190 results found.
... 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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... but the TV camera consistently picked up the same meteors at higher altitudes. Both sets of cameras recorded the same final burn-up heights. The most startling observation was a meteor that the TV camera detected at roughly 200 kilometers altitude. The highest observed Leonid meteor with initial mass of about 1 kg started radiating at an altitude of almost 200 km. The origin of meteor radiation at such high altitudes is still not well understood and more detailed observations will be needed, including near-infrared spectroscopy. (Spumy Pavel, et al; "Atmospheric Behavior and Extreme Beginning Heights of the Thirteen Brightest Photographic Leonid Meteors...," Meteoritics and Planetary Science, 35:243, 2000. Cr. R. Spaulding) Comment. As in SF#125, we must add that sounds are sometimes heard emanating from these anomalously high meteors, even though there is no air in which sound can he propagated. From Science Frontiers #133, JAN-FEB 2001 . 2001 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . The journal of intelligence and political conspiracy (CIA, FBI, JFK, MI5, NSA, etc) Homeworking.com . Free resource for people thinking about working at home. ABC dating and personals . For people looking for relationships. Place your ad free. ...
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... had the language of music. Their music, and ours, may have been entrained in genes inherited from nonhominid ancestors that lived 60 million years ago, but which have been suppressed in primates until Neanderthals and modern humans came along. You may wonder where this argument is taking you. It goes back at least 60 million years to when the cetacea (whales and dolphins) split off from the evolutionary track leading to humans. It may even go back farther to when birds split away from the reptilian line. The music of birds and whales incorporate some of the complexity and sophistication of Beethoven's Fifth. The genes that have led to such musical talents may be ancient indeed, as speculated in the Science article under review. The authors go so far as to ask: Do musical sounds in nature reveal a profound bond between all living things? Such profundity requires some factual support, and the Science article compares human and whale music in some detail. Humpback rhythms are similar to ours. Humpbacks use phases similar in length to human music. They also create themes out of the phrases. Whale songs have lengths between those of a human ballad and a symphony movement, suggesting a similar attention span. Some whale songs are similar in structure to human compositions. The tone and timbre of many whale notes are similar to human musical sounds. Humpback songs contain repeating phrases that form rhymes, again this is similar to human music. The list paraphrased in part above, in which the word "similar" is repeated again and again, is longer ; but the point is adequately ...
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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 Conformity Strikes Again It is difficult to believe how hard it is to get new ideas funded in science. T. Gold has contributed a rather plaintive article to the Journal of Scientific Exploration detailing some of his experiences down the years. His first "bad" experience occurred just after the end of World War II when, fresh from intensive work in radar signal processing, he proposed that the human ear is an active rather than passive receiver; that is, it actually emits sound itself. This self-generated tone aids the ear in signal processing. The thought that the ear could be a sound source was patently ridiculous, and Gold's idea got nowhere. However, recent experiments confirm that the human ear does indeed emit a tone at about 15,000 Hz. Another, more recent, proposal for research on the behavior of hydrocarbons under high temperatures and pressures got very high marks from reviewers on all points but one: Should the proposal be funded? Several reviewers thought not; one saying that the whole idea was "misguided." In what way was Gold misguided? Well, it seems that his proposed work on hydrocarbons related to his idea that primordial hydrocarbons deep in the earth's crust contribute heavily to the reservoirs of oil and methane we tap on the planet's surface. And everyone knows that all oil and gas is biogenic; that is, derived from buried organic matter! Gold has ...
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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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... but it is now useless or adapted to other purposes. The arthropods, however, still find photoreceptors useful. Crayfish have them on their abdomens, where they initiate an escape response when illuminated. Additionally, the blind shrimp that collect around the glowing deep-sea vents have photoreceptors perched on their backs, presumably to guide them to their prey located around the luminous vents. Recently, the Japanese yellow swallowtail butterflies were discovered to sport photoreceptors on their genitalia. These I are used during mating to confirm the position of the female's ovipositor.(Arikawa, Kentaro; "Hindsight of Butterflies," BioScience, 51:219, 2001.) Barn-Owl auditory neurons multiple signals. Barn Owls can locate rustling mice in the dark with high precision. They discern their prey by sound rather than light. To achieve the high accuracy needed to home in on small rodents in the black of night, their ears are slightly offset so that they can draw a bead by using microsecond time-of-arrival differences in the sounds coming from the target. To increase the owl's passive sonar, their auditory neurons multiply the signals instead of adding them as do other neurons. In effect, they create an "auditory map" of their surroundings. On their high-precision auditory maps, a rustling mouse would be highlighted. So far, though, biologists have not learned how neurons can multiply signals. The asymmetrical design of the Barn Owl's ears is essential for pinpointing its prey in the dark. (From: Biological Anomalies: Birds) (Helmuth ...
