190 results found.
... Science Frontiers ONLINE No. 38: Mar-Apr 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The sounds that shouldn't have been November 1984. Several Texas localities. The spectacular reentry of the Space Shuttle Discovery was observed by many Texans in the pre-dawn skies. Among these were Ben and Jeannette Killingsworth. As they observed the Space Shuttle streak across the sky, "they both heartd an unmistakable 'swishing noise' as it passed south of their rural Galveston County home. The sonic boom came several minutes later -- but the swishing sound occurred simultaneously with the visual apparition....Ben graphically described the sounds as 'like a skier coming down a slope,' but with a rapid fluctuation in loudness, 'about two or three hertz.' Jeannette compared the faint sound to the noise made by a fast boat as it slaps across waves on a choppy lake. 'But there was no motor noise,' she added, 'just a sound like repeated puffs of air through your mouth.'" Oberg points out that the mysterious Space Shuttle sounds are basically the same as the anomalous swishes and whizzes attributed by some to meteors. So far, few scientists have accepted meteor sounds as real, preferring to label them "psychological." But now that the Space Shuttles are known to generate similar anomalous sounds, perhaps scientists will install instruments along their well-known reentry paths and find out what is really happening. (Oberg, Jim; "Shuttle 'Sounds' May Provide ...
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... Science Frontiers ONLINE No. 81: May-Jun 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Auroral Sounds March 13, 1989. This night on a cattle ranch in South Dakota, L. Hasselstrom was dazzled by waves of blue auroral light sweeping up from the horizon and meeting at a focal point nearly directly overhead. As the sky blazed, with the blue waves and crimson streamers, she heard: ". .. a distant tinkling, like bells. It came again, louder, just as a curtain of green light swept the entire width of the sky from north to south. Each time green flushed the sky, the bells rang, the sound softening to a gentle tinkle as the light died." (Hasselstrom, Linda; "Night of the Bells," Readers Digest , p. 185, April 1992. Cr. J.B . Dotson.) Comment. Note the correlation of the sound with the green portion of the aurora. July 29, 1990. On Coll Island in Centennial Lake, 120 kilometers west of Ottawa. Watching an auroral display, L.R . Morris heard the sound of the aurora: "It was a faint but distant windlike sound; which, by process of elimination, could not be accounted for by any phenomenon other than the aurora." (Anonymous; "Auroral Sounds," Sky & Telescope , 83:105, January 1992. Cr. D. Snowhook.) Comment. Auroras have been heard for centuries, but they "shouldn ...
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... Science Frontiers ONLINE No. 65: Sep-Oct 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Unusual Sounds Preceding Lightning May 13, 1989. Austin, Texas. About 8 PM, during an intense thunderstorm, P. Gunkel heard a whistling sound, like that made by a descending firework rocket. A general pinkish brightening of the surroundings accompanied the sound. Half a second after the sound ceased, there was a tremendous clap of thunder. Discussions with neighbors within 1 hour of the event, elicited additional data: one said that it sounded like rocks falling through the air; another heard a strange humming sound from a windowpane for 2 seconds prior to the lightning; yet another spoke of a sound like that of a whistling tea kettle, but with an ascending pitch; and a fourth actually saw the lightning strike the street about 500 feet away. (Gunkel, Patrick; personal communication, May 13, 1989.) Comment. The most common sound heard prior to nearby lightning strikes is a "vit" sound, or a sound like fabric tearing. Such sounds are thought to be caused by brush electrical discharge from nearby objects as the atmospheric electrical field intensifies. See GLL10 in Lightning, Auroras, Nocturnal Lights. For details on this book, visit: here . From Science Frontiers #65, SEP-OCT 1989 . 1989-2000 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. 69: May-Jun 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Machine-like underground noises On SF#68, we reported on the "English hums." One theory is that these particular humming sounds emanate from turbines in Britain's network of buried natural gas pipelines. It seems, though, that similar subterranean sounds are heard in many places where buried pipelines are unlikely. Mainstream scientists care little for such phenomena; and the following data were collected by an independent researcher. Yakima Indian Reservation, Washington. Statement by W.J . Vogel, Chief Fire Control Officer: "In September 1978 the sound of underground turbines or engines was heard at Sopelia Tower at the southern boundary of the reservation for seven (approximately 9:00 p.m . to 4: a.m ., September 3-4 ). According to Vogel the noise was like a 'turbine' or 'unsynchronized propellers on a multi-engine aircraft.' When let outside the lookout station, the fire lookout's dog displayed anxiety, and the lookout felt barely perceptible vibrations under her feet when standing on a concrete slab. The lookout said she had heard the same sound during the summer of 1978, but always during the daylight." Colorado. Testimony of T. Adams: "Camping on the western slope of the Sangre de Cristos, northwest of Mount Blanca and south of the Sand Dunes, we heard the sounds in 1970. Two or three nights in succession, it ...
