113 results found.
... Science Frontiers ONLINE No. 35: Sep-Oct 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Different Way Of Looking At The Universe Here is an excellent survey of American archeoastronomy from Canadian medicine wheels to Mesoamerican aligned structures. To the anomalist, the most interesting part of Aveni's review paper is found in his comments about the world view of the Precolumbian Americans, particularly the Maya. That the Maya were acute astronomers is beyond question. They had even developed a correction scheme to keep Venus' 584-day canonical cycle on track with its true synodic period of 583.92 days. Their predictions of the position of Venus were accurate to 2 hours in 481 years! Not bad for a civilization that did not seem to have any conception that the planets revolved around the sun. The Maya, in fact, did not seem to care what made heavenly bodies move; they only wished to predict their appearance accurately. Instead of developing celestial mechanics based on gravitation and laws of motion, as we have done, they were content with numerical algorithms; that is, ways of computing a desired result. Their astonishingly accurate predictions of Venus, solar eclipses, and other astronomical phenomena evolved from cycles of numbers advancing each day like interlocking gear teeth. These algorithms gave them no insight into cause and effect, but they got the right answers. They needed no physical laws, just patterns of numbers. It was a different way of comprehending and dealing with the universe. (Aveni, Anthony F.; " ...
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... this point in history, causing widespread biological extinctions? To add some perspective, Leigh M. Van Valen has tossed 15 arguments against impact extinctions on the scales. Ten of these are reproduced below, as taken from Nature. More de-tails may be found in Paleobiology, 10: 121, 1984. Freshwater life was unaffected; In Montana and its vicinity, the last occurrence of dinosaurs was detectably below the crucial boundary; Transitional floras also exist below the boundary; Apparently extraterrestrial material exists below the boundary; The expected effects of eliminating atmospheric ozone are missing; The Cretaceous-Tertiary boundary is coincident with a very large marine regression, suggesting a nonextraterrestrial cause; Marsupials but not placentals were nearly eliminated, while most aboreal multituberculates (a type of vertebrate) and birds survived; The predicted cooling effects on the earth are absent; The predicted effects of acid rain cannot be found; and Assuming a marine impact, no turbidites can be found; assuming a land impact, no large terrestrial crater has been discovered. (Van Valen, Leigh M.; "The Case against Impact Extinctions," Nature, 311:17, 1984.) From Science Frontiers #36, NOV-DEC 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 30: Nov-Dec 1983 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Soil Temperatures Forecast Rainfall Patterns Dig a hole about 40 inches deep, take the soil temperature at that depth, and you can predict future wet and dry periods months ahead of time. To illustrate, warm spring soils are usually followed by rainy summers; cold soils precede dry summers most of the time. At first, American scientists doubted this Chinese discovery, but their re-search soon proved that the correlation is even stronger in the United States. The best explanation so far is that soil temperatures affect atmospheric convection and modify weather patterns locally. (Anonymous; "Digging for a Forecast," Science Digest, 91:30, September 1983.) From Science Frontiers #30, NOV-DEC 1983 . 1983-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 33: May-Jun 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Falling Masses Swerve South In 1901, Florian Cajori had a paper published in Science with the title: "The Unexplained Southerly Deviation of Falling Bodies." Cajori reviewed the pertinent measurements that had been made prior to 1901 on falling bodies, emphasizing that the anomaly described in the title of his paper truly existed. In a recent letter to the American Journal of Physics, A.P . French brings the record up to date. (It should be pointed out here that a slight easterly deflection of falling bodies is predicted, but that a southerly deflection should be negligible, although not zero.) In the post-1901 experiments, small