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... atmosphere to bulge out. But these effects are inadequate to explain all observations. R. Spalding, at Sandia National Laboratories, ventures that ions in the upper atmosphere are electrostatically attracted to meteors and create light when they collide with them. A. Ol'khovatov suggests that "plasma instabilities" may be involved. To learn more about these, go to the latter's web site at: www.geocities.com/CapeCanaveral/Cockpit/3240/ (Ol'khovatov, Andrei; "Anomalous High Altitude Luminosity," Meteorite!, 6:18, May 2000.) Comments. AHAL remains unexplained. Interestingly enough, ANAL occurs at the same high altitudes where some meteors are heard on the ground, even though the air at these altitudes is too thin to transmit sound! These anomalous hisses are termed "electrophonic sounds." See GSH2 in Earthquakes, Tides, etc . From Science Frontiers #130, JUL-AUG 2000 . 2000 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . The journal of intelligence and political conspiracy (CIA, FBI, JFK, MI5, NSA, etc) Homeworking.com . Free resource for people thinking about working at home. ABC dating and personals . For people looking for relationships. Place your ad free. ...
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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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... Reisinger was working in her garden about 10 meters from an apple tree when she observed a phenomenon that seems to have been an elaborate and hard-to-explain form of ball lightning. When the BL appeared suddenly from behind the tree, it caught the attention of the witness who said that it looked like it "sat down on to the tree." It had the dimensions of "a small truck tyre, not as large as a tractor one," and it had a definite torus shape. What made the dark object an even stranger sight was a considerable number of "Xmas candies", all hanging down from its underside 15 to 20 centimetres long and "sparkling", which means changing brightness with an emission of sparks at the same time. A humming and sizzling sound was associated with the optical effect, but there was no static electricity. The strange light was not blinding, but irritated the eyes of the witness who looked at it only intermittently. Mrs. Reisinger continued her work in the shed, not moving closer to the object and getting more nervous over the 10 minutes that the phenomenon lasted. Her eyes started to water towards the end of the observation. Another phenomenon that she remembers was the irregular extinction of the "candies" which went out piece by piece. (Keul, Alexander G.; "More on a Torus Ball-Lightning Case," Journal of Meterology, U.K ., 25:49, 2000. The initial report was presented in the same journal, 24:178, 1999.) Comment. ...
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... Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Another Sucker Female beaked whales are usually toothless, and the males only have a couple of teeth that are used for fighting rivals. Yet, these whales have no problem catching and consuming their swift, fishy prey. Apparently, they first stun their dinners acoustically and then suck them in with the pump-like action of their muscular tongues. (AR#2 and BMA25 in Mammals I) Occasionally, whalers have caught sperm whales with congenital, grossly twisted jaws that are completely useless in hunting, yet these animals thrive on a rich diet of fast, elusive squid. A. Werth of Hampden-Sydney College theorizes that these much larger cetaceans also suck in their prey just like the beaked whales. Sperm whales also generate sound pulses so strong that they can very likely stun the giant squid, their preferred food, as they pursue them with their sonar in miledeep blackness. (BMO10 in Mammals II) (Pennisi, Elizabeth; "Coming to Grips with Whale Anatomy," Science, 283:475, 1999.) Comment. Sperm whales and beaked whales are only distantly related, so that we have an interesting example of the triple parallel evolution of hunting strategy, acoustic-stunning capability, and large, piston-like tongues. Sperm whales may stun their prey with high intensity sound From Science Frontiers #122, MAR-APR 1999 . 1999-2000 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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... , a recently reported hum possesses some interesting features. It is called the Taos hum, and it has been bothering some sensitive individuals in the U.S . Southwest: "More than a dozen people living in an area from Albuquerque to the Colorado border said in July 1992 interviews with the Albuquerque Journal that they had heard the lowlevel hum. "A Denver audiologist said that she had recorded a steady vibration of 17 cycles per second with a harmonic rising to 70 cycles per second near Taos. The low range of human hearing is 20 to 30 cycles per second." (Anonymous; "Defense Dept. Denies Link to Taos Hum," Albuquerque Journal, April 7, 1993. Cr. L. Farish.) Some residents of Taos are plagued by this machine-like sound that grinds away 24 hours a day, with only occasional respites. Some cannot sleep; others complain of headaches. Most people, however, cannot hear the hum at all. Nevertheless, it is there. Instruments pick it up. In fact, they have even recorded a higher-frequency component that pulses between 125 and 300 cycles per second. The cause of the hum is a mystery. One hint comes from the observation that the hum seems concentrated along the Rio Grande Rift, a fault that also runs into Texas and Colorado. One theory blames the hum on the fault's rock surfaces grinding against each other! (Begley, Sharon, et al; "Do You Hear What I Hear?, Newsweek, May 3, 1993. Cr. J. Covey ...