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... Science Frontiers ONLINE No. 129: MAY-JUN 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Sound of Shapes The ability of some humans to determine the pitch of a musical note in the absence of a reference note (" perfect pitch") has been a favorite topic in Science Frontiers (SF #99 , #102 , and #111 ). It now seems that the human ear-brain combination can also discern the shapes and dimensions of thin, vibrating plates by the sound they make. In one type of experiment, conducted by A.J . Kunkler-Peck (Brandeis University) and M.T . Turvey (University of Connecticut), subjects gave surprisingly accurate estimates of the heights and widths of three different vibrating plates. The plates were concealed behind a screen, but the subjects could remotely control a striker. In further experiments, other subjects could distinguish between the sounds of circular, rectangular, and triangular plates. (Anonymous; "Listen to the Shapes," Science News, 157:171, 2000.) Comment. We all know from experience that small, thin plates produce higher pitched sounds that larger plates. How-ever, the ability to assign accurate dimensions without some training is surprising. The same can be said for the identification of shapes. Who, for ex-ample, has been exposed to vibrating, triangular-shaped plates in ordinary life? Could we be dealing here with another innate talent that, like perfect pitch, seems to have no adaptive ...
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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 Listening for the Unhearable They rolled around with a soundless sound like softly bruised silk; They poured into the bowl of the sky with the gentle flow of milk. So wrote R.W . Service, the poet of the Arctic realms, about the eerie voices of the auroras. The low-frequency sound of the aurora is barely detectable by human ears. It is "felt" more than heard, as Service expressed so eloquently. Some skeptics have maintained that these ethereal sounds do not really exist, but modern instruments confirm that pressure waves are definitely produced in the atmosphere as the auroras weave and dance in the sky. Most auroral sound is in the infrasound range, which begins at the lower limit of human hearing -- about 20 Hertz. Just enough sound energy seeps over the 20-Hz limit to be heard by sensitive human ears during periods of intense activity. Another natural infrasound, weak but continuous, is the "voice of the sea." These sound waves, called "microbaroms," have periods in the 5-7 second range (0 .20-0 .14 Hz), well below the range of human ears. Such low-frequency sounds travel great distances with little attenuation. It is thought, therefore, that the "voice of the sea" is an extended source -- perhaps the collective acoustical signature of all the storms from all the world's oceans. ...
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... Science Frontiers ONLINE No. 52: Jul-Aug 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects More Moodus Sounds Geologists from New Jersy are preparing to bore a 6-inch hole almost a mile into the Earth's crust on farmland off Sillimanville Road near Moodus (Connecticut). "Once and for all, they hope to determine the exact cause of the 'Moodus Noises' -- sounds that have been likened to the crack of a ball on candlepins in a distant bowling alley. "Indians thought the sounds were the grumblings of an evil spirit, and they named the area 'Machimoodus' or place of noises. "Geologists today say the sounds stem from earthquakes close to the surface. The quakes are so small that most can be measured only with special seismic instruments. But the reasons for the quakes are still the subject of hypothesis." (Barnes, Patricia G.; "Geologists Will Get to the Bottom of Moodus Noises," New Haven Register , April 30, 1987. Cr. J. Singer) From Science Frontiers #52, JUL-AUG 1987 . 1987-2000 William R. Corliss ...
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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. 126: Nov-Dec 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Ancient Stage Design In past issues of SF we have reported on the acoustical properties of rock-art sites (SF#83 and SF#123) and megalithic chambers (SF#102). This ancient recognition and use of the properties of sound to impress gatherings of people is rather remarkable for 4,000-5000 years ago. But we must be even more appreciative of megalithic-age talents when we discover that they also wedded visual effects with acoustical engineering when staging rituals and ceremonies. In effect, they were pioneering the design of auditoriums and church interiors. This marriage of architecture and sound was studied at two megalithic sites by A. Watson and D. Keating. Since we have previously attended to the acoustics of stone chambers, we will bypass their work on the huge chambered cairn called Camster Round and focus on the recumbent stone circle (RSC) called Easter Aquorthies near Aberdeen, Scotland. That RSCs are not ordinary stone circles is seen in this quotation from the paper by Watson and Keating. "Recumbent stone circles possess a number of characteristic features that have primarily been interpreted in visual or aesthetic terms. For example, their standing stones tend to be graded in height towards the southwest, creating a visual focus for the the large recumbent block itself, which lies between the two tallest stones. The recumbent at Easter Aquorthies is elaborated by two stones which project from its inner face to form an alcove. ...
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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. 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. 42: Nov-Dec 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The sausalito hum "The mysterious underwater hum that has annoyed Sausalito's houseboat community for the past 11 summers is back, and investigators still do not know the cause. 'It's a loud and audible mechanical raspy hum,' said Waldo Point Harbormaster Ted Rose, who said the vexing noise sounded like an electric razor. 'It sounds like this mzmzmzmzmzmzmzm,' Rose said. 'Sometimes it gets so loud you have to talk above it. It can drown out conversations and wake people from a dead sleep.' For reasons no one understands, the noise can be heard only from about 8 p.m . until sunrise, and it goes silent from late September until mid-April, when it begins humming again through the summer." Acoustical engineers from Berkeley could not pinpoint the source of the sound with the help of instruments and a diver. Biologists believe the noise is made by the singing toad-fish, also called the plainfin midshipman. (Leery, Kevin, "Sausalito's Weird Hum Is Back, " San Francisco Chronicle, July 29, 1985. Cr. P. Bartindale. Also: Anderson, fan; "Humming Fish Disturb the Peace, " New Scientist, p. 64, September 12, 1985.) (See Category GSMI in EARTHQUAKES, TIDES, UNIDENTIFIED SOUNDS for more instances of underwater sounds, especially those mysterious sounds heard near the mouth of the ...
