214 results found.
... ? S.J . Gould, a proponent of the punctuated equilibrium view of the evolutionary scenario. He added: "' The history of life is enormously more quirky than we imagined.'" In fact, the geological record shows so many quirk-inducing impacts that there is little room left for slow, plodding, uniformitarian evolution of the earth itself, life-in-general, and humanity. Mammals, for example, may not have survived the postulated (but now assumed factual) Cretaceous-Tertiary impact event simply because they were small in size - not smarter. (Kerr, Richard A.; "Huge Impact is Favored K-T Boundary Killer," Science, 242:865, 1988.) Comment. It now seems that Cassius was wrong about the stars when he was lining up Brutus to help assassinate Julius Caesar. And the "celestial" situ ation gets even worse below. From Science Frontiers #61, JAN-FEB 1989 . 1989-2000 William R. Corliss ...
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... of Mercury's perihelion and a few other obvious residues that ultimately stirred up revolutions in our thinking. Anyway, it is now satisfying to find the Editor of Nature, mainstream science's preeminent journal, acknowledging the value of anomalies. The stimulus in this case is the morethan-a -decade-old inability of astronomers and physicists to explain the missing solar neutrinos. Two new, more sophisticated, neutrino detectors have come on line, in Japan and the U.S ., and they have confirmed the results obtained in the huge vat of cleaning fluid in the Homestead Mine, in South Dakota. For some reason, everyone measures only about one-third the number of solar neutrinos expected. Either something is wrong with our model of the sun's (and other star's ) energy-producing mechanism or our knowledge of nuclear physics is faulty. Recently, the solarneutrino anomaly has been complicated by the fact that the Homestead Mine detector seems to "see" more neutrinos during violent solar flares, although the two newer detectors find no such connections. J. Maddox, Nature's Editor, closes his discussion of these problems with this sentence: "However this tale comes out, it will remain a marvel that so much work, experimental as well as theoretical, has been stimulated by a single discrepant observation." (Maddox, John; "More Sideshows for Solar Neutrinos," Nature, 336:615, 1988.) Comment. Is this the same John Maddox who led the "hit team" to France to pull the plug ...
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... we mean the cosmic version of the conventional Gaia concept; i.e ., earth-as-an-organism. The answer is that small icy comets can in principle transport throughout all of space: Immense quantities of water needed for life-as-we-know-it. The carbonaceous material basic to that same kind of life. (See SF#48.) The seeds of life, a la Hoyle and Wickramasinghe. Energy, as discussed above by Frank et al. Observe that Frank et al are saying that the kinetic energy in the flux of small comets is sufficient to raise a planet's temperature as well as supply water. In this light, exobiologists need not confine their search for extraterrestrial life to planets surrounding warm suns. Somewhere, far from stars, there may be places where comets may raise atmospheric temperatures to where life can prosper! Sunlight, of course, is not needed absolutely, as demonstrated by the profusion of life around deep-sea vents. From Science Frontiers #52, JUL-AUG 1987 . 1987-2000 William R. Corliss ...
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... phenomena: Biological extinctions in the fossil record, Magnetic field reversals, and Terrestrial-crater ages. Could there be a connection between the clumped meteorite ages and these terrestrial phenomena? Perlmutter and Muller propose that all of these phenomena are the consequence of periodic storms of comets that invade the inner solar system from the direction of the Oort Cloud of comets that purportedly hovers at the fringe of the solar system. These comets not only devastate the earth but also collide with the asteroids, knocking off those bits and pieces we call meteorites. (Anonymous; "Do Meteorite Ages Tell of Comet Storms?" Astronomy, 17:12, January 1989.) Comment. Unanswered above is the question of why comet storms should be periodic. One hypothesis is that Nemesis, the so-called Death Star, a dark companion of our sun, lurks out there, periodically nudging the Oort Cloud of comets, causing it to release some of its comets. From Science Frontiers #62, MAR-APR 1989 . 1989-2000 William R. Corliss ...
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... which he believes to be more important in shaping the cosmos than gravitation. His electromagnetic theory disallows any universe smaller than 1/10 the diameter of our present universe, thus excluding the Big Bang's point origin. Electromagnetic forces can account for all types of galaxies without resorting to the infamous "missing mass." Alfven can even account for the cosmic microwave background. Furthermore, Alfven's theories are supported by observations of solar-system plasma and magnetic fields. NASA's T.E . Eastman allows: "There is a revolution brewing in applying this knowledge to astrophysics." (Horgan, John; "Big-Bang Bashers," Scientific American, 257:22, September 1987.) Reference. Many more doubts about the Big Bang are cataloged in our Stars, Galaxies, Cosmos. To order, visit: here . From Science Frontiers #54, NOV-DEC 1987 . 1987-2000 William R. Corliss ...
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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 Two Anomalous Types Of Stars Blue straggler stars. The stars comprising a star cluster are usually assigned the same age, since it is thought that they were all created at the same time that the cluster was formed. Lurking in many star clusters, however, are brighter, bluer nonconformists called "blue straggler stars." These stars seem to have about twice the mass of the "normal" cluster members, and they appear to be only about one-fifth as old as their compatriots. The motions of the blue stragglers are consistent with those of bona fide cluster members, implying that they are not interlopers or foreground objects. Several explanations have been suggested to explain the presence of blue stragglers. One thought is that they harbor asteroid-size black holes at their cores. So far, all of the profferred explanations have serious flaws. (Fogg, Martyn J.; "Blue Straggler Stars: A Cosmic Anomaly," The Explorer, 6:4 , Spring 1990.) Socket stars. "A picture book hardly seems a likely source of an astronomical discovery, especially in a world where mysteries of the universe usually tumble from sophisticated electronic instruments attached to huge telescopes. Nevertheless, while recently paging through Exploring the Southern Sky , by G. Madsen and R. West, Walter A. Feibelman (NASA Goddard Space Flight Center) recognized something that had caught his attention decades before. High-resolution photographs of ...