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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 Knismesis And Gargalesis This item is not as serious as its pretentious title. Everyone has experienced both of these ominous-sounding physiological conditions. One can inflict knismesis upon one's self, but gargalesis requires someone else or perhaps a human-like robot (android) to perform the act. All right, so knismesis and gargalesis are really only the two recognized kinds of tickling; but the latter form stimulates several interesting physiological conundrums. First, let's separate the two conditions. Knismesis is very light stimulation of the skin, say by a feather. It rarely produces laughter and can be induced autonomously, by someone else, by a crawling insect, or even by mild electricity. Gargalesis cannot be selfinduced. It consists of heavier pressures applied to specific parts of the body, especially the ribs and arm pits. But the finger probing usually has to be done by someone else. Gargalesis is often very unpleasant but is nevertheless likely to be accompanied by smiles and laughter. In fact, gargalesis can be so disturbing that medieval torturers supposedly tickled some of their victims to death! (A variant of Chinese water torture?) Ticklish areas on the human body. Tickling becomes anomalous only with gargalesis. The questions are: Why does this kind of tickling elicit laughter when it is so unpleasant? Why cannot one tickle one's self this way? At least most people can't . Why does gargalesis exist ...
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... : Sep-Oct 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The aye-aye, a percussive forager "The aye-aye, one of the strangest and rarest species of primates in the world, has an equally unusual method of finding food. Zoologists have discovered that it taps wood to locate cavities under the surface. Its skills are so well developed that it can tell holes containing grubs from those that are empty. It is the only mammal known to use such a technique." To improve the efficiency of its "percussive foraging," the aye-aye has evolved huge bat-like ears and a highly elongated middle finger on each hand. This specialized finger does the tapping and the big ears relay the nuances of sound to the brain. So sensitive is this specialized form of sonar that the ayeaye can detect grubs 2 centimeters below the surface of the wood. Once a grub has been located, the aye-aye tears into the wood with its forwardcurving, chisel-like teeth. The incisors are remarkable for a primate, for they keep on growing, just like those of rodents. When the grub-containing chamber has been reached, the long, narrow middle finger is inserted and the grub is retrieved. A neat combination of attributes. What is even more interesting is a comparison of the aye-aye with many of the woodpeckers. Many woodpeckers also employ percussive foraging, have special bills for chiselling, and possess very, spiny tongues for extracting grubs. In other words, the aye ...
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... Science Frontiers ONLINE No. 81: May-Jun 1992 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology LONG BEFORE THE VIKINGS AND POLYNESIANS BIOLOGICAL EVIDENCE FOR TWO VERY EARLY NEW WORLD CONTACTS Computer confirms crossing! The latte stones Astronomy Galaxy spins wrong way That's the way the universe bounces Indigestible supernova leftovers Biology More mouse engineering Plants of the apes Rhythms in rhythm Shc or h/t homicide? Eusocial beetles Geophysics Rayed ball lightning hits plane Auroral sounds Unidentified light explained? Four luminous spinning vortices Psychology The tyranny of the [normal] senses Folie a deux involving a dog! Chemistry & Physics MUTANT MOLECULES FIGHT FOR FOR SURVIVAL Deep-sixing 666s ...
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... Science Frontiers ONLINE No. 84: Nov-Dec 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects It Came From Within Life did, that is! Forget that warm little pond where life incubated according to all the textbooks. Instead, says T. Gold, an iconoclastic Cornell physicist, life began in rocky fissures deep down in the earth's crust. The idea is not as unlikely as it sounds. Look at the most primitive life forms we know, the archaebacteria. They like heat, need neither air nor sunlight, and prosper on sulfur compounds for sustenance. Such bacteria are today found in boreholes as deep as 500 meters, in thermal springs, and around deepsea vents. Gold surmises that these archaebacteria migrated to the surface long ago, where they evolved into higher forms of life. "Gold argues, moreover, that the earth's interior would have provided a much more hospitable environment for proto-life four billion years ago than the surface would have, ravaged as it was by asteroids and cosmic radiation. And if life emerged within the earth, then why not within other planets? 'Deep, chemically supplied life,' Gold says, 'may be very common in the universe.'" (Horgan, John; "It Came from Within," Scientific American, 267:20, September 1992.) From Science Frontiers #84, NOV-DEC 1992 . 1992-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 82: Jul-Aug 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The humongous organism contest!When we read of that 10,000-kilogram fungus discovered in Michigan, it sounded like a good item for Science Frontiers. But then it was described as the "largest and oldest living organism," and we knew that if we waited a couple months this Guinness-like record would be eclipsed. (Superlatives are risky in this business!) A killer fungus in Washington State. In the foothills of Mount Adams, a specimen of the fungus Armillaria ostoyae covers 1,500 acres and seems to be 400-1 ,000 years old, as comapred to the 38-acre, 1,500-year-old Michigan fungus. Although younger than its Michigan counterpart, the Washington fungus is lethal and can wipe out whole populations of trees. (Anonymous; "The Great Fungus," Nature, May 21, 1992.) Comment. It has also been reported that a huge, spreading, pathological growth exists in Washington, DC ! Some even more humongous plants. "A grass clone, Holcus mollis , has been found with a diameter of 900 metres and an age of over 1000 years. A clone of box-huckleberry has been found with a diameter of 2000 metres and an age of 13 000 years. The big granddaddy is, however, an aspen ( Populus fremaloides ) covering 81 hectares and over 10 000 years old." (Bullock, James; ...