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... Science Frontiers ONLINE No. 68: Mar-Apr 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The english hums: radar or buried pipelines?In our catalog volume Earthquakes, Tides, Unidentified Sounds, we recorded many curious natural sounds, including the "desert hum," the "Yellowstone Whispers," and, pertinent to the present discussion, a throbbing, humming sound afflicting some, but not all, residents of the British Isles. Percipients describe the hum as like a "diesel truck with its engine idling." The electronic environment of Britain has been blamed for the hum: transformers, high-voltage transmission lines, and pulsed radars are all candidate hum-makers. For, it has been discovered, some people somehow convert pulses of electromagnetic energy into a perception of sound. This facet of the British "hum problem" was covered on p.000, where the infamous Soviet "Woodpecker Radar" is mentioned specifically. But are electromagnetic pulses really to blame? The British hum has become a nuisance - to those who can hear it - during the past 20 years. This is just the period during which British Gas has been installing a nationwide gas-distribution system, which employs powerful turbines to pump natural gas through underground pipelines. H. Witherington, an unhappy hum-hearer, has for years driven around Britain at night when things are quieter, plotting places where the hum can be heard. He has found that the sound follows the gas pipelines and extends for several kilometers on each side ...
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... -Scale St. Elmo's Fire GLD4 Moving, Surface-Level, Electrified Light Patches GLD5 Discharge Phenomena during Duststorms and Snowstorms GLD6 Unusual Forms of St. Elmo's Fire GLD7 Luminous Aerial Bubbles GLD8 Earthquake Lights GLD9 Volcano Lights GLD10 Tornado Lights GLD11 Whirlwinds of Fire and Smoke GLD12 Anomalous Flashes Detected by Satellites GLD13 Enhanced Luminosity of Rocks GLD14 Luminous Phenomena in Water and Ice GLD15 Dazzling Lights in and on Clouds GLD16 Luminous Patches Moving on Cloud Surfaces GLD17 Ground-Level Light Flashes The Zeitoun Phenomenon Luminous Discharges on Insects in Flight GLL LIGHTNING ANOMALIES GLL1 Luminous Phenomena Occuring above Thunderclouds (Rocket Lightning) GLL2 Bead Lightning GLL3 Colored Lightning with Unusual Features GLL4 Silent Lightning GLL5 Horizontal Lightning GLL6 Lightning from a Clear Sky GLL7 Crown Flash GLL8 Preference of Lightning for Certain Trees GLL9 Lightning Figures GLL10 Lightning Sounds (Other than Thunder) GLL11 Lightning's Pranks GLL12 Hot-Air Blasts Following Lightning Strokes GLL13 Unusual Geographical Preferences of Lightning GLL14 Black Lightning GLL15 Slow or Prolonged Lightning GLL16 Correlation of Lightning and Cosmic Rays GLL17 Lightning Superbolts GLL18 Cyclic Flashing of Lightning GLL19 Dual Lightning Discharges GLL20 Abnormally Long Lightning Strokes GLL21 Anomalous Electrical Fields and Currents during Lightning GLL22 Lightning Shadowgraphs GLL23 Wisps of Flame Left by Lightning Strokes GLL24 Tubular Lightning GLL25 Meandering Lightning GLL26 Ribbon Lightning GLL27 Spoked and Spider Lightning GLL28 Bipolar Nature of Large Electrical Storms GLL29 Gamma-Ray Flashes in Thunderstorms GLL30 Neutron Generation in Lightning Bolts GLL31 Unusual (Usually Deadly) Interactions between Lightning and Humans GLL32 Effects of Lightning on Vehicle Engines Sympathetic Lightning Gamma-Ray Emission by Lightning Mystery Mountain Deaths and Lightning Lightning and Anomalous Optical Events (AOEs) Lightning ...
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... Science Frontiers ONLINE No. 101: Sep-Oct 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects More Hear Ears Just after SF#100* was sent off to the printer with its item "Straight from the Horse's Ear," another report on sound emissions from ears appeared in Nature. Although the body of the article deals with sounds emanating from the ears of chinchillas, humans are not neglected. First, from the abstract: "The inner ear sometimes acts as a robust sound generator, continuously broadcasting sounds (spontaneous otoacoustic emissions) which can be intense enough to be heard by other individuals standing nearby. Paradoxically, most individuals are unaware of the sounds generated within their ears." Second, the article's final sentence: "Apparently, some humans with intense spontaneous emissions owe their hearing loss to internal 'noise' which they are unable to perceive." (Powers, Nicholas L., et al; "Elevation of Auditory Thresholds by Spontaneous Cochlear Oscillations," Nature, 375:585, 1995.) * SF#100 = Science Frontiers #100. From Science Frontiers #101 Sep-Oct 1995 . 1995-2000 William R. Corliss ...