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... Science Frontiers ONLINE No. 66: Nov-Dec 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Globular Clusters Upset Theory Of Galaxy Formation A spherical cloud of globular clusters surrounds the Milky Way galaxy. Each cluster is itself a spherical groups of stars. Through the telescope, globular clusters are beautiful spherical aggregations of bright stars that seem to get ever denser toward the cluster's center. Globular clusters harbor many anomalies (AOB4 and AOB17 in Stars, Galaxies, Cosmos); here, we mention two involving spatial distribution and age. Many spiral galaxies, like our own Milky Way, spin ponderously in the center of a spherical cloud of scores, even hundreds, of globular clusters (see sketch). Not only do the globular clusters surrounding us display a different spatial distribution (spherical rather than flat-spiral), but their individual ages undercut galaxy theory. All of the Milky Way's globular clusters were supposed to have been formed when our galaxy was created. Yet, the ages of these clusters vary by as much as 5 billion years. (Dayton, Leigh; "Globular Clusters Upset Theory of Galaxy," New Scientist, p. 34, May 13, 1989.) Comment. We cannot resist mentioning still another cluster anomaly: The globular clusters do not participate in the galaxy's general rotation. Where did these oddballs come from? Reference. The catalog volume: Stars, Galaxies, Cosmos, mentioned above, is described here . From Science Frontiers #66, NOV-DEC 1989 ...
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... fact"; no doubts permitted; here the Book of Science is closed! It was like a breath of fresh air to read this sentence in Sky and Telescope: "Scientists are still unable to confirm the existence of even a single black hole, despite a widespread belief that such things should, and indeed must, exist." This single sentence won't change anything, because everyone is comfortable with black holes. They are part of the (often false) reality that the media smothers us with. Actually, there are two places where black holes "might" dwell, based upon the anomalous behavior of matter around these regions: (1 ) at the centers of some galaxies, including our own Milky Way; and (2 ) as unseen components of some close double stars, where the mass of the unseen companion is too great for it to be an ordinary neutron star. W. Kundt and D. Fischer, at Bonn University, have recently concluded that the second possibility is better explained without resorting to black holes. For example, a neutron star with a massive accretion disk might suffice. As for black holes at the centers of galaxies, with masses of several million suns, gravitationally sucking in surrounding matter and careless spaceships - well, they are possible. Unfortunately, galac-tic centers are too far away and obscured by dust for us to be certain what lies at their cores. Black holes are really only surmise; although they make good copy! (Anonymous; "No Black Holes?" Sky and Telescope, 78:572, ...
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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 Mystery Of The Missing Comets A key feature of our solar system is the Oort Cloud of comets that surrounds the sun and its family of planets. No one has yet seen the Oort Cloud directly, but the textbooks say that it must be there. In fact, all stars like our sun with planetary systems should have their own private Oort Clouds of comets - if the prevailing theory of planetary-system formation is correct. When we see a comet looping around the sun, it is because it has been jostled loose from the Oort Cloud by a passing star or molecular cloud. Further, some of these jostled comets should be kicked outwards and thus escape the solar system. Continuing with this reasoning, we on earth should sometimes see interstellar comets that have been shaken loose from other stellar systems. But we don't ! T.A . McGlynn and R.D . Chapman worry about this. "This lack of detections of extrasolar comets is becoming an embarrassment to the theories of solar system and comet formation." McGlynn and Chapman calculate that we should have seen six interstellar comets in the past 150 years, but the actual number is zero. Such interstellar comets would be easy to spot because they would be moving much faster than our own comets. Two possible explanations for the missing interstellar comets are: (1 ) The Oort Cloud theory is wrong; and (2 ) Solar systems like ours are rarer ...
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... have surfaced. First, B. Guthrie and W, Napier, at Edinburgh's Royal Observatory, have checked Tifft's "bunching" claim using accurately known red shifts of some nearby galaxies. They found a periodicity of 37.5 kilometers/second -- no matter in which direction the galaxies lay. (Gribbin, John; "' Bunched' Red Shifts Question Cosmology," New Scientist, p. 10, December 21/28, 1991.) The work of Guthrie and Napier is elaborated upon in the next item. Sec ond, B. Koo and R. Krone, at the University of Chicago, using optical red-shift measurements, discovered that, in one direction at least , "the clusters of galaxies, each containing hundreds of millions of stars, seemed to be concentrated in evenly spaced layers." (Browne, Malcolm W.; "In Chile, GalaxyWatching Robot Seeks Measure of Universe," New York Times, December 17, 1991. Cr. P. Gunkel.) Comment. Explanations for the unexpected bunching vary and are highly controversial: There are systematic defects in the radiotelescopes and/or the observational techniques. But, as just reported by Koo and Krone, the phenomenon is also seen with optical instruments. The red shifts are not entirely due to the Doppler Effect and the recessional velocities of galaxies. If this is so, the dimensions and age of the universe would have to be revised. The red-shift bunching occurs because some galaxies are arranged in shells surrounding the earth. To some, this ...
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... along a linear "borehole" through the universe 7 billion light years long centered on the earth. If the redshifts are assumed to be measures of distance (as mainstream thinking demands), one gets the clumping effect seen in the accompanying illustration. (Henbest, Nigel; "Galaxies Form 'Megawalls' across Space," New Scientist, p. 37, March 19, 1990.) Comment. Not mentioned in the above article are the papers by W.G . Tifft on quantized redshifts. (See SF#50, for example.) It will be interesting to learn if "boreholes" pointed in other directions will encounter the same megawalls. If they do, the earth will be enclosed by shells of galaxies, much as some elliptical galaxies are surrounded by shells of stars. Wouldn't it be hilarious if the earth were at the center of these concentric shells? Some measurements of the universe's rotation also seem to imply geocentrism! It is more likely, however, that redshifts are just poor cosmological yardsticks. See our Catalog volume Stars, Galaxies, Cosmos for more on these subjects. Ordering information here . From Science Frontiers #69, MAY-JUN 1990 . 1990-2000 William R. Corliss ...
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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 Sweeping Anomalies Under The Rug A series of articles in the science magazine Mercury so slavishly followed the scientific party line on the meaning of the redshift that G. Burbidge was prompted to pen a rejoinder. Burbidge reviewed the considerable observational evidence supporting a non-cosmological interpretation of some redshifts. (Such data has been included in past issues of Science Frontiers and in our Catalog Stars Galaxies, Cosmos.) A typical observation is the apparent physical connection (streams of connecting matter) between quasars and galaxies with radically different redshifts. Burbidge remarks: "Evidence of this kind exists. If it is accepted it means: That at least some quasars do lie at so-called cosmological distances. That at least some parts of the redshifts of quasars are due to some effect other than the expansion of the universe. That quasars are physically related to bright, comparatively nearby galaxies." Burbidge is not concerned by the fact that some astronomers find the data unconvincing, rather he objects to the so-obvious attempts to brush such anomalous data under the rug. His concluding remarks are pertinent to all of science: "I cannot end this part of the discussion without making two points which are rarely made, but which are important: Evidence of the kind just mentioned which is favorable to the cosmological interpretations of the redshifts does not negate the other evidence. It simply means that the world is a complicated place. Only in articles of this ...