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... Project Sourcebook Subjects Translating The Grand Traverse Stone The Grand Traverse Stone was plowed up about 1877 on a farm in Grand Traverse County, Michigan. A small boy following his father and plow picked it up. The stone is slate, ½ -inch thick, and 2 ½ inches on each side. The symbols on the Stone are similar to those in the Pan-Mediterranean alphabet in use about the time of Christ D.B . Buchanan, an American epigrapher, recently undertook the task of translating the Stone. Buchanan has built up an inscription data base containing the variants of symbols used in the Pan-Mediterranean alphabet. He found that most of the characters on the Stone could be found in his data base. Buchanan then converted the Stone's symbols to Roman equivalents and tested sound values in Greek and other Mediterranean languages. He concluded that the Stone used a late form of Vulgar Latin. His translation: "( I am) carrying (in accounts), 10 talents. To 10 (add) 1 voided (or useless). I am collecting (or sending) 11 only, 10 (of which) I can confirm. Transaction (is) 11 in all (or total)." The Grand Traverse Stone therefore seems to be a financial document of some kind. Buchanan dates it between 100 BC and 100 AD. (Buchanan, Donal B.; "Some Remarks on an Inscribed Stone from Grand Traverse Country, Michigan" NEARA Journal, 28:100, 1994. NEARA = New England Antiquities Research Association.) Comment. The ...
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... Science Frontiers ONLINE No. 61: Jan-Feb 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Synchronous Rhythmic Flashing Of Fireflies We humans are pretty smug about our ability to communicate complex messages via sound waves. Of course, we recognize that whales and other cetaceans also seem to "talk" to one another, and that other animals employ their sense of smell for relaying messages. But most of us do not realize that lowly fireflies congregate to communicate en masse, with untold thousands of individuals cooperating in huge synchronized light displays. In reading some of the descriptions of these great natural phenomena, one recalls the light displays used to communicate with the aliens in the movie Close Encounters of the Third Kind . J. Buck has been studying flashing fireflies for over half a century. In fact, his first review paper was published in 1938. Buck has now brought that paper up to date in the current Quarterly Review of Biology with a 24page contribution. It is difficult to do justice to this impressive work in a newsletter. Our readers will have to be satisfied with a mere two paragraphs, in which Buck summarizes some of the incredible synchronies. "More than three centuries later Porter observed a very different behavior in far southwestern Indiana in which, from the ends of a long row of tall riverbank trees, synchronized flashes '. .. began moving toward each other, met at the middle, crossed and traveled to the ends, as when two pebbles are dropped simultaneously into the ends of a long narrow tank of water ...
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... unusual features, including chimneys spewing out mineral-laden cold water on top of submerged mountains that rise 2,500 meters from the seafloor. While volcanic eruptions form most sea-mounts, these mountains consist of a nonvolcanic rock called serpentinite, and oceanographers are not entirely sure how the serpentinite mountains formed." The theory of plate tectonics has the Pacific plate diving under the Philippine plate along the Mariana trench. It may be that water trapped in the downgoing crust leaks out, rises, and serpentinizes the crust above. This altered rock, being lighter than that surrounding it, may slowly rise through it, eventually forming undersea mountains. (Monastersky, Richard; "Novel Mountains and Chimneys in the Sea," Science News, 134:333, 1988.) Comment. This all sounds pretty speculative, but those mountains had to come from somewhere. Perhaps the serpentinite mountains are just one manifestation of a larger phenomenon: the chaotic slithering and popping up and down of crustal material. The following is from New Scientist: "Geophysicists in California and Illinois say that they have found the Earth's "missing" crust by analyzing shock waves from earthquakes to determine the chemical composition of the Earth's interior. If the researchers are correct, then the view of the interior of the Earth that scientists have previously accepted is wrong. "The geophysicists say that they have found minerals like those in the Earth's crust in a layer of crustal material, 250 kilometres thick, which starts about 400 kilometres below the surface and extends to a depth of 650 kilometres. ...