southerly and northerly deflections have been detected. These should not occur for an ideal rotating sphere -- which the earth isn't . French ends his brief review by stating that the earth's gravitational field is now known well enough so that further experiments with falling objects might once-and-for-all determine the nature (and reality) of the delightful anomaly. (French, A.P ., "The Deflection of Falling Objects," American Journal of Physics, 52:199, 1984.) From Science Frontiers #33, MAY-JUN 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 24: Nov-Dec 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Islands Of Hope For Life Eternal Frautschi examines expanding "causal" regions in the universe, where entropy (disorder) does not increase as fast as the maximum predicted by Thermodynamics. The conclusion of this highly theoretical paper is that, even in these "islands of hope," life and the order it requires cannot survive indefinitely if it is restricted to solid substances. But, ". .. it stands as a challenge for the future to find dematerialized modes of organization (based on dust clouds or an e- e+ plasma?) capable of self-replication. If radiant energy production continues without limit, there remains hope that life capable of using it forever can be created." (Frautschi, Steven; "Entropy in an Expanding Universe," Science, 217:593, 1982.) Comment. Who said Science was a conservative journal? This smacks of scifi tales of electrolife and Hoyle's Black Cloud. From Science Frontiers #24, NOV-DEC 1982 . 1982-2000 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 Mercury's orbit explained without relativity A most satisfying element of support for Einstein's General Theory of Relativity (GR) has been its accounting for the residual precession of Mercury's orbit. In recent years, however, a rival explanation has been found in the non-symmetric gravitational field of the sun. Surface oscillations of the sun betray hidden internal rotation, which produces asymmetry in the sun's gravitational field. By applying the distorted field in predicting the orbit of Mercury and the minor planet Icarus, astronomers are more successful than when they use the GR. The authors of this paper claim that GR averages some 2 standard deviations off the mark, while results -using the nonsymmetrical gravitational field of the sun are right on the money! (Campbell, L., et al; "The Sun's Quadrupole Moment and Perihelion Precession of Mercury," Nature, 305:508, 1983.) Reference. For other explanations of the advance of Mercury's perihelion, see AHB1 in our Catalog: The Moon and the Planets. Ordering information at: here . From Science Frontiers #31, JAN-FEB 1984 . 1984-2000 William R. Corliss ...
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... begin with his abstract: "There are several hints in physics of a domain of external reality transcendent to three-dimensional space and time. This paper calls attention to several of these intimations of a real world beyond the natural order. Examples are the complex state functions in configuration space of quantum mechanics, the singularity at the birth of the universe, the anthropic principle, the role of chance in evolution, and the unaccountable fruit fulness of mathematics for physics. None of these examples touch on the existence or activity of God, but they do suggest that external reality may be much richer than the natural world which it is the task of physics to describe." Pollard then elaborates: Example 1. Quantum mechanics, a mathematical formulation of reality, has been extraordinarily successful in describing and predicting many things in the microscopic world. Pollard notes that quantum mechanics contains no hint of God per se and possesses no numinous quality, but its great complexity and multidimensionality provide evidence for "the reality of the transcendent order in which the natural universe is embedded." Example 2. The singularity at the beginning of the universe. Science is at a loss to explain creation and what happened before. (Pollard assumes that creation occurred like most scientists.) Example 3. The anthropic principle can be interpreted as a restatement of the religious contention that the universe was made-for-humankind. In Pollard's words: "If one imagines an ensemble of universes of different size and duration and equipped with different values of the fundamental constants G, h, c, e and others ...