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... Science Frontiers ONLINE No. 76: Jul-Aug 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Will earth's rings return?" In the past, the Earth had a ring system just like Saturn, Uranus and Neptune, according to a Danish astronomer. He has gone so far as to say that our planet boasted rings on 16 separate occasions in the past 2800 years. "Kaare Rasmussen of the National Museum in Copenhagen carried out a survey of all reports of meteorite falls, fireballs and showers of shooting stars from 800 BC to 1750 AD. He then carried out a statistical analysis of the data. He discovered that there were many distinct periods of intense activity." Rasmussen found that the active periods, during which he believes a ring existed about the earth, began with a peak of high meteoritic activity as the ring formed, as a consequence of the earth's capture of a comet or asteroid. This was typically followed by a decrease of activity indicating ring stability. Finally, the ring broke up as its particles were decelerated by the earth's upper atmosphere, leading to another peak of activity. Thus, the plot of me-teorite activity is U-shaped, as in the figure, with the bottom of the U a bit higher than the normal background. (Gribbin, John; "Will the Earth's Rings Return?" New Scientist, p. 19, April 6, 1991.) From Science Frontiers #76, JUL-AUG 1991 . 1991- ...
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... Science Frontiers ONLINE No. 78: Nov-Dec 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Lunar Rainbow And Unexplained White Arc April 12, 1990. North Atlantic. Aboard the m.v . Canterbury Star. From left to right: normal secondary lunar rainbow (white). Normal primary bow (colored), anomalous secondary bow (white). "At 0004 UTC a bright, white arc was seen on the starboard bow and was quickly identified as a lunar rainbow. The moon was one day after its full phase and was just rising; it had little colouration but was unusually bright. A faint, secondary bow became visible outside the main bow at 0010 while the latter, at the same time, began to show colouring; it was possible to see a bluish reddish-orrange colour on the outside, merging into yellow, then to a bluish colour on the inside edge. See sketch. Unfortunately, measurement of the width of these bands was not possible as they were not clear enough. During this time, the outer secondary bow together with a third, inner bow remained faint and were white in colour; the inner secondary bow being nearly too faint to see." Comments from an expert in meteorological optics remarked that the radii of the primary and outer secondary bows were less than the theoretical values. He dismissed the inner secondary bow as a misinterpretation, since "theory predicts no such inner secondary bow." (Jackson, C.; "Rainbow," Marine Observer, 61: ...
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... Science Frontiers ONLINE No. 77: Sep-Oct 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Supernova Theory Exploded What happens when two white dwarf stars in close orbit finally fall into one another? Theory says you get a colossal explosion called a Type-I supernova. But this hypothesis is in trouble because a recent survey of white dwarfs revealed absolutely no double white dwarfs in a sampe of 25 from the Milky Way. Even if a few pairs are eventually found, they do not appear to be numerous enough to account for the rate at which supernovas are observed. (Crosswell, Ken; "Supernova Theory Exploded by Solitary White Dwarfs," New Scientist, p. 23, March 23, 1991.) From Science Frontiers #77, SEP-OCT 1991 . 1991-2000 William R. Corliss ...
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... and even though some resemble a lamp-post more closely than a UFO, many of the others are being earnestly examined by SOBEPS, the Belgian Society for Studying Special Phenomena. "More surprising is how seriously the army is taking the whole thing. For the time being it says it is viewing the matter as a 'technical curiosity' as the intruder has shown no aggressive signs. Should it turn nasty, it will be a different matter altogether. .. .. . "Scientists on the ground appear in the past few days to have produced a clear image of the object, which is said to correspond to the reports of eyewitnesses. It is a triangle 30m-50m in diameter, with red, green and white lights at the corners, 10 times brighter than any star. It has a convex underbelly and makes a sharp whistling noise." (Anonymous; "Flying Triangle Has Belgians Going around in Circles," London Financial Times , April 18, 1990. Cr. T. Good via L. Farish) Comment. This is a strange place to find an even stranger report. Could there be a hoax here? Perhaps some of our readers in Europe will enlighten us. From Science Frontiers #70, JUL-AUG 1990 . 1990-2000 William R. Corliss ...
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... matter in the universe (consistent with Mach's principle). The radiation from the lighter particles making up young quasars would thus be redshifted when compared to radiation from old galaxies. The background microwave radiation from a lumpy universe could easily be smoothed out by tiny (1 mm) iron whiskers condensing in the expanding envelopes of supernovae. (Narlikar, Jayant; "What If the Big Bang Didn't Happen?" New Scientist, p.48, March 2, 1991.) Comment. These ideas are almost as audacious as the suggestion that continents can actually drift apart! But are they enough to lift the intellectual pall created by a hypothesis-enshrined-as-fact? Reference. The Big Bang paradigm is challenged repeatedly in chapters ATR and AWB in our catalog: Stars Galaxies, Cosmos. Details here . From Science Frontiers #75, MAY-JUN 1991 . 1991-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 74: Mar-Apr 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Eel Oddities Garter snakes are reknowned for their habit of congregating in large, writhing masses, but we never heard of "eel balls" until A. Gardiner mentioned them in a recent issue of the Fortean Times. "These [eel balls] are recorded in Christopher Moriarty's excellent Eels: a Natural and Unnatural History (David and Charles, 1978). Moriarity cites Pliny as the earliest historical reference. According to him, Eel Balls occur in Lake Garda, Italy, when it has been storm-tossed by the effects of the October 'Autumn star'. Smitt in his Scandanavian Fishes (1895) says that eels knot themselves together in bunches 'up to a fathom in circumference' and are seen rolling along the stream beds, or, strangely, resting in this position. On 17 August 1935, fishery scientist J.C . Medcof observed, in the outflow of Lake Ainslie in Nova Scotia, 'three splendid clumps of Eels, half a metre in diameter, 30 to a clump, knotted tightly and remaining motionless in the rushes.' Medcof mentions that Eel Balls are sometimes free floating on the surface, which suggests formation with an air pocket or some communal control of air bladders. He says that this behavior occurs before eels 'silver' prior to the spawning migration. The record of Eel Balls in Nova Scotia proves that this behaviour is not confined to the European Eel." ( ...