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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. 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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... Science Frontiers ONLINE No. 79: Jan-Feb 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Memories of 1913 March 31, 1991, about 7:10 PM, Quebec. G. Morisette and his wife were driving along the road to Sept-Iles, when his wife asked him to stop the car to watch a strange luminous phenomenon. Thinking that it was only Venus or an aircraft, Morisette pulled off the road and got out. To his surprise, it was a formation of five or six meteors cruising leisurely toward the north on parallel paths. This fascinating spectacle lasted about 15-20 seconds -- long as meteor events go. The fireballs disappeared simultaneously. No sounds were heard during or after their passage. (Morisette, Gartan; "Escadrille de Meteores," Astronomie-Quebec , July-August 1991. Cr. F. St. Laurent) Comment. The slow progress and disciplined motion of the Quebec meteors remind one of the famous meteor procession of February 9, 1913, which was also a predominantly Canadian event. However, the 1913 procession headed southeast over the northeastern states and out into the Atlantic. See AYO7 in Sun and Solar System Debris. This catalog volume is described here . From Science Frontiers #79, JAN-FEB 1992 . 1992-2000 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. 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. 106: Jul-Aug 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Fiddling Up Worms When fishing season arrives in Tennessee, L. Harvey does not get out his shovel to dig for worms, he gets out his saw! "Using a dull handsaw, Harvey cut a dead dogwood tree down to a 10-inch stump and then began sawing it lengthwise -- an act of worm fiddling that sounded like someone playing the bassoon, and made the ground purr beneath our feet. "At first, Harvey's sawing seemed to agitate only insects and spiders, but after a while we saw our first fiddled worm. It was 6 inches long, wriggling next to Harvey's boot." Twenty worms at each site are about average with Harvey's fiddling. His fiddled worms are top fish-catchers; the slime they produce even glows in the dark. Harvey is a purist and eschews modern worm-catching technology, such as those popular iron stakes driven into the ground and connected to a car's battery. (Simmons, Morgan; "Making 'Music' with Saw and Stump," Knoxville News-Sentinel, April 21, 1996. Cr. J.A . Caywood) Comment. See SF#65 on how to "grunt" for worms with a driven stake and notched stick -- a variation of Harvey's technique. From Science Frontiers #106, JUL-AUG 1996 . 1996-2000 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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... 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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... 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. 43: Jan-Feb 1986 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Piscatorial Data Processing Mammals such as bats and porpoises have their acoustical navigational gear, while many fish have opted for electrical methods of scanning their surroundings. The short-range "radars" of these fish are marvelously sophisticated, considering the low limb fish occupy on the Tree of Life. In fact, the following introductory paragraph from an article in Nature sounds almost as if it came from a textbook on electronic signal processing. "Behavioural experiments have demonstrated that certain species of fish can perform remarkable analyses of the temporal structure of electrical signals. These animals produce an electrical signal within a species-specific frequency range via an electric organ, and they detect these signals by electroreceptors located throughout the body surface. In the context of one electrosensory behaviour, the jamming avoidance response (JAR), the fish Eigenmannia determines whether a neighbour's electric organ discharge (EOD), which is jamming its own signal, is higher or lower in frequency than its own. The fish then decreases or increases its frequency, respectively. To determine the sign of the frequency difference, the fish must detect the modulations in the amplitude and in the differential timing, or temporal disparity, of signals received by different regions of its body surface. The fish is able to shift its discharge frequency in the appropriate direction in at least 90% of all trials for temporal disparities as small as 400 ns." (Rose, Gary, and Heiligenberg, ...
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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. 98: Mar-Apr 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Blindsight Also Occurs In Monkeys Blindsight is an eerie phenomenon. Humans with cortical blindness; that is, they have lost their primary visual cortex through brain damage or disease; can still detect objects and yet be unaware of them. Doesn't sound right, does it? The situation is this: A person, apparently totally blind, can somehow discern the location, form, and size of objects, but they will swear that they "see" nothing at all. In fact, they are blind by all tests. They have blindsight. One explanation of blindsight maintains that the visual cortex has not been totally destroyed, and that functional remnants remain. In scientific terms, blindsight represents "suboptimal functioning of the primary visual cortex." But now, A. Cowey and P. Stoerig report that they have totally removed the primary visual cortex from monkeys' brains. (Something one would not try with humans!) Tests with the visual cortex-less monkeys demonstrated that they possessed blindsight. Therefore, blindsight does not seem to be "suboptimal functioning" of a damaged brain -- at least in monkeys. Blindsight thus remains a mysterious biological function. How do blindsighted humans detect objects of which they are not visually aware? Somehow information about the visual world appears in the brain. (Cowey, Alan, and Stoerig, Petra; "Blindsight in Monkeys," Nature, 373: 247, 1995. Also ...