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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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... Project Sourcebook Subjects Throat-Singing Humans are born with one organ that is capable of astonishing performances that greatly exceed what is required for the tracking of animals and the grubbing of edible roots. This is the human brain, of course. Not as widely appreciated for its versatility is the human vocal tract. It can generate much more than brute grunts. It renders operatic arias of great beauty and frequency range. The vocal tract can do even more than that; it can carry two musical lines simultaneously. This skill is called "throat-singing" or "overtonesinging." The best-known throat-singers live in the Tuva region of southern Siberia. The semi-nomadic herders of this wild region were evidently inspired to develop throat-singing so that they could better mimic the sounds they heard in nature: the singing of birds, the wind, the sounds of insects. Throat-songs have two components. The first is at a low, sustained fundamental pitch, which can be likened to the drone of a bagpipe. The second, superimposed on the low drone, is a succession of flute-like sounds that resonates high above the drone. It is the second component that can be controlled so as to mirror natural sounds. The result is like nothing Mozart or Verdi conceived. But it is an art form valued in Tuva and a talent rather remarkable from a biologist's perspective. One should compare the vocal tract to an organ pipe with its standing waves, except that the human pipe is only 7 inches long in the average adult male. ...
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... Remarkable Luminous Phenomena in Nature 2001: Ancient Structures (Archeology) 1999: Ancient Infrastructure (Archeology) 1998: Biological Anomalies: Birds 1996: Biological Anomalies: Mammals II: 1995: Biological Anomalies: Mammals I 1994: Science Frontiers, The Book 1994: Biological Anomalies: Humans III 1993: Biological Anomalies: Humans II 1992: Biological Anomalies: Humans I 1991: Inner Earth: A Search for Anomalies (Geological) 1990: Neglected Geological Anomalies 1989: Anomalies in Geology: Physical, Chemical, Biological 1988: Carolina Bays, Mima Mounds, Submarine Canyons (Geological) 1987: Stars, Galaxies, Cosmos 1986: The Sun and Solar System Debris 1985: The Moon and the Planets 1984: Rare Halos, Mirages, Anomalous Rainbows (Geophysics) 1983: Earthquakes, Tides, Unidentified Sounds (Geophysics) 1983: Tornados, Dark days, Anomalous Precipitation (Geophysics) 1982: Lightning, Auroras, Nocturnal Lights (Geophysics) 1982: Unfathomed Mind 1981: Incredible life (Biology) 1980: Unknown Earth (Geological) 1979: Mysterious Universe (Astronomy) 1978: Ancient Man (Archeology) 1977: Handbook of Unusual Natural Phenonema Sourcebook Series 1978: Strange Planet E2 1977: Strange Universe A1 1976: Strange Artifact M2 1976: Strange Minds P1 1976: Strange Life B1 1975: Strange Planet E1 1975: Strange Universe A1 1974: Strange Artifact M1 1974: Strange Phenomena G2 1974: Strange Phenomena G1 Home Page The Sourcebook Project (Catalog of Anomalies)Oct 2021 Sorry, all publications are now out of print To acquire copies, it is recommended that you visit addall ...
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... Science Frontiers ONLINE No. 52: Jul-Aug 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects More Carolina Waterguns "Residents of North Carolina's southeastern coast call it the 'Seneca Guns' and say it's caused by chunks of the continental shelf dropping off a cliff under the Atlantic Ocean. "' You will feel the house kind of shake and windows rattle,' said Walt Workman, assistant chief of police in Long Beach. 'It sounds a lot like a sonic boom type of thing.' "The rumbling boom with a sound like artillery fire is heard along North Carolina's southernmost beaches, sometimes as often as once or twice a week, and scientists can't explain the phenomenon. The sounds have been heard as far north as Fort Fisher, located just north of Cape Fear." (" Booms Keep Coastal Area Guessing," Charlotte Observer, January 26, 1987. Cr. G. Fawcett via L. Farish) Comment. The real Seneca Guns are, of course, in New York, where they have been heard for years about Lake Seneca. Category GSD, in Earthquakes, Tides, Unidentified Sounds, provides numerous examples of such waterguns, from all around the world. Information about this book may be found here . From Science Frontiers #52, JUL-AUG 1987 . 1987-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 100: Jul-Aug 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Straight from the horse's ear Vets at the Animal Health Trust in New Market, UK, had just removed a tumor from the lip of a 5-year-old Welsh pony, when they heard a strange, high-pitched hum emanating from its right ear. The hum was surprisingly loud and quite obvious to the surgical team standing a meter away. The hum's pitch was a steady 7 kilohertz. E. Douek, an ear, nose and throat surgeon, stated that audible sound coming from ears is extremely rare. Such sounds are usually caused by muscle spasms in the inner ear or throat, or by resonance due to abnormalities in the ear's blood supply. (Bonner, John; "Humming Horse Puzzles Vets," New Scientist, p. 5, April 29, 1995.) Comment. This is not the first time we have heard about humming ears. In SF#31*, H. Zuccarelli stated that human ears normally emit a faint reference sound, which mixes with incoming sound to form an interference pattern inside the ear. The resulting "acoustic holograms" allow humans and some other primates to locate the source of a sound without turning their heads. The affliction called "tinnitus" is evidently not involved. *SF#31 Science Frontiers #31. The book Science Frontiers also contains this reference. It is described here . From Science Frontiers #100, ...