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... no signs of youth! Its spectrum indicates that even at this young age, the elements were present in the same abundances found in older quasars. And, of course, at this quasar's core there must be a billion-solar-mass black hole (Who would risk..etc.?). Current theory is hardpressed to explain this very rapid evolution of a "normal" quasar with its immense black hole. (Peterson, I.; "Quasar Illuminates the Most Distant Past," Science News, 136: 340, 1989.) Comment. Could it be that our fanatically held ideas about redshifts, black holes, and Big Bangs are wrong? You bet it could! Reference. The redshift controversy the the anomalies that create it are cataloged in: Stars, Galaxies, Cosmos. Ordering information here . From Science Frontiers #67, JAN-FEB 1990 . 1990-2000 William R. Corliss ...
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... ) The discovery of the Great Wall of galaxies and the regular clumping of galactic matter has greatly surprised astronomers, who have been emphasizing how uniformly distributed galactic matter should -- according to theory, at least. Now, D.C . Koo, at the University of California at Santa Cruz, says, "The regularity is just mind-boggling." M. Davis, an astrophysicist at Berkeley, admits that if the distribution of galaxies is truly so regular, ". .. it is safe to say we understand less than zero about the early universe." (Wilford, John Noble; "Unexpected Order in Universe Confuses Scientists," Pittsburgh Post Gazette, May 28, 1990. Cr. E.D .Fegert) Reference. Chapter AWB in our catalog: Stars, Galaxies, Cosmos deals with the large-scale structure of the universe. Book description here . Cone diagram for 2500 galaxies betweeen declinations 26.5 and 44.5 . The Great Wall runs across the survey. (From: M.J . Geller and J.P . Huchra) From Science Frontiers #67, JAN-FEB 1990 . 1990-2000 William R. Corliss ...
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... of protons and neutrons -- exists that matches this description, but these properties are precisely in the range predicted for so-called quark nuggets, which physicists believe may be made of a type of material dubbed strange matter." (Gribbin, John; "New Kind of Matter Turns Up in Cosmic Rays," New Scientist, p. 22, November 10, 1990.) The original report appeared in Physical Review Letters , 65:2094, 1990. In it, the Japanese scientists describe their balloon-borne equipment, proving that one does not need fancy spacecraft to make important discoveries. The key feature of the quark nugget is its very high mass-to-charge ratio. Where do quark nuggets come from? The theoreticians surmise that they may be created when neutron stars collide or, perhaps, they are left over from the hypothetical Big Bang. From Science Frontiers #73, JAN-FEB 1991 . 1991-2000 William R. Corliss ...
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... Nature, 346:807, 1990.) Comment. There are two ironies: Irony #1 . J. Maddox, Nature's editor, while trying to encourage alternatives to the Big Bang on one hand, has been most fierce in suppressing Benveniste's infinite-dilution research and cold fusion, although perhaps with some justification. Irony #2 . In their conclution, Arp et al remark: "Geology progressed favour-ably from the time Hutton's principle of uniformity was adopted, according to which everything in geology is to be explained by observable ongoing processes." They then suggext that cosmology and cosmogony might well adopt such an outlook! Hasn't geology actually been imprisoned by uniformitarianism? Reference. The cosmological problems posed by Arp are found throughout our catalog: Stars, Galaxies, Cosmos. To order, visit: here . From Science Frontiers #72, NOV-DEC 1990 . 1990-2000 William R. Corliss ...
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... May-Jun 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Trio Of Strange Meteors January 25, 1990. Western North America "While residents from Anka to Mankato were calling radio stations Thursday to report the sighting of a bright, slow-moving light in the pre-dawn sky, people across the western half of the nation were doing the same thing." .. .. . "Most eyewitnesses in the spectacle, which was reported over a 12hour period from a number of locations, said it was greenish, although some said it was turquoise, or white, or had an orange tail." (McAuliffe, Bill; "Was It Junk? Maybe So. But It Sure Lit Up the Sky," Minneapolis Star-Tribune, January 26, 1990. Cr. R. PanLener via L. Farish.) Comment. Color changes are not uncommon in meteor sightings. However, the slowness of this meteor was remarkable. January 27, 1990. U.S . Midatlantic States. "Thousands of people in the Eastern United States reported seeing a strange bluish-green light in the sky Saturday night, which some experts said could have been an unusually large meteorite. .. .. . "In North Carolina, Jim Iodice, who was flying a Cessna 172 over Pilot Muntain Saturday night said that he saw a 'glowing, yellowishblue light' between 7 and 7:30 p.m . that appeared to be near the plane. The object was descending in a northeast direction toward ...
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... Science Frontiers ONLINE No. 88: Jul-Aug 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The star of the star-nosed mole (Left) Tenticle-like rays surrounding one nostril of the star-like mole. (Right) The number of rays around the other nostril give the density of sensory receptors. The star-nosed mole is one of North America's more bizarre mammals. Its nostrils are surrounded by mobile, Medusa-like appendages that are richly suppled with nerves and blood vessels. These tentacle-like structures form the "star," which has long been considered a tactile organ used for feeling for prey. However, behavioral experiments by E. Gould et al indicate that the star may be more than a tactile organ. It seems to sport electrical sensors that detect the minute electrical fields surrounding worms, leeches, insect larvae, and other favorite mole tidbits. This conclusion derives from experiments in which starnosed moles preferentially attacked the parts of worms that are most strongly electrical. Actually, scientists have been puzzled as to how this mole found its prey, for this mammal is semiaquatic and somehow locates its dinner in muddy water even though it has poor eyesight. Although some fish possess electrical sensors, they are uncommon in mammals. Half way around the planet, another strange creature, also classified with the mammals, frequents muddy waters looking for the same sort of prey favored by the star-nosed mole. The Australian platypus also has weak vision and employs search techniques similar to those of ...
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... Science Frontiers ONLINE No. 105: May-Jun 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Wrong-way stars in spiral galaxies Spiral galaxies are believed to form when gigantic clouds of gas collapse under the pull of gravity to create spinning discs. Further condensations give rise to the billions of stars that make up these immense rotating stellar wheels. Intuitively, one would expect all of the stars in a given galaxy to rotate around the hub in the same direction, like all of the water molecules in a whirlpool. But galaxy NGC4138, 50-million light years away, defies this common-sense expectation. M. Haynes and colleagues at Cornell have discovered that fully one-fifth of this galaxy's stars are rotating in a direction opposite from the rest. Otherwise, NGC4138 is a well-behaved spiral galaxy, almost a boring one, exhibiting no signs of internal turmoil or past collisions with another galaxy. However, all of the wrong-way stars appear to be youngish. This little clue may lead to some sort of explanation. (Muir, Hazel; "Counter-Revolutionaries Lurk in Spiral Galaxies," New Scientist, p. 18, March 16, 1996.) Comment. If all of NGC4138's counterrotating stars did condense from the original spinning gas disc, their large wrong-sign angular momentum would have had to be compensated for by a speed up of all the "right-way" stars. From Science Frontiers #105, MAY-JUN 1996 . 1996-2000 ...