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... Science Frontiers ONLINE No. 26: Mar-Apr 1983 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Maybe there's one stable particle!The new Grand Unified Theories (GUTs) of physics predict that the proton decays radioactively -- contrary to what you may have been taught in physics class. Several experiments in deep mines and tunnels seem to have registered proton decays. Is nothing stable anymore? There is hope. A huge cubical detector, 21 meters on a side, is now operating 2000 feet under Lake Erie in a salt mine. The water-filled cube is monitored by 2048 photomultipler tubes, and is serviced by divers! After 80 days of operation, no events resembling proton decays have been detected, whereas many would have been expected if the other reports were true. The GUTs may be in trouble; and there may be something stable in the universe that we can count on! (Thomsen, D.E .; "Decay-Resistant Protons in Ohio," Science News, 123:85, 1983.) Comment. See SF#14 for some of the strange particles detected in the Kolar Gold Fields, in India, where some of the supposed proton decays were reported. From Science Frontiers #26, MAR-APR 1983 . 1983-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 36: Nov-Dec 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Zeta not a higgs: too bad!It should have been a Higgs particle but it wasn't -- at least not quite. So they called it a "zeta." About eight times the mass of a proton, the zeta particle was created when electrons and positrons collided at about 10 Gev (gigavolts of energy), where it appeared among the decay products of the upsilon particle. Physicists needed a Higgs particle to bolster the latest theory of particles. Unfortunately, the zeta's properties don't quite match those predicted for the Higgs particle. There are similarities, but at the moment the zeta is definitely anomalous. It turns out that there is a similar anomalous particle produced by the decay of psi particles, so the zeta is not alone. (Thomsen, Dietrick E.; "Zeta Particle: Physicists' New Mystery," Science News, 126:84, 1984.) Comment. It is easy to become jaded by all the confusing particles flying around physics labs these days. But we must appreciate that physicists absolutely must find that Higgs particle. Theory says that if the Higgs doesn't exist, all other particles will have either zero or infinite masses, neither of which makes much sense. Such is the power of theoretical expectations. From Science Frontiers #36, NOV-DEC 1984 . 1984-2000 William R. Corliss ...
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... flashing everywhere. They were 2-3 feet long and reached high into the sky. Looking back toward the car, they saw a reddish fluorescent glow with streams of light coming down from the sky to the glowing region. Grass and weeds along the roadside were standing straight up and glowing. Deep-red lines of light were seen dancing on the road. They returned to the car, and it felt hot to the touch! Soon, clouds moved in and the display was over. The authors of this article personally investigated this event within a few days of its occurrence. They found the two witnesses obviously very shaken, but believe that the accounts are fresh and unadulterated. Also pertinent is the fact that a large solar flare had just occurred, and intense auroral displays had been predicted. Also, the two women were apparently the only witnesses of this phenomenon. (Swords, Michael D., and Curtis, Edward G.; "Atmospheric Light Show," Pursuit, 16:116, 1983.) Comment. The article also contains the authors' analysis in some depth. Basically, they thought the phenomenon to be auroral with coincidental rainfall containing organic debris. Reference. Many other low-level auroras are described in GLA4 in Lightning, Auroras. This Catalog is described here . From Science Frontiers #34, JUL-AUG 1984 . 1984-2000 William R. Corliss ...
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... site in a marshy region near Wisconsin Rapids, Wisconsin. Scherz was led to the site by aerial photographs taken during a wetlands mapping program. Strange "islands" of higher land seen within the bog were found, upon terrestrial inspection, to be unusually steep, possibly artificial. Some were round, some four-sided; others were shaped like a fish, a rabbit, and a snake. [Wisconsin has many similar "effigy mounds" elsewhere.] Causeways connect some of these so-called islands. The most interesting features of the islands, however, are prominent rocks and rock cairns. Braving hordes of mosquitoes and ticks, Scherz and an assistant mapped the islands, cairns, and rocks to determine if any astronomical alignments existed. Sure enough, the solstices and equinoxes were predictable from some of the alignments. Another alignment provided the site's latitude. The exploration of this site is incomplete, and further information is expected. Quite possibly, the site is associated with the famous prehistoric coppermining activities around Lake Superior. (Murn, Thomas J.; "Portage County Cairns: Wisconsin's Rockhenge," NEARA Journal, 18:50, 1984. Originally published in Wisconsin Natural Resources, vol. 7, no. 2. NEARA = New England Antiquities Research Association.) Reference. Considerable detail on the prehistoric Lake Superior copper mining and the Wisconsin effigy mounds can be found in our Handbook: Ancient Man. For information on this book, visit: here . Wisconsin calendar site, showing some of the cairn-rock alignments. The stippled islands ...