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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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... FOSSIL RECORD OF BIRDS BBE1 The Fossil Record of Birds and Associated Paradigms BBE2 Evidence against the Dinosaur Origin of Birds BBE3 Protoavis: A Pre-Archaeopteryx Bird? BBE4 Unresolved Nature of Archaeopteryx BBE5 The Apparent Absence of Transitional Forms of Feathers BBE6 Fossils of Ostrich Ancestors in the Northern Hemisphere BBE7 Controversial Feathers of the London Archaeopteryx Fossil BBE8 Giant Fossil Eggs BBF BODILY FUNCTIONS BBF1 The Avian Respiratory System: Unique, Complex, Sophisticated BBF2 Avian Bodily Functions: Some Oddities BBG GENETICS BBG1 Species mtDNA More Diverse Than Morphology BBG2 Discordance in the Date of Divergence of Modern Birds BBG3 Discordances between Phylogenies Established from Morphology and DNA Analysis BBG4 Dearth of Introns in Birds BBI INTERNAL STRUCTURES AND SYSTEMS BBI1 Avian Magnetoreceptors: Hard to Find BBI2 Curious Internal Structures BBO ORGANS BBO1 Complexity and Sophistication of Some Owl Ear-Brain, Sound-Localization Systems BBO2 Regeneration of Brain Neurons BBO3 Curiosities of Avian Brains BBO4 The Pecten: A Unique Structure in the Avian Eye BBO5 Curiosities of Avian Eyes BBO6 High Complexity and Sophistication of the Avian Eye BBO7 Remarkable Tongue Adaptations BBO8 The Loss and Reduction of Reproductive Organs BBT UNUSUAL TALENTS AND FACULTIES BBT1 Infrasound and Atmospheric Pressure-Change Detection BBT2 Utility of Ultraviolet Vision in Birds BBT3 Echolocation: Parallel Evolution in Birds BBT4 Navigational Feats during Migration BBT5 Homing: Release Experiments BBT6 Curious Migration Phenomena: Navigation Errors? BBT7 Complexity and Sophistication of Avian Navigation BBT8 Inheritance of Migration Data BBT9 The Existence of Avian Migration BBT10 Sensitivity to Impending Weather and Earthquakes BBT11 Possible Unrecognized Senses BBT12 Remarkable Feats of Flight BBT13 The Origin of Avian Flight BBT14 Unanswered Questions Concerning Flightlessness BBT15 Some Curiosities of Avian Flight BBT16 Deep- ...
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... Science Frontiers ONLINE No. 86: Mar-Apr 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Acoustics Of Rock Art S. Waller has visited rock art sites in Europe, North America, and Australia. Standing well back from the painted walls, he claps or creates percussion sounds, and records the echos bouncing back. A casual observer might be tempted to call 911. It turns out, though, that rock art seems to be placed intentionally where echos are not only unusually loud but are also related to the pictured subject matter. Where hooved animals are depicted, one easily evokes echos of a running herd. If a person is drawn, the echos of voices seem to emanate from the picture itself! "At open air sites with paintings, Waller found that echos reverberate on average at a level 8 decibels above the level of the background. At sites without art the average was 3 decibels. In deep caves such as Lascaux and Font-de-Gaume in France, echos in painted chambers produce sound levels of between 23 and 31 decibels. Deep cave walls painted with cats produce sounds from about 1 to 7 decibels. In contrast, surfaces without paint are 'totally flat'." What did the ancient artists have against cats? (Dayton, Leigh; "Rock Art Evokes Beastly Echos of the Past," New Scientist, p. 14, November 28, 1992.) From Science Frontiers #86, MAR-APR 1993 . 1993-2000 William R. Corliss ...
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... 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 Things That Bo Buzz In The Night In a recent issue of the New Scientist, B. Fox mused about the weird world of electromagnetic transmissions and unidentified audio-frequency humming. We and our complex array of high-tech gadgetry are continuously bombarded by all manner of electrical and electromagnetic signals, noise, and transients. A particularly annoying source of unwanted signals impinging upon European radios is the Soviet Woodpecker over-the-horizon radar. In some bands, radio hams are blasted off the air when the Woodpecker is aimed at them. So much for electromagnetic problems. In the audio range of the sound spectrum, Fox brings up the topic of those still unidentified hums that afflict a small group of people, who are now known as "hummers." Fox himself turns out to be a hummer. "By coincidence, I happen to be blessed, or cursed, with good low-frequency hearing. For several years now, I have intermittently heard a curious low-frequency sound coming from a deep below the high ground around my home in Hampstead Heath in London. Most of the time it is swamped by other noises, because human hearing adjusts sensitivity to compensate for background noise. The noise is an intermittent rumble, like a very distant generator, or the compressor for a pneumatic drill, coming on and off load. Most people cannot hear it at all. I usually hear it only in the still of ...
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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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... 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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... you feel it up through your feet and it can collapse your spine.' said David Stacy, a resident. 'Sometimes it would rattle stuff in the house like the earthquake did.' "The underground explosions occur every 10 or 20 minutes, say residents in the area between Gage and Zindell avenues. They say the tremors have been forceful enough to wake them from their sleep, shake windows and knock down pieces of china." The muffled explosions are not accompanied by smoke or luminous phenomena. They may be due only to the subsidence of traffic noise. (Chong, Linda: "Commerce Becomes Reluctant Boom Town," Los Angeles Herald Examiner, January 17, 1988. Cr. K.H . Taylor) Comment. Will Californians let us know more about these subterranean sounds? They resemble the famous Moodus Sounds in Connecticut, which are thought to be of seismic origin. See Category GSD2 in Earthquakes, Tides, Unidentified Sounds. For ordering information on this book, visit: here . From Science Frontiers #56, MAR-APR 1988 . 1988-2000 William R. Corliss ...