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... Science Frontiers ONLINE No. 89: Sep-Oct 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects An Age Paradox "Cosmologists say the universe may be 8 to 15 billion years old. Stellar astronomers disagree. They say the oldest stars are much older, perhaps 16 to 19 billion years old. Because the oldest stars can't be older than the universe in which they lie, this age paradox presents a thorny problem for astronomers." At least two solutions to the paradox are possible: (1 ) The cosmological distance scale used to determine the age of the universe is incorrect; and/or (2 ) Our theories about how stars work and evolve are in error. Something has to give. (Jayawardhana, Ray; "The Age Paradox," Astronomy, 21:39, June 1993.) Comment. Also pertinent here are H. Arp's collection of red-shift anomalies, which also call into question the cosmological distance scale; and those missing solar neutrinos, which cast doubt on our ideas about how stars work. H. Arp's redshift anomalies are cataloged in AQB and AWB in our catalog: Stars, Galaxies, Cosmos. To order, see: here . From Science Frontiers #89, SEP-OCT 1993 . 1993-2000 William R. Corliss ...
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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 milky sea a.k .a . "white water"June 1854. South of Java. Aboard the American clipper Shooting Star . Captain Kingman reporting: "The whole appearance of the ocean was like a plain covered with snow. There was scarce a cloud in the heavens, yet the sky...appeared as black as if a storm was raging. The scene was one of awful grandeur; the sea having turned to phosphorus, and the heavens being hung in blackness, and the stars going out, seemed to indicate that all nature was preparing for that last grand conflagration which we are taught to believe is to annihilate this material world." We selected this account of the milky sea phenomenon because of its vivid verbiage -- something absent from the modern reports: "August 13, 1986. Northwest Indian Ocean. The entire sea surface took on an intense white glow which was not unlike viewing the negative of a photograph." The milky sea is a rather common phenomenon. In fact, the British Meteorological Office has established a Bioluminescence Database, which presently contains 235 reports of milky seas seen since 1915. P.J . Herring and M. Watson have employed this Database in a review paper on these impressive displays. Geographical plotting of the reports shows a strong concentration in the northwest Indian Ocean (see figure). Seasonally, there is a strong peaking in August and a secondary blip in ...
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... Take a look at the distribution of 153 gamma-ray bursts registered by the Gamma-Ray Observatory (a satellite). There is no pattern, gamma-ray bursters seem to be evenly distributed in all directions. This is not what the astronomers expected, and the implications of this isotropy are staggering. Gamma-ray bursts emanate from highly localized unseen sources. They may last for a few milliseconds or stretch out for several minutes. The energy in the bursts ranges over 26 orders of magnitude. The rise-times of the bursts are so short that the sources can only be a few hundred kilometers across. Before the accompanying map appeared, most scientists thought that the bursters were nearby, probably in the disk of the galaxy, and were due to asteroids being digested by neutron stars or possibly neutron-star quakes. If such were so, the bursters would be concentrated in the plane of the galaxy (the Milky Way), which clearly they are not. Another theory places the bursters in a distant spherical halo about our galaxy. But, in this case, the bursters would have to be much more energetic than astronomers care to contemplate. In fact, if they exist in a galactic halo, we should also be able to detect the bursters in our neighboring galaxies -- but we do not! A more exciting suggestion is that gamma-ray bursters are really very close! This would be consistent with the failure to find cosmological redshifts in the burster spectra. Could they be really close, just a few hundred light away? Perhaps arranged in a ...
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... Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The pit-zodiacs Schagen-Muggenburg lies 50 kilometers north of Amsterdam. The Muggenburg part of the town name is only a few years old. Before it was built, archeologists were allowed to explore the meadows making up the construction site. L. Therkorn, an archeologist from the University of Amsterdam, led the exploration team. The digs yielded artifacts going as far back as 300 AD, when this region was sparsely populated by farmers. However, if Therkorn et al had dug up only these old bones and pottery shards, we would not be writing this for SF! For anomalists, it was the pits -- old pits that had been filled in and that seemed to be arranged in an intricate pattern that mirrored the star constellations making up the classical Greek zodiac. But this revelation didn't come until later. After all, pits are common in archeology. Often they contain just rubbish, sometimes human remains. "But the pits at Muggenburg are different. There are 57 of them, each about a meter wide and deep, extending over about half a hectare [about 1 acres] They were certainly not used for storage because the level of the groundwater is too high. Nor were they used as dumps; archaeological evidence shows that they were filled in shortly after they were dug, and some have very little in them." It was only when Therkorn mapped the pits did she see that they were not distributed at random. Connecting them as children do with dot-puzzles, she quickly ...
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... be careening about in a dense cloud of unseen, unknown masses. These might be dark, Jupiter-sized objects, black holes, and/or some exotic forms of matter. We must choose between the reality of dark matter or admit that something is awry with our laws of gravitation and motion when they are applied on a cosmological scale Now, let us examine those four darkmatter items from the recent literature: D. Lin, a University of California astronomer, has shown that the Large Magellanic Cloud that orbits around our own galaxy (the Milky Way) is being torn apart (" cannibalized") by the powerful gravitational pull of a dense cloud of dark matter surrounding the Milky Way. This dismemberment of the Large Magellanic Cloud cannot be explained by the gravitational forces exerted by the stars in our galaxy that we can see. Lin calculates that our halo of dark matter is equivalent to 600-800 billion solar masses, compared to the only 100 billion solar masses of visible matter. (Flam, Faye; "Spinning in the Dark," Science, 260:1593, 1993. Also: Anonymous; "' Dark Matter' Is Observed 'Cannibalizing' a Galaxy," Baltimore Sun, p. 8A, June 8, 1993.) The dark matter surrounding a galaxy will, according to the Theory of Relativity, act as a gravitational lens that will deflect light rays passing near it. This dark matter, acting like a telescope, should increase the number of quasars counted in the sky near galactic clusters. Such larger quasar counts are indeed observed, ...