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... At 0448 GMT, following a sudden cessation of rainfall, M.D . Smith became aware of an orange glow outside his window. Accompanying it was a roar like that of a military jet. The phenomenon occurred a total of four times; the second of which is the most interesting. "A second illumination was observed twenty seconds later, but this time it reappeared away from the tree so a clear view was possible. The illumination was in the form of a narrow column and of the classic gentle 'S ' tornado shape in the 'roping out' stage; it was silvery in colour towards the top and golden-orange lower down. Additionally, Mr. Smith saw the illumination move from the sky towards the ground, but at a speed slower than lightning. The sound of rushing wind was heard again, while this illumination lasted five to six seconds. Mr. Smith also noted a very low cloud base with a second layer of cloud only slightly higher." (Reynolds, David J.; "Nocturnal Tornado Illuminated by an Electrical Discharge at Farnham, Surrey, 10 January 1994," Journal of Meteorology, UK, 20:381, 1995.) Comment. Although ordinary lightning accompanies many tornados, glowing columns suggestive of other types of electrical discharge are not part of prevailing tornado theory. Nevertheless, observations of glowing discharges within the funnel - making it look like a neon light - have been observed and even photographed. See above sketch taken from GLD10 in our catalog: Lightning, Auroras. For a description of this book, visit: ...
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... Science Frontiers ONLINE No. 27: May-Jun 1983 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects How Trees Talk To One Another Trees talk only in children's cartoons -- that's currently accepted wisdom. But when trees attacked by caterpillars sound an alarm that other trees in the vicinity detect and heed, some sort of communication system seems required. The evidence is found in trees that react to caterpillar attack or leaf damage by making their leaves harder to digest. When one tree is attacked, not only does it start making less nutritious leaves but so do other trees as far as 200 feet away. No root connections have been found. In tests with potted maples and poplars inside plexiglass enclosures, the attack warning got through to trees in the same chamber but not to control trees outside the plexiglass. Thus, the warning seems to be transmitted by air -- probably chemically. David Rhoades is conducting further research at the University of Washington. (Boling, Rick; "Tree ESP," Omni, p. 42, December 1982. Cr. P. Gunkel) Comment. Question: How is the message received, decoded, and turned into biological action? If we could set up chemical "antennas" in the air around us, what other revealing messages would we "hear"? From Science Frontiers #27, MAY-JUN 1983 . 1983-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 65: Sep-Oct 1989 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The samurai and the ainu Breaking the 12,000-bp barrier Astronomy Sweeping anomalies under the rug Fossil from mars? Biology The wood turtle stomp Why the hammer head? Initial bipedalism! Microorganisms at great depths Geology Fossil ufos Chemical surprises at the k-t boundary Geophysics Unusual sounds preceding lightning Books about the crop circles Psychology Pi in the mind! Calendar calculating by "idiot savants" General How fares cold fusion? How fares benveniste? ...
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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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... Science Frontiers ONLINE No. 125: Sep-Oct 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Two Down-Falls "Falls" are a Fortean staple, particularly showers of fish and frogs. But the sky produces other exotic materials, such and blocks of ice and (ugh!) raw sewage. July 26, 1998. Rue, Switzerland. "On Sunday July 26, 1998, at around 9h 45m Central European DaylightSaving Time (7h 45m UT), a Rue farming couple were in front of their house when they heard a whistling sound "like a big rocket on August 1" (Swiss national holiday). They just had time to see a block of ice the size of a "football" pass in front of their field of vision and crash into the tarred path near to their farm. The block broke up into thousands of pieces and the witness recuperated [sic] the largest which was "the size of a skittle." The ice was "very hard" and "snow-colored." "The witness estimated the weight of the ice block at 7-8 kg and the piece he was able to recuperate at 6-7 kg. Unfortunately, he did not think of conserving the block in the freezer, and let it melt near his house after having shown it to his neighbor, who had also heard the noise." Swiss aviation officials claimed they could not identify any aircraft that might have been responsible "because of incertitude over the time of the incident" ...