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... CERN lab, in Geneva, physicists shoot protons and antiprotons at each other so that they collide head-on. The colliding particles usually fragment one another and in the process release a variety of subatomic debris and energy. Large arrays of detectors surrounding the collision site record the particles as they streak away. Usually the escaping particles can be easily identified; but in 1983 nine strange events were recorded, and more have occurred in 1984. Something both invisible and inexplicable carried off large amounts of energy during these "strange" events. Physicist Carlos Rubbia, of CERN and Harvard, said: "There is no sensible way to explain the missing energy by known particles." Some theorists believe that these anomalous events will be explained only by invoking what is termed "supersymmetry" theory. Supersymmetry predicts that twice as many particles as those known today must exist. Already, physicists are rushing to name the new, though unverified particles. The symmetric partner of the "quarks" will be the "squarks"; the "photon" will be paired with the "photino"; there will be the "selectron" for the "electron"; and so on. (Thomsen, D.E .; "Strange Happenings at CERN," Science News, 126:292, 1984.) From Science Frontiers #37, JAN-FEB 1985 . 1985-2000 William R. Corliss ...
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... Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Punching A Hole In The Asteroid Hypothesis Scientists have long searched for a cause for the profound geological and biological changes that apparently occurred between the Cretaceous and Tertiary periods. When an iridium-rich layer was found in several areas at this important boundary, many claimed it as proof of an asteroid impact or some other catastrophism that would nicely explain the massive worldwide changes that occurred. With this preamble in mind, consider the following abstract from an article in Science: "Analyses of the clay mineralogy of samples from the Cretaceous-Tertiary boundary layer at four localities show that the boundary clay is neither mineralogically exotic nor distinct from locally derived clays above and below the boundary. The significant ejecta component in the clay that is predicted by the asteroid impact scenario was not detected." (Rampino, Michael R., and Reynolds, Robert C.; "Clay Mineralogy of the Cretaceous-Tertiary Boundary Clay," Science, 219:1983.) From Science Frontiers #26, MAR-APR 1983 . 1983-2000 William R. Corliss ...
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... satellite into an orbit over the poles about 3700 miles out. The satellite, called Lageos, is covered with laser reflectors so that it can be tracked with high precision. At its altitude of 3700 miles, the earth's atmosphere is supposed to be so thin that friction will bring the satellite only 1/250th of an inch closer to the earth each day. The trouble is that Lageos actually falls at ten times this rate. In 1979 it descended 60% faster than it does now. Lageos will stay in orbit several hundred thou-sand years, but space scientists are understandably concerned about their theories about the upper atmosphere. Many suggestions have been made to explain this anomaly. Some say the atmosphere is thicker than expected; others prefer to think there is more helium than predicted; but the "plasma drag" effect seems to fit the situation the best. Lageos may, in fact, be electrically charged and interacting with the surrounding cloud of electrically charged particles and is ever so slightly braked by the electrical forces. (Maran, Stephen P.; "Fall from Space," Natural History, 91:74, December 1982.) From Science Frontiers #25, JAN-FEB 1983 . 1983-2000 William R. Corliss ...
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... the desert?Particle physicists have recently observed anomalous events in data from the proton-antiproton collider at the European Laboratory for Particle Physics (CERN). These unexpected events occur when a proton hits an antiproton head-on at very high energies. Highly collimated jets of charged particles shoot out in one direction, while an unrecognized "something" takes off in the opposite direction. The reactions take place at energies just beyond the masses of the newly discovered W and Z particles. Till now, this energy region has been dubbed a "desert" because, according to the so-called Grand Unification Theory of particle interactions, nothing is supposed to happen there. But there is something there after all; and whatever it is, it does not seem to be remotely like any known or predicted particle. (Waldrop, M. Mitchell; "Blooms in the Desert?" Science, 224:589, 1984.) From Science Frontiers #35, SEP-OCT 1984 . 1984-2000 William R. Corliss ...