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... matrices and the effects of imagery and deep structure complexity upon recall), and two tasks involving just short-term retention of individual verbal items and digit span. Whenever possible, T.E .' s performance was compared with that of normal subjects, and also with other mnemonists who have been studied in the past. There was no evidence to suggest that T.E . has any unusual basic memory abilities; rather he employs mnemonic techniques to aid memory, and the evidence suggests that previous mnemonists who have been studied by psychologists have used very similar techniques." The "figure alphabet" employed by T.E . was used in Europe as early as the mid-1700s. The Hindus had a Sanskrit version even earlier. Basically, each digit is represented by a consonant sound or sounds: 1 2 3 4 5 6 7 8 9 0 T N M R L J K F P Z D Ng G-soft G-hard V B S Th Ch Q C-soft Sh C-hard The letters AEIOU and WHY have no numerical value and are used to build up words. Thus, 21 can be NeT, NuT, aNT, auNT, etc. The system is phonetic in that the digits are sounds rather than the letters themselves. Silent letsters do not count and double letters count as single. In one of the tests, T.E . was presented with strings of digits on a computer screen at the rate of one per second. In spite of the rapid rate of presentation, T.E . used the figure alphabet ...
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... because we don't report them don't think that unexplained detonations are no longer heard along the world's seacoasts. These "waterguns" are still booming away, as they have for centuries. Take the Carolina beaches for example. " Sunset Beach -- Just what is that noise that residents along the coast have been hearing? "Reverberations powerful enough to shake beach cottages are heard several times every autumn along the coast in New Hanover and Brunswick counties. "' It moves the earth, I tell you,' Minnie Hunt of Sunset Beach said. 'Sometimes you get two or three in a row.' .. .. . "Residents who are now grandparents say their own grandparents remembered the rumbles, so they predate the sonic booms of jets breaking the sound barrier. .. .. . "The noises clearly emanate from the sea, she said...'It's not a land phenomenon.' .. .. . "The sounds occur most often in the fall and spring, though they occasionally shiver across the beaches in other seasons. Sometimes they shake the coast more than once a day. Sometimes they happen a few days in a row. Sometimes they are weeks apart. They have been reported as far north as Carteret County, but are most frequent near Wilmington and southward." (Mysteries, Marvels and Things That Go Boom at the Beach," Asheville Citizen , September 4, 1990. Cr. J. Fisher via L. Farish) Comment. Waterguns, a.k .a . ...
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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. 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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... 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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... up! Leonids were seen to burn up at this altitude where there is not enough atmosphere to create the friction required to vaporize the space debris. Perhaps the cometary fragments from comet Temple-Tuttle are unusually volatile. Perhaps there is something else going on at the outer fringes of the atmosphere. Who knows? (Witze, Alexandra; "Scientists Gain Insights into Meteors," Northwest Florida Daily News, May 27, 1999. Cr. B. Reid) Comments. Sometimes, comets flare up so far from the sun that solar heating is negligible. This poorly understood phenomenon may be related to the highaltitude flare-ups of the Leonids. Some people claim they can sometimes hear meteors hiss as they streak through the sky at altitudes so high that there is not enough air to convey sound! Such "electrophonic sounds" may have an electromagnetic origin; that is, some people perceive electromagnetic bursts as sounds. From Science Frontiers #125, SEP-OCT 1999 . 1999-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 80: Mar-Apr 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Cricket Coordination In the August 31, 1991, issue of Science News, there appeared an item on the famous synchronously flashing fireflies of Southeast Asia. W. Clements, writing in response to the firefly story, asserts that Indian crickets chirping in unison are much more impressive. He wrote: "I once rode on the back of a truck at night along mountain roads in India. There the crickets sound out quite loudly. The sound swells and diminishes with a persistent beat. As we drove along mile after mile, there was not the tiniest perceptible change in the rhythm. In other words, the insects we listened to at any point were modulating their sound at exactly the same frequency, if not phase, maintained by their contemporaries many miles back. Considering the vast areas that must be represented wherever it occurs, the phenomenon must involve unimaginable millions of insects all acting in concert. This is vastly more impressive than the spectacle of fireflies performing together in a single tree." Picture, if you will, millions, perhaps billions, of crickets all moving their limbs together in unison over many square miles! (Clements, Warner; "Flashy Displays," Science News, 140:323, 1991.) From Science Frontiers #80, MAR-APR 1992 . 1992-2000 William R. Corliss ...