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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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... the much more famous 1908 Tunguska blast. More details have now been provided by M.E . Bailey et al in the Observatory, as based on old accounts that appeared in the British Daily Herald and the papal newspaper L'Osservatore Romano. Bailey et al write: "The Daily Herald report [March 6, 1931] describes the fall of 'three great meteors...[which]...fired and depopulated hundreds of miles of jungle...The fires continued uninterrupted for some months, depopulating a large area.' Unfortunately, although the fall is said to have occurred around "8 o'clock in the morning" and to have been preceded by remarkable atmospheric disturbances (a 'blood-red' Sun, an ear-piercing 'whistling' sound, and the fall of fine ash which covered trees and vegetation with a blanket of white), few details are provided that constrain the time and place of the event. Nevertheless, the story refers to an article in the papal newspaper L'Osservatore Romano [March 1, 1931], apparently written by a Catholic missionary 'Father Fidello, of Aviano', and it is to this that we now turn. Apparently, there were three bolides or fireballs seen. Father Fidello wrote: "They landed in the centre of the forest with a triple shock similar to the rumble of thunder and the splash of lightning. There were three distinct explosions, each stronger than the other, causing earth tremors like those of an earthquake. A very light rain of ash continued to fall ...
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... Science Frontiers ONLINE No. 39: May-Jun 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Deeper Mysteries "The first detailed views of vast stretches of the seafloor in U.S . coastal waters have revealed features so immense and unexpected that they defy the imaginations of the scientists who discovered them." A special sonar device named Gloria is being employed to produce high resolution maps of the seafloor. Apparently previous sonar sounding methods missed startling underwater volcanos, canyons, and immense delta-like deposits. About 170 miles off San Francisco, near a huge volcanic structure, Gloria discovered an underwater canyon comparable in size to the Grand Canyon. No one really knows how it was formed. This great chasm is associated with a delta-like deposit twice the area of Massachusetts. Normally, one expects alluvial fans at the ends of canyons, but in this instance the submarine canyon actually cuts down into the fan. Where such a huge mass of material came from is a mystery rivaling that of the canyon's origin. (Yulsman, Tom; "Mapping the Sea Floor," Science Digest, 93:32, May 1985.) Reference. The geological puzzles presented by submarine canyons are detailed in ETV1 in our Catalog: Carolina Bays, Mima Mounds. For a description of this book, visit: here . From Science Frontiers #39, MAY-JUN 1985 . 1985-2000 William R. Corliss ...
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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. 38: Mar-Apr 1985 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Who Built the East Bay Walls? Ancient Engineering Feat Antarctica Revisited, Hapgood Acknowledged Astronomy Quasar, Quasar, Burning Bright; What Shifts Your Spectral Light? Unidentified Object Young Interplanetary Dust Neptune's Incomplete Ring Biology Whales and Dolphins Trapped Magnetically Listening with the Feet Life in the Dark Bad Year for Water Monsters Geology Galloping Glaciers Geophysics: The Sick Man of Science Geophysics Ball Lightning and Blue Flashes Green Cloud with Light Rays Still Another Mystery Cloud The Sounds That Shouldn't Have Been Expanding Phosphorescent Rings Two Snowflake Anomalies Psychology Hypnosis and Memory The Subtle Placebo ...
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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 nnnbbbbbvccccccxzzzzzcvbn,;/////ppooo If you found the above message on your home-PC screen after returning with a cup of coffee, you have a cybercatastrophe on your hands. A feline friend has just ambled across your keyboard. In a worst-case scenario, cat curiosity may have caused your computer to crash. It is urgent and imperative that you install a program called "PawSense" that can detect pawprints -- and -- block further inputs. PawSense will also post the message: "Cat-Like Typing Detected." It will in addition generate sounds known to be very annoying to cats. You can regain control of events by typing the word "human." Sure, this is all pretty funny, but just how does a computer distinguish between paw-generated input and the gibberish present in e-mail addresses and the like? The rationale behind PawSense recognizes that cat paws are so broad that they actuate groups of adjacent keys simultaneously. (Mirsky, Steve; "C -A -T -T -T -T -T -T -T ," Scientific American, 282:26, March 2000.) Comment. Please note that we have refrained -- with some difficulty -- from introducing "cat-and-mouse" humor! From Science Frontiers #129, MAY-JUNE 2000 . 2000 William R. Corliss Other Sites of Interest SIS . ...
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... Science Frontiers ONLINE No. 52: Jul-Aug 1987 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Costa rica's neglected stone spheres The calico debate, plus a little editorializing Astronomy Small icy comets and cosmic gaia Carbon in a new comet Meteorites also transport organic payloads Supernova confusion and mysteries "COMPACT STRUCTURES": WHAT NEXT? Biology Nose news Checklist of apparently unknown animals New vertebrate depth record Aggressive mimicry Parasites control snail behavior Geology Do large meteors/comets come in cycles? Complexities of the inner earth Geophysics Concentrated source of lightning in cloud More carolina waterguns More moodus sounds Inside a texas tornado Ship enveloped by false radar echo Psychology Dowsing skeptics converted Do dreams reflect a biological state? ...