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... -- that is, microscopic nature. At the human locus in the dimensional scheme of things, quantization is difficult to detect outside the physics laboratory. Daniel M. Greenberger, perhaps with the above title in mind, asked whether quantization might not also exist in astronomy and cosmology -- that is, macroscopic nature. He has applied the principles of quantum mechanics to nature in-the-large where gravitational forces are dominant. (Gravitational forces are negligible in the subatomic world.) His math cannot be reproduced here. Suffice it to say that Greenberger has applied his findings to the absorption lines of quasars and the elliptical rings surrounding normal galaxies. Now, quasars and galaxies are far from atomic nuclei, being vast assemblages of diverse matter. Somewhat surprisingly, his equations are successful in predicting some features of these two macroscopic entities. (Greenberger, Daniel M.; "Quantization in the Large," Foundations of Physics, 13:903, 1983.) Comment. At the very least it is mindstretching to find that complex systems with millions of stars may exhibit quantum effects. With some relief, we note that like microscopic quantization effects, the consequences of macroscopic quantization will be hard to discern in our comfortable "smooth" world. From Science Frontiers #32, MAR-APR 1984 . 1984-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 19: Jan-Feb 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Problems At The Rim Of The Solar System Neptune is an undisciplined member of the solar system. No one has been able to predict its future course accurately. Already this maverick planet is drifting off the orbit predicted just 10 years ago using the best data and solar-system models. All of the outer planets, in fact, confound predictions to some degree. In addition, some long-period comets have anomalous orbits. Astronomers have been aware that something was wrong for decades and anticipated finding a trans-Neptunian planet large enough to perturb the outer solar system. The discovery of Pluto did not help matters; it is much too small. The most popular explanation of the orbital anomalies relies on a large, still-undetected planet, possibly 3-5 times the mass of the earth, swinging sround the sun at some 80-100 Astronomical Units. But many have searched and no one has found anything. Planet-X , as it is often called, is just another bit of "missing mass." Thomas C. Van Flandern and Robert Harrington propose that all the obvious orbital damage in the outer solar system is the result of a single encounter between Neptune and another body, call it Planet X if you wish, that was passing through the outer reaches of the solar system. (Frazier, Kendrick; "A Planet beyond Pluto," Mosaic, 12:27, September/October 1981. ...
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... Science Frontiers ONLINE No. 8: Fall 1979 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Coral Carbon Ratios Confound Chronometry By measuring the carbon-14/carbon-12 ratios in the annual growth bands of coral, scientists hope to spot natural and man-made changes in global chemistry. For example, the large-scale use of fossil fuels should depress the ratio by adding carbon-12 in undue quanti ties. The advent of the nuclear age boosts the ratio through the addition of carbon-14 to the environment. Predictably, the carbon ratio rises dramatical ly after 1950 (the bomb tests, etc.). Before this date, however, anomalies crop up: Coral-ring and tree-ring data differ substantaially when they should not; Coral-ring carbon ratios from relatively close locales, such as Bermuda (solid line) and the Florida Keys (dashed line), also differ significantly. Item 1 might be due to non-atmospheric carbon upwelling in deep-ocean water; but this would not explain the Bermuda and Florida discrepancies. (Anonymous; "Carbon-14 Variations in Coral," Open Earth, No. 3 p. 30, 1979 Comment. These discrepancies are particularly relevant to the carbon-14 dating of seashells, which often produces wildly incorrect ages. From Science Frontiers #8 , Fall 1979 . 1979-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 22: Jul-Aug 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Where did the 1780 eclipse go?October 27, 1780. The Maine Coast. An expedition from Harvard and the American Academy of Arts and Sciences, led by Samuel Williams, had set up equipment to observe the predicted total eclipse of the sun. A solar eclipse occurred all right, but the expedition was shocked to find itself outside the path of totality. They saw a thin arc of the sun instead of its complete obscuration by the moon. Modern analyses of this embarrassing incident for embryonic American science blame Williams for miscalculating the path of totality. Actually, recent computations compound the mystery. The expedition measured the time of the eclipse as 40 seconds later than it should have been for their (erroneously selected) site. Modern analysts insist further that the expedition should have seen an arc 10 arcsec wide subtending an angle of 89 ; instead, Williams and his colleagues measured an arc of less than 24 . Finally, the measured duration of the eclipse was far different from what it should have been. The members of the expedition were skilled and their instruments excellent. What happened? Was it human error? Are modern eclipse-calculating methods in error? Did something astronomical happen, such as a temporary, slight glitch in the earth's period of rotation? The mystery persists. (Rothschild, Robert F.; "Where Did the 1780 Eclipse Go?" Sky and Telescope, 63:558, 1982. ...
