consistent with the atmospheric ignition of huge methane plumes. (Other detonations are due to meteors.) Spalding proposes the following scenario: The ocean floor releases a massive methane gas plume, which rapidly rises to the surface and ascends into the atmosphere. The lighter-than-air methane cloud gains altitude, mixing with oxygen and thereby gaining explosive poten tial. An electrical disturbance -- possibly caused by the rising cloud itself or a lightning strike -- detonates the cloud. Awesome energy is instantly re leased in the form of a devastating shock wave and fireball that shat ters nearby TWA Flight 800. Supporting Spalding's theory are the many reports of light flashes, light streaks, and booming/rumbling sounds accompanying the disaster. But, methane burps are bizarre, and the properties of methane hydrate are so unfamiliar to most scientists and investigators of aircraft disasters that Spalding's idea has received scant attention. (Spohn, Lawrence; "Earth 'Burp' Might Have Downed Jet, Scientists Says," Albuquerque Tribune, January 20, 1997. More appeared in the January 24, issue. Cr. R. Spalding) Comment. The phenomena accompanying methane burps are well known to SF readers. First, there are the common offshore booms that have been reported for centuries (SF#3 /283, SF#8 /283) and; second, the large craters (up to 100 meters across) observed in seafloor sediments (SF#9 /197). The Albuquerque ...
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... appeared solid but did not cast a shadow. "As Johns watched in astonishment, the object began moving toward the front porch. He could clearly see two sides of it as it approached. As the top passed under the eaves, the bottom bent backwards over the bushes which border the 71-cm high porch, in the manner of a man's leg bending at the knee, forming an obtuse angle. At this point, he lost sight of it, grabbed his .38 handgun, and quickly went to the windows on the other three sides of the house, hoping to again see the object in the ample illumination, but without success. Although the object had moved very slowly from its original position, total viewing time was less than ten seconds. There was no sound at any time during the sighting." When Johns reported the above incident, he was advised to see the movie 2001: A Space Odyssey, in which an eerie monolith is a key player. Johns did so and commented that said monolith "blew his mind." It was just what he had seen, except that it was wider and shorter. (Olsen, Thomas M.; "Sighting Alert," report, 1996) Comment. We can understand why the monolith of 2001 appeared: (1 ) to protohumans; (2 ) to lunar explorers; and (3 ) in orbit around Jupiter; but WHY in Kentucky in 1996? From Science Frontiers #109, JAN-FEB 1997 . 1997-2000 William R. Corliss ...
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... for the sultry, ominously uneasy period said to precede large earthquakes. Scientists have generally belittled suggestions that weather could have anything to do with the ponderous forces unleashed during a quake. Despite such authoritative pronouncements, many Californians, who have ample experience with seismic events, insist that quakes and weather are somehow connected. They may be right -- at least some of the time. In the five years following the 7.3 Landers earthquake of June 28, 1992, the frequency of smaller quakes has peaked reliably every September. However, before the Landers event, no such pattern is evident. One thought is that the average atmospheric pressure, which is lower in the summer months, reduces the downward pressure on the earth's crust enough to allow easier slippage along fault lines. This sounds reasonable, but why did this effect not occur before the Landers quake? The answer given is that perhaps the Landers event "sensitized" nearby faults! (Monastersky, R.; "California Shakes Most Often in September," Science News, 152:373, 1997.) Since the Landers event, Earthquakes in the weestern U.S . have been following an annual cycle. From Science Frontiers #116, MAR-APR 1998 . 1998-2000 William R. Corliss ...
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... , Berwyn Mountains, North Wales. The percipient in this unusual ball lightning sighting was a Mr. H, who was schoolmaster at Sandyhurst College. "While out walking he was caught in a violent thunderstorm on the side of a hill with a scooped valley below. Ahead of him perhaps 300 feet distant, a bolt of lightning struck a tree with a sharp explosion of noise. Almost immediately a sphere six inches in diameter appeared from the direction of the strike and began to bounce across the ground towards him like a rubber ball. Climbing the hill under its own energy, the object rolled in a parabolic path and hit the ground every ten or twenty feet, climbing up to about three feet in height with each 'rebound'. Every time it hit the ground there was no sound, but a puff of greyish smoke or vapor was emitted. The object got to within about 50 feet of Mr. H before it suddenly vanished. This allowed him to have a good look at it at close proximity. He says that it was completely round and was a smokey-grey colour." (Anonymous; "Ball Lightning in Lancashire and North Wales," Journal of Meteorology, U.K ., 23:139, 1998.) From Science Frontiers #120, NOV-DEC 1998 . 1998-2000 William R. Corliss ...
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... Yokohama crows placed stones on the train tracks and dropped others on houses? Well, this stone-dropping must have some adaptive value in the evolution of birds, because sparrows have also inherited the trait. E.C . Jaeger recounted this anecdote in a 1951 number of The Condor : "During my high school days at West Point, Nebraska, my father was a merchant occupying a building of two stories with a long pebble-covered, tarred roof sloping to the rear. Forming a short walkway behind the rear entrance were two sloping doors, which, when opened up, admitted entry to the basement stairway. Over a period of several days in mid-May of 1903, I noticed many small pebbles scattered about on these doors. I also heard from time to time the sound of small objects falling on the doors. Efforts to find the pebble-droppers were of no avail until one day when I happened to approach the rear of the building from the alley. My position some fifty feet from the building now permitted me to see several House Sparrows ( Passer domesticus ) bringing small stones to the edge of the roof and dropping them. As each pebble was dropped the bird involved turned its head to one side, apparently the better to listen to it and watch it as it struck the door. It may have been a sort of bird pastime; it certainly was an activity of no evident value." (Jaeger, Edmund; "Pebble-Dropping by House Sparrows," The Condor , 53:207, 1951.) From Science Frontiers # ...
Terms matched: 1 - Score: 13 - 15 May 2017 - URL: /sf110/sf110p08.htm