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... and Napier corrected each redshift to account for the Earth's motion around the center of the Milky Way -- a different correction for each location in the sky -- out popped a periodicity of 37 km/sec, close to one of Tifft's values. It was so strong that the chance of it being a statistical fluke was less than 1 in 3,000." Tifft's work therefore seems to have been verified again. But Tifft is now waxing even more iconoclastic, claiming that galactic redshifts have actually changed slightly in just a few years! (Anonymous; "Quantized Redshifts: What's Going on Here?" Sky and Telescope , 84:128, 1992.) Comment. A strange geometrical concordance exists between quantized redshifts and the shells of stars surrounding some elliptical galaxies. See AWO5 in our catalog: Stars, Galaxies, Cosmos . This volume also contains much more on quantized redshifts in AWF8. Ordering information here . From Science Frontiers #84, NOV-DEC 1992 . 1992-2000 William R. Corliss ...
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... they radiate microwaves instead of visible light. Natural masers have been found in the atmospheres of both earth and Mars as well as in interstellar space. They form in space when electromagnetic radiation falls upon dense molecular clouds, which then reradiate the energy at frequencies characteristic of the molecules, Armed with radio telescopes, astronomers can "see" masers as bright spots (" maser spots") in the radio sky. R. Norris and J. Whiteoak et al, at the Australia Telescope National Facility, while surveying just 16 regions of the Milky Way between 5,000 and 30,000 light years, detected a dozen intense methanol masers (6 .7 -12.2 gigahertz) arranged in lines. Early thinking is that these maser spots decorate the discs of gas clouds surrounding nascent stars. In other words, maser spots could be protoplanets. Given the small area of the sky sampled by Norris and Whiteoak, maser spots may be very common. (Dayton, Leigh; "Microwaves May Mark Position of Protoplanets," New Scientist, p. 16, July 10, 1993.) Questions. Whence all this interstellar methanol? And where does it all go when the protoplanets coalesce into planets? Could these molecular clouds also contain those other organic compounds necessary for the creation and development of life? If so, we can speculate that life may originate often and repeatedly as stars and planets are born. From Science Frontiers #90, NOV-DEC 1993 . 1993-2000 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 Unidentified Light Strange optical phenomenon seen off the coast of Trinidad in 1991. January 13, 1991. Caribbean Sea. Aboard the m.v . Trinidad and Tobago . "At 0210 UTC whilst the ship was proceeding eastwards along the north coast of Trinidad, a relatively bright patch was noticed in the almost cloudless sky and was thought to be a cluster of stars. Its bearing was approximately 300 at an elevation of about 50 , and closer inspection through binoculars revealed a rather strange phenomenon, as shown in the sketch. "The bright patch was a perfect circle of a bright, light-blue colour and was transparent as stars could be seen through it. There was also a trail from the circle which looked like the track a disc would describe if it moved through an arc. This trail was also of light-blue colouration but was not nearly so bright as the circle. The entire phenomenon dissipated after about five minutes." (Knight, M.; "Unidentified Light," Marine Observer, 62:22, 1992.) From Science Frontiers #80, MAR-APR 1992 . 1992-2000 William R. Corliss ...
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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 Galaxy Spins Wrong Way We have all seen impressive photographs of spiral galaxies with their whirlpool patterns. One can easily imagine them spinning ponderously, with streams of stars spiraling out behind the rotating core. This picture is intuitively satisfying from a mechanical point of view. But: "A galaxy with a spiral arm going the wrong way has been found by astroomers in the U.S . Spiral arms usually trail behind as a galaxy turns, but in NGC 4622 an inner arm is wrapped round the galaxy in the direction it is rotating." (Mitton, Simon; "Puzzle of Galaxy That Points Two ways," New Scientist, p. 22, February 29, 1992.) From Science Frontiers #81, MAY-JUN 1992 . 1992-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 90: Nov-Dec 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Alien Meteors Meteors or shooting stars are usually considered to be small fragments that have been broken off the asteroids plying orbits between Mars and Jupiter. If this belief is correct, meteors darting into the earth's upper atmosphere would have speeds less than 260,000 kilometers per hour. Any objects with significantly higher velocities must come outside the solar system. It has, therefore, been unsettling to find that quite a few meteors hit our atmosphere at speeds much higher than 260,000 km/hr. Radar measurements of 160,000 meteors by A. Taylor and colleagues, at a New Zealand site, found that about 1% (1500 meteors) struck the atmosphere with velocities greater than 350,000 km/hr. These speedsters must come from beyond the solar system. The question arising is: Whence all this interstellar debris? One hint comes from the fact that the aliens appear to come from the direction in which the sun and its family of planets are traveling through interstellar space. Evidently, this interstellar medium is far from a vacuum; it is strewn with flotsam and jetsam -- but from what smashed planets, moons, and asteroids? (Samson, Alan; "Radar Traps Visitors from Outer Space," Dominion Sun Times (Wellington), April 25, 1993. (Cr. P. Hassall) From Science Frontiers #90, NOV-DEC 1993 . 1993-2000 William R. ...
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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 Does nature compute?Back in the 1960s, kids used to watch the TV series Lost in Space . Starring on this show was a robot which, when asked a stupid or answerless question replied, "It does not compute!" More seriously, we now ask, "Does Nature compute?" Science believes very deeply that mathematics reflects the real world, that we live in an ordered universe where everything can be reduced to mathematical expressions. The progress of science, particularly physics, seems to bear out this symbiotic relationship between mathematics and the physical world. However, P. Davies points out that that there are uncomputable numbers and operations. In fact, there are infinitudes of them. All the world's computers could chug away forever and not come up with answers in these cases. So far , Nature has been kind, or we have been lucky, because we have been able to nicely mirror Nature with "doable" math. Davies wonders if it has been entirely a matter of luck: "Einstein said that God is subtle but not malicious, and we must hope that the laws of physics will turn out to be computable after all. If so, that fact alone would provoke all sorts of interesting scientific and philosophical questions. Just why is the world structured in such a way that we can describe its basic principles using 'do-able' mathematics? How was this mathematical ability evolved in ...