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... of saints, histories, biographies, etc. They identified visionary experiences and explored the biological and sociological contexts. Kroll and Bachrach found 134 visions; that is, experiences that had no objective reality. We call such experiences hallucinations today; and their contents were the same then as they are now. What the authors are after in this study are the perceptions of the visionary experiences by the community. The survey demonstrated immediately that the visions of the Middle Ages appeared to all types of people, not just saints and seers; and, further, that most of the 134 experiences were unrelated to physical and mental health. It was also obvious that the various communities readily accepted these visions as bona fide spiritual and parapsychological experiences. In other words, they were taken as messages from God, predictions of future events, marks of spiritual favor, etc. Kroll and Bachrach concluded that in the Middle Ages visions were culturally supported phenomena and not evidences of psychological illness, as they are today. (Kroll, Jerome, and Bachrach, Bernard; "Visions and Psychopathology in the Middle Ages," Journal of Nervous and Mental Disease, 170:41, 1982.) Comment. Superficially there is little that is surprising in these results. The people of the Middle Ages had wider spiritual horizons, while we build mental hospitals and consider UFO contactees as nuts. Regardless of the cultural environment, visions keep on occurring. They virtually never have any practical import. Why, then, do we keep on seeing them? Waxing speculative again, the false-head butterflies mentioned on p ...
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... -Feb 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Species Stability Is A Real Problem The reader should refer to the following item for the basic paleontological facts discussed by Williamson. The biological implications of the mollusc lineages drawn up by Willianson are rather profound. In the present item, Williamson complains that scientists and critics have focussed primarily upon his claim that his mollusc lineages support the punctuated evolution model (which they do) but avoid his main point: namely, that the lineages are static over very long periods of time. They do not change slowly, bit by morphological bit, into new species as an evolutionist would expect. Instead, they remain un-changed until they become extinct. This striking aspect of the fossil record is not predicted by neo-Darwinism -- and there is the rub! (Williamson, Peter G.; "Morphological Stasis and Developmental Constraint: Real Problems for Neo-Darwinism," Nature, 294:214, 1981.) Comment. In neo-Darwinism, evolution unfolds by small accumulated changes, the causes of which may be chemicals in the environment, nuclear radiation, and other "stresses." Neo-Darwinism goes hand-in-hand with geological Uniformitarianism, both of which are favored philosophically by scientists because slow change is more amenable to scientific explanation. The large sidewise steps of punctuated evolution are difficult to explain in terms of known "forces." In this context, the radical concepts of directed panspermia and the impact of viruses on evolution may be important! From ...
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... be seen! Despite the acknowledged deficiencies, it is clearly more than a stroke of luck that mathematics describes so much of reality so accurately. And here is the spooky part of the whole business. In formulating their web of logic, mathematicians make many more or less "artistic" decisions that are colored by reality and their expectations of reality. To illustrate, "symmetry" is a human passion that reality may disdain. In other words, because mathematicians are prejudiced by their experience in the real world and are an integral part of that world, it is not surprising that their artistic renditions mirror reality to some extent. (Little, John; "The Uncertain Craft of Mathematics," New Scientist, 88:626, 1980.) Comment. It might also be that mathematics predicts unknown realities because of the human mind's subconscious knowledge or appreciation of them -- a sort of innate appreciation of that portion of the universe still unknown to the conscious mind. From Science Frontiers #14, Winter 1981 . 1981-2000 William R. Corliss ...