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... Unusual Corposants May 8, 1998. North Atlantic Ocean. Aboard the m.v . Flinders out of Philadelphia bound for Pennington. The vessel had just passed through a weather front that produced frequent, violent sheet lightning. Green St. Elmo's fire was glowing on the aerials. "At about 2310 it was also noted that the lever extending about 18 cm over the ship's starboard bridge wing to position a deck light was also radiating light. This light was a pale violet glow extending in 'spokes' of 10 cm in length from the round end of the lever which was about 3 cm in diameter. "There were six individual and uniform spokes shot through with brighter purple and white bolts resembling lightning. Over the noise of the wind a sharp crackling and hissing sound could be heard coming from the phenomenon. "The seaman was called to have a look at the light, he attempted to touch it but the light receded as his finger approached within 3 cm of it. The effect died away at about 2340 as soon as rain started to fall." (Smedley, R.; "Corposants," Marine Observer, 69:55, 1999.) Comments. The corposant's six-fold symmetry is like that of snowflakes. Strange as it may sound, they may be a connection. First, recall what J. Maddox once wrote about snowflakes in Nature. "But the symmetry of the whole crystal, represented by the exquisite six-fold symmetry of the standard snowflake, must be the consequence of some cooperative phenomenon involving ...
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... Science Frontiers ONLINE No. 70: Jul-Aug 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Killer Whale Dialects J. Ford is the curator of marine mammals at Vancouver's Public Aquarium. For years, he has been listening to killer whales converse as they hunt along the coast of the Pacific Northwest. About 350 whales in the area are divided into two communities, each of which is subdivided into several pods. Each pod has its own dialect of sounds used in communication. Some of the dia-lects are regional, like Bostonian or Texan; others are more divergent, like English and Japanese. This discovery promotes killer whales to the level of some primates and harbor seals. Usually, Ford says, the sounds made by animals are determined genetically. (Dayton, Leigh; "Killer Whales Communicate in Distinct 'Dialects,'" New Scientist, p. 35, March 10, 1990.) Reference. For more on killer whale communication, see BMT8 in our catalog: Biological Anomalies: Mammals I. To order, visit: here . From Science Frontiers #70, JUL-AUG 1990 . 1990-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 123: May-Jun 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Caves As Musical Instruments In past issues of SF, we have reported how some ancient rock art was intentionally painted on rock faces so that echos, as from a handclap, would not only be unusually loud but have some relation to the painting, as in the clatter of hooves. (SF#86) In a similar vein, some manmade chambers, such as New Grange (3 ,500 B.C .) were configured to enhance the subjective effects of ritual chanting. (SF#102) A fascinating article in Pour la Science , has described how ancient paintings in some of Europe's famous decorated caves were placed where sound resonated. To illustrate, examine the accompanying illustration of the north wall of the Jeannel Gallery of Portel Cave, in Arlege. The long, looping dotted line indicates the amplitude of resonating sound at a frequency of 95 Hertz, as the long gallery behaves like a giant wind instrument. The peak occurs smack in the center of the decorated area. At the peak, in the dotted circle, there is a rocky projection in the shape of a (hard-to-see) feline head. On the opposite wall (not shown), the same peak coincides with an ocher circle that dominates a meter-long decorated panel. (Dauvois, Michael, et al; "Son et Musique au Paleolithique," Pour la Science , p. 52, no. 253, ...
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... Science Frontiers ONLINE No. 43: Jan-Feb 1986 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Underground Weather Most residents of central Oregon can tell you tales about winds blowing out of the ground, about roaring and whistling sounds emanating from their wells, and of mysterious holes in the winter snow on Mount Bachelor. Central Oregon is geologically young and plastered with lava flows and cinder cones. It is like a sponge, with many cubic miles of holes, air channels, and open fissures. The air in this rocky sponge is usually on the move in response to changes in atmospheric pressure. The earth absorbs air during barometric highs and expels it during lows. In some spots the expelled air is captured to cool homes during the summer. In the High Cascades, though, the underground winds pose hazards to skiers by creating blowholes in the snow. These blowholes are actually mildly anomalous because they blow out a gentle 40 F breeze regardless of the barometric pressure. Some of Oregon's blowing caves also "breath" without re gard to barometric pressure. Also, the water wells north of Fort Rock Basin often blow for days during periods of high barometric pressure -- times when they should be taking air in. (Chitwood, Larry; "Central Oregon's Underground World Filled with Wind That Roars, Whistles," The Oregonian, Octo ber 3l, 1985. Cr. R. Byrd) Comment. See category GHG2, in Earthquakes, Tides, Unidentified Sounds, for material on blowing wells, etc. ...
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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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... Science Frontiers ONLINE No. 41: Sep-Oct 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Ball lightning strikes twice!Summer 1977. Haymarket, Virginia. A severe storm was threatening. Mrs. Patricia Townsend was standing in front of her kitchen counter talking on the telephone. "Several things happened at the same time and the whole incident probably lasted no more than a few seconds at the most. While I was on the phone, I heard a tremendous crack, something like the report of a high-powered rifle or the sound of a bat hitting a baseball. At the same time the outside of my house, meaning the outdoors, lit up brilliantly. A split second later or perhaps at the same time, I heard a loud swooshing or hissing noise and the phone seemed to come alive in my hand. Then my whole kitchen lit up like a floodlight. Lightning or electricity or whatever it was seemed to flow rapidly from the open kitchen door across the expanse of the far end of my kitchen at ceiling level as shown by the jagged line in my drawing. I'm not sure where the red ball came from but I have depicted it as coming from the jagged lightning on my ceiling. Anyhow, almost at the same time as the lightning zoomed across my kitchen and the phone started vibrating in my hand, a large red ball (with yellow and white somewhere) appeared in front of me and hit me on the chest with the force of a large man hitting me with his ...