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... For example, a recent issue of Discovering Archeology debunked them at great length and rather testily to boot. This broadside was followed by a devastating review of T.D . Dillehay's The Settlement of the Americas: A New Prehistory in the magazine Natural History. The reviewer for Natural History, A.C . Roosevelt, a respected anthropologist at the University of Illinois, targets the Cactus Hill site, in Virginia (SF#130). This dig, she says, is characterized by "inconsistent dates, vague stratigraphy, and inadequate artifact samples that disqualify them from scientific acceptance." Even Dillehay's monumental work at Monte Verde, Chile, does not survive the review unscathed. In fact, the claimed pre-Clovis sites, according to Roosevelt, do not yield sound, consistent radiocarbon dates earlier than 11,500 B.P . She will, however, entertain Bering Strait crossings as early as 12,000 B.P ., but not a microsecond earlier. (Roosevelt, Anna Curtenius; "Who's on First?" Natural History, 109:76, July-August 2000.) Continuing the assault on pre-Clovis thought is L.G . Strauss, an anthropologist from the University of New Mexico. His target is the theory that the Solutrean people of southern France and the Iberian Peninsula reached eastern North America before the Clovis culture took hold on the continent. (SF#127) His ammunition comes in four calibers: The Solutrean culture in Europe ended circa 16,500-18,000 B.P ...
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... Science Frontiers ONLINE No. 51: May-Jun 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Antarctic Ozone Hole Has Complex Structure "One more mystery has been added to the seasonal loss of ozone in the stratosphere over Antarctica. It now appears that the 'hole' is an uneven one, with 2- to 3-kilometer-thick slices of ozone-poor air sandwiched within layers of only minimal depletion." These new data came from McMurdo Sound, where a series of balloons carrying ozone sensors were released. Ozone depletion seems to be confined to the region 12-20 kilometers altitude and the top of the stratosphere. The overall depletion in this region was 35% at the time the balloons were lofted. However, some zones from 1 to 5 kilometers thick showed depletions as great as 90%. The reason for this stratificaiton is not yet known. (Silberner, J.; "Layers of Complexity in Ozone Hole," Science News, 131:164, 1987.) From Science Frontiers #51, MAY-JUN 1987 . 1987-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 67: Jan-Feb 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Eyewitness Account Of Cropcircle Formation UFO enthusiasts have had a field-day speculating that nighttime landings of alien craft have created the famous crop circles. Now, a good daytime description of actual crop-circle formation is at hand. Even so, the whole business still sounds pretty mysterious. The source is a letter to G.T . Meaden, Editor of the Journal of Meteorology, U.K ., from R.A . Barnes. "I have been meaning to write to you for some time on the subject of corn circles. About six or seven years ago I was fortunate to see one of these form in a field at Westbury. It happened on a Saturday in early July just before six in the evening after a thunderstorm earlier that afternoon; in fact it was still raining slightly. "My attention was first drawn to a 'wave' coming through the heads of the cereal crop in a straight line at steady speed; I have since worked this out to be about fifty miles per hour. "The agency, though invisible, behaved like a solid object throughout and did not show any fluid tendencies, i.e . no variation in speed, line or strength. There was no visual aberration either in front, above or below the advancing line. "After crossing the field on a shallow arc the 'line' dropped to a position about 1 o'clock and radially described a ...
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... Science Frontiers ONLINE No. 67: Jan-Feb 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Watched Atom Is An Inhibited Atom Strange as it may sound, the act of observing atoms to determine their energy states interferes with their quantum jumps between atomic energy levels. This is another "spooky" prediction of quantum mechanics theory. This prediction was recently verified by W.M . Itano et al, at the National Institute of Standards and Technology, in Boulder. They employed radio waves to drive beryllium ions from one energy level to another. While the beryllium ions were jumping from one level to another, the researchers sent in short pulses of light to determine the ion's state. The more frequently they inter rogated the ions, the less apt they were to jump to new energy states, despite the stimulating radio waves. (Peterson, L; "Keeping a Quantum Kettle from Boiling," Science News, 136:292, 1989. Also: Pool, Robert; "Quantum Pot Watching," Science, 246:888, 1989.) Comment. It is logical, but perhaps not practical, to contemplate delaying or stopping radioactive decay by interrogating poised radioactive atoms. From Science Frontiers #67, JAN-FEB 1990 . 1990-2000 William R. Corliss ...
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