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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 That's the way the universe bounces What follows is a chain of ideas (perhaps "speculations" is a better word) that was recently unleashed by L. Smolin in the journal Classical and Quantum Gravity (9 :173). At stake here is the very nature of Nature herself. We begin with the notion of anthropic cosmology, in which the physical constants of the universe are identified as having just the "right" values to allow the existence of stars, planets, carbon compounds, and the other ingredients of human life. (Just why this state of affairs prevails is a question rarely addressed!) Adherents of anthropic cosmology hold that our "human-friendly" universe is just one of many universes populating a larger metauniverse. These "other" universes are thought to have different values of the fundamental physical constants (viz., the mass of the proton) and, in consequence, wildly different forms of life. In nonhuman universes, there could even be entities for which our word "life" is inadequate. The second idea is that of an oscillating universe. In this concept, universes expand just so far and then collapse back into the "singularities" (i .e ., black holes) from which they arose. Then, Phoenix-like, they bounce back and reexpand into new universes -- ones with slightly different physical constants. These rebounding universes are in a sense ...
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... Science Frontiers ONLINE No. 85: Jan-Feb 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Three Views Of Mortality The death of matter. Physicists have maintained for over a century that the Second Law of Thermodynamics guarantees that our universe with run down one day and that life must cease. This cold reductionist view is seconded by recent evidence that protons, long con sidered immortal, may after all decay. The consequences of proton decay are even more dismal than the dire predictions of thermodynamics: "Perhaps the most disturbing piece of speculation to come out of theoretical physics recently is the prediction that the whole universe is in decay. Not only do living things die, species go extinct, and stars burn out, but the apparently immutable protons in the nucleus of every atom are slowly dissolving. Eventually -- in more than a quadrillion years -- nothing will be left of the universe but a dead mist of electrons, photons, and neutrinos." (Flam, Faye; "Could Protons Be Mortal after All?" Science, 257:1862, 1992.) The death of memory. With increasing entropy and decaying protons on their minds, it comes as no surprise that physicists likewise believe that when one dies, that's it . An afterlife is impossible. How do physicists conclude this? In a letter to the American Journal of Physics, J. Orear proffered an interesting sort of "proof": "One such proof: human memory is stored in the circuitry of the brain and after death ...
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... Science Frontiers ONLINE No. 104: Mar-Apr 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Men Like Gods With the theft of the title from one of H.G . Wells' novels, we attend to an article that appeared in the London Times last summer. The article was based upon a paper written for the Quarterly Journal of the Royal Astronomical Society by Prof. E. Harrison. If, said Harrison, some properties of the universe had been just a tad different, our universe would be barren of stars, light, and of course life itself. He mentions such properties as the strength of gravity, the charge on the electron, and the speed of light. Why, he and many others have mused, are these critical properties so precisely adjusted so as to permit the existence of life -- and us? Harrison lists three answers: oThis is the way God wanted it to be. Further inquiry is unnecessary. oIf the universe were constructed any other way, we wouldn't be here to ask such silly, anthropomorphic questions! Some find this "anthropic principle" to be no answer at all. oOur universe was actually created and its properties fine-tuned by nonsupernatural entities of superior intelligence living in another universe. [These beings apparently get a kick out of manufacturing other universes, or perhaps it's a religious imperative for them!] Before you crumple up this issue of SF and hurl it at very high energy into a wastebasket, consider these two paragraphs from the ...
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... and their paper was accepted. It seems. therefore, that a lot of galaxies, maybe all of them, are receding from our telescopes at velocities separated by 37.5 kilometers/second, rather than in a continuous range of velocities. Unless Napier and Guthrie and, of course, W.G . Tifft, the discoverer of IT, can be proven wrong, all of modern astronomy and cosmology will be in jeopardy: the expanding universe, the big bang, the presumed age of the universe, not to mention the endless assertions that these are all facts not theories! (Matthews, Robert; "Do Galaxies Fly through the Universe in Formation?" Science, 271:759, 1996.) Reference. The quantization of redshifts is cataloged in AWF8 in our catalog Stars, Galaxies, Cosmos. Ordering information here . The power spectrum of galaxy redshifts reveal a strong signal at 37.5 kilometers/second. From Science Frontiers #105, MAY-JUN 1996 . 1996-2000 William R. Corliss ...
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... . The revised steady state model has jettisoned the idea of continuous creation in favor of many discrete "creation events," which will doubtless be called "little bangs." They also fill space with small metallic needles which absorb microwaves and reemit the uniform microwave background. The new theory needs more work, but Hoyle and his colleagues write in the June 20 issue of the Astrophysical Journal: "This paper is not intended to give a finished view of cosmology. It is intended rather to open the door to a new view which at present is blocked by a fixation with big bang cosmology." (Crosswell, Ken; "Return of the Steady State Universe," New Scientist, p. 14, February 27, 1993.) Reference. A substantial portion of our catalog volume Stars, Galaxies, Cosmos is devoted to questioning the Big Bang. Details here . From Science Frontiers #88, JUL-AUG 1993 . 1993-2000 William R. Corliss ...
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... is not a trivial observation, for it betrays a synthesizing, efflorescent cosmos rather than a universe slowly succumbing to the deepfreezing Second Law of Thermodynamics. Any of these soots and tars wafting down upon the surface of a suitable planet might initiate or accelerate life processes. Cosmic soot. A 70-year-old astronomical enigma is the origin of the DIBs (Diffuse Interstellar absorption Bands). These dark absorption bands in stellar spectra have never been correlated with known chemical compounds. Now, L. Allamandola and F. Salama (NASA-Ames) find that the DIBs may be due to polycyclic aromatic hydrocarbons! A more digestible descriptor would be "soot," like that found in automobile exhaust and on your barbecued steak. (Weiss, Peter; "Cosmic Soot Fills Space between the Stars," New Scientist, p. 15, March 13, 1993.) Organic asteroids. Some asteroids are abnormally red. Newly discovered asteroid 5145 Pholus is 3 times brighter at near-infrared wavelengths than it is in the visible portion of the spectrum. The best explanation so far for this redness is that 5145 Pholus is veneered with organic compounds called "tholins." Tholins are synthesized when methane and other simple chemicals are bathed in ultraviolet and particulate radiations. Tholins have even been dubbed the "first foods" of aspiring new life forms! (Anonymous; "An Organic Asteroid?" Sky and Telescope, 85:15, 1993.) From Science Frontiers #87, MAY-JUN 1993 . 1993-2000 William R. Corliss ...