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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. 96: Nov-Dec 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Underwater Thumps "Scientists based on the central California coast are trying to identify the origin of a mysterious underwater sound that disturbed surfers and divers for three weeks -- and then just as mysteriously disappeared. "The sound, made up of thumps occurring at 10-second intervals, was compared by one diver to five or six giant bongo drums going off simultaneously. Most experts have concluded that it was of human origin." As usual in such cases, no governmental or military sources knew anything about the thumps. (Shurkin, Joel N.; "Underwater Thumps Baffle Ocean Scientists," Nature, 371: 274, 1994.) From Science Frontiers #96, NOV-DEC 1994 . 1994-2000 William R. Corliss ...
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... Nature, Scientific American, etc Archaeology Astronomy Biology Geology Geophysics Mathematics Psychology Physics Science Frontiers The Book Contents Science Frontiers is an indexed compilation of the first 86 issues of our Science Frontiers newsletter . Chapter 1. Archeology: Ancient Engineering Works * Small Artifacts * Epigraphy and Art * Bones and Footprints * Diffusion and Culture. Chapter 2. Astronomy: Planets and Moons * Solar System Debris * Stars * Galaxies and Quasars * Cosmology. Chapter 3. Biology: Humans .* Other Mammals * Birds * Reptiles and Amphibians * Fish * Arthropods * Invertebrates * Plants and Fungi * Microorganisms * Genetics * Origin of Life * Evolution. Chapter 4. Geology: Topography * Geological Anomalies * Stratigraphy * Inner Earth. Chapter 5. Geophysics: Luminous Phenomena* Weather Phenomena * Hydrological Phenomena * Earthquakes * Anomalous Sounds * Atmospheric Optics. Chapter 6. Psychology: Dissociation Phenomena * Hallucinations * Mind - Body Phenomena * Hidden Knowledge * Reincarnation * Information Processing * Psychokinesis. Chapter 7. Chemistry, Physics, Math, Esoterica: Chemistry * Physics * Mathematics. Comments from reviews: "This fun-to-read book may lead some to new scientific solutions through questioning the phenomena presented", Science Books and Films Publishing details: 356 pages, paperback, $18.95, 417 illus., subject index, 1994. 1500+ references, LC 93-92800 ISBN 0-915554-28-3 , 8.5 x 11. Order From:The Sourcebook Project P.O . Box 107 Glen Arm, MD 21057 USA Tel: + 1 (410) 668 6047. ...
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... 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 Ancient acoustical engineering In SF#86/43*, we reviewed R. Waller's acoustical measurements at ancient rock-art sites in Europe, North America, and Australia. Waller claimed that some rock art was intentionally placed where echos from the walls are not only exceptionally loud but are also qualitatively related to the art's subject matter, such as running hoofed animals. The Newgrange chamber, with acoustical nodes and antinodes. Antinode occur at the chamber's stone walls. In a similar venture, R.G . Jahn et al have taken sound generators and meters into the chambers of six ancient structures and measured their acoustical properties. The sites selected were: Wayland's Smithy, Chun Quoit, and Cairn Euny, all in the U.K .; Newgrange, and Cairns L and I, Carbane West, all in Ireland. All of these sites date back to about 3,500 BC. The chambers were all bounded by roughly hewn 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 ...
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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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... Science Frontiers ONLINE No. 133: JAN-FEB 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Invisible Suns And Maybe See-through Planets, Too Astronomers have been baffled lately by the discovery of planets wandering aimlessly through outer space apparently without the guidance of a central sun. (Ref. 1) Planets, you see, are supposed to have been formed in the discs of dense dust orbiting newly created stars. They have no business wandering through the void unattended. No problem, says R. Frost of the University of Melbourne, "They could be in orbit around Invisible Stars! (Ref. 2) If we can have Missing Matter, we suppose that Invisible Stars are not as ridiculous as they sound. It is postulated that Invisible Stars are composed of Mirror Matter, a new construct of astronomers who are desperately trying to explain their burgeoning files of celestial anomalies. Mirror Matter is strange "stuff." It interacts with Ordinary Matter only through gravity, it doesn't emit light. It is palpable but invisible. (This sounds weird, but no weirder than quantum mechanics!) Foot also pointed out that stars composed of Ordinary Matter may be orbited by Mirror-Matter planets. Expanding along these lines, whole star systems could be 100% Mirror Matter, and we'd never see them at all. How about Mirror-Matter asteroids and meteors zipping around our solar system -- invisible but palpable and threatening? As a matter of fact, it has been speculated that the still- ...
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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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... 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.) From Science Frontiers #48, NOV-DEC 1986 . 1986-2000 William R. Corliss ...
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... 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) Many unusual natural sounds are cataloged in Chapter GS in our catalog: Earthquakes, Tides, Unidentified Sounds. Ordering information here . Some animals can hear infrasound. Pigeons, for example, have special organs on their legs (of all places!) that respond to infrasound. Could pigeons and other birds use "musical mountains" for homing and other navigation feats? From Science Frontiers #103, JAN-FEB 1996 . 1996-2000 William R. Corliss ...
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