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... Scientific and Technical Terms ) An Abstract. Stellar aberration, discovered nearly three centuries ago by Bradley, was immediately recognized as a phenomenon owing to the velocity of the earth in its orbit around the sun. Einstein provided an explanation of aberration in his famous 1905 paper using his new relativity theory, and his explanation remains essentially without modification in many modern textbooks. Herein, we show that his explanation is very much in disagreement with measurement. (Hayden, Howard C.; paper to be published in Galilean Electrodynamics , vol. 4, no. 5, 1993.) A Comment. The essence of Prof. Hayden's main argument is that, if stellar aberration depended on the relative velocity between source and observer (as Einstein maintained), then each component of a spectroscopic binary star would have drastically different stellar aberration, contrary to observation. (Van Flandern, Tom; Meta Research Bulletin, 2:29, 1993.) From Science Frontiers #90, NOV-DEC 1993 . 1993-2000 William R. Corliss ...
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... , crevicular structure (crevices and pores) existed at almost all depths, even though theory said they could not because of intense pressures. And these voids were filled with fluids. P. Keher, a KTB scientist, was amazed at what the drill found: "When I started 25 years ago, the idea was that the deeper you go into the crust, the drier it gets." (Kerr, Richard A.; "Looking -- Deeply -- into the Earth's Crust in Europe," Science, 261:295, 1993.) Comment. Deep-living bacteria were not mentioned in the above article, but Soviet scientists claim to have pumped them up from 12 km down! Outer space may not be our final frontier despite the introductory blurb to Star Trek! From Science Frontiers #90, NOV-DEC 1993 . 1993-2000 William R. Corliss ...
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... , as indicated in the figure. What deadly climatic changes must have wracked our sister planet! (Touma, Jihad, and Wisdom, Jack; "The Chaotic Obliquity of Mars," Science, 259: 1294, 1993. Also: Laskar, J., and Robutel, P.; "The Chaotic Obliquity of the Planets," Nature, 361:608, 1993.) Comment. The successful evolution of higher life on earth (a presumption!) therefore seems to have depended upon the gravitational shields of Jupiter and Saturn as well as the presence of our unusually large satellite. How likely is this combination of planets and satellites in the rest of the universe? Of course, life-as-we-know-it also requires just the right kind of central star and a planet with good air and water. Perhaps lifeas-we-do-not-know-it is more likely! From Science Frontiers #87, MAY-JUN 1993 . 1993-2000 William R. Corliss ...
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... be wrong that I propose to ignore them." (Anonymous; "Big Bang Brouhaha," Nature, 356:731, 1992.) Comment. It is ironical that before astronomers found large-scale inhomogeneities in the cosmos (galactic clusters and superclusters, the Great Wall, etc.), the Big Bangers claimed that the very smoothness of the microwave background proved the reality of the Big Bang. The Big Bang, it seems, is one of those "politically correct" paradigms, which one criticizes at his peril. (Beichman, Arnold; "The Big Bang Censorship," Insight , p. 22, April 13, 1992. Cr. B. Horstmann.) Reference. To read more about the trials of the Big Bang hypothesis, see our catalog: Stars, Galaxies, Cosmos. To order, visit: here . From Science Frontiers #82, JUL-AUG 1992 . 1992-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 88: Jul-Aug 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Un Oggetto Misterioso April 22, 1966. Genova and Novi di Modena, Italy. We have just learned of this "mysterious object." Translation provided by P. Cortesi. "Near the star Alfa Hydrae (see illustration) appeared a perfect bright sphere, about 5 apparent diameter; it became largest in a few seconds, then it grew thinner and appeared like a line. In 45 minutes, its brilliance diminished progressively, and it disappeared at the western horizon. "From astronomical observations by some amateur astronomers were calculated the following data: The object's altitude was between 600 and 650 kilometers above the earth's surface; at its biggest dimension, the object was 95 kilometers wide; it was over the Mediterranean Sea, in a place between Algiers and the Balearic Islands. "No astronomer was able to explain the phenomenon, and the university astronomical review Coelum denominated it 'un oggetto misterioso' (a mysterious object)." (Anonymous; Coelum , 34:36, May-June 1966. Cr. P. Cortesi.) From Science Frontiers #88, JUL-AUG 1993 . 1993-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 134: MAR-APR 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Missing Planets In Globular Clusters If you lived on a planet circling a star in a globular cluster, you would see a night sky ablaze with thousands of stars all brighter than the brightest in the earth's sky. This is because globular clusters contain tens of thousands of stars all compressed into 5-25 parsecs -- they are much more tightly packed than those in the Milky Way in general. In fact, though, you would have to observe this blazing sky from a spaceship, because diligent searches have not detected any planets in any of the many globular clusters. In 1999, a team of 24 astronomers used the Hubble Space Telescope to search for planets in the cluster named 47 Tucanae. Their method was to look for dark planets crossing the bright disks of the cluster's stars. After patiently watching 34,000 stars, they came up empty-handed. For some unknown reason, planets never formed around the stars in 47 Tucanae -- or in any other globular clusters checked so far. Are globular clusters in general different from the rest of the Milky Way? Possibly, see below. (Anonymous; "No Globular Planets?" Astronomy, 28:34, October 2000. Anonymous; "Planets Come Up Missing in a Globular Cluster," Sky & Telescope, 104:23, October 2000.) Answer. Globular clusters are peculiar in several additional ways. For example, the ...
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... Science Frontiers ONLINE No. 128: MAR-APR 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Archeometeorology (Top) Even with hazy viewing, the six brightest Pleiads are usually visible. (Bottom) With good seeing more of the stars come into view. Ancient farmers the world over counted off the seasons and fixed planting times by watching the stars and the sun. But the stars can also help forecast the weather, even though they have no influence over it. We'll call this unique sort of archeoastronomy: "archeometeorology." Farmer-astronomers in the drought-prone regions of the Andes learned how, after what must have been centuries of sky-watching, to wring rainfall predictions from observations of the Pleiades. This information allowed them to better time the planting of potatoes -- their most important crop. The astronomical phenomenon they employed is far from obvious. The Pleiades are a cluster of bright stars in the constellation Taurus. The visibility of these stars varies slightly depending upon the amount of subvisual cirrus. If the Pleiades were dull in the month of June, the Andean farmers knew from experience that an El Nino was on the way. This betokened reduced rainfall and told them to postpone the planting of their potatoes by 4-6 weeks for best yields. The critical observations were made between June 13 and 24, when the Pleiades shine brightly just before dawn over the northeastern horizon. At this low angle, the presence of the subvisual cirrus has an obvious effect on the brightness of the stars ...
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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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