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... Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Magic numbers in helium-atom clusters Because spheres can be packed snugly together in certain configurations, one would expect the atoms of inert gases, such as helium, to cluster together in similar tightly packed groups. The numbers of spheres or atoms in these geometrically and energetically favored clusters are termed "magic." One would expect, for example, the number 13 to be magic because this would be the number of spheres fitting tightly into a 20-sided solid. Sure enough, when clusters of helium atoms are "weighed" with a mass spectrometer, the number 13 is strongly favored; so are 19, 25, 55, 71, 87, and 147. Some of these experimentally derived magic numbers can be predicted theoretically, but others were surprises. Some theoretical magic numbers did not turn out to be magic in reality; notably 7, 33, and 43. Clearly nature has other criteria for "magickness" than the physicists. (Anonymous; "Magic Numbers Do Hold Atoms Together," New Scientist, 92:598, 1981.) From Science Frontiers #19, JAN-FEB 1982 . 1982-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 15: Spring 1981 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects "TIRED LIGHT" THEORY REVIVED The Expanding Universe Theory depends to a large degree upon the correctness of Hubble's Law; viz., the redshifts of distant objects are directly proportional to their distances from earth. Unfortunately for the Expanding Universe, some redshift measurements indicate a quadratic rather than linear relationship between redshift and distance. I.E . Segal's chronometric theory of the cosmos, however, does predict a quadratic relationship. In Segal's theory redshifts are due to the gravitational slowing of light rather than any gereral expansion of the universe. Even if most astrophysicists are finally persuaded that the quadratic relationship is real, they will be loath to abandon the philosophically appealing Expanding Universe. Not only is the Expanding Universe consistent with Relativity but it states unequivocally that the earth (and man) does not occupy a preferred place in the universe. (Hanes, David A.; "Is the Universe Expanding?" Nature, 289:745, 1981.) Comment. A geocentric theory would intimate a supernatural force favoring humanity. From Science Frontiers #15, Spring 1981 . 1981-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 19: Jan-Feb 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects African Fossil Sequences Support Punctuated Evolution East of Lake Turkana, in northern Kenya, the geologist finds exceptionally fine sequences of fossil molluscs in old lake deposits. Williamson has scrutinized the distribution of some 190 faunas with high stratigraphic resolution; that is, he believes he has been able to sketch for the first evolutionary events on a fine time scale. Williamson underlines three important observations: (1 ) Species seemed to arise suddenly, as predicted by the "punctuated evolution" model; (2 ) The formation of new species was accompanied by marked developmental instability in the transitional forms; and (3 ) All lineages were morphologically stable for long periods -- they did not change form! The biological implications of this important study are summarized in the preceding item. (Williamson, P.G .; "Palaeontological Documentation in Cenozoic Molluscs from Turkana Basin," Nature, 293:437, 1981.) Comment. Evolutionists have often bewailed the obvious lack of transitional forms (missing links) in the stratigraphic record. According to Williamson's results, transitional forms would be few in number and display considerable morphological instability. In essence, this means that missing links may not exist in a practical sense. If this is true, one wonders whether those famous evolutionary family trees in all the textbooks, such as that of the horse, are really misleading. From Science Frontiers #19, JAN-FEB 1982 . 1982-2000 ...
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... involve so much legerdemain and trickery, scientists generally avoid psychic research. Taking a different tack, R.G . Jahn, at Princeton, has been experimenting with microscopic psychic effects, such as raising the temperature of a thermistor by a few thousandths of a degree or changing the separation of interferometer mirrors by a hundred-thousandth of a centimeter. Quite unexpectedly (at least to the conventional physicist) the mind seems able to cause such changes at will under controlled conditions. The changes are minuscule to be sure, but cause-and-effect is clear-cut according to Jahn. But don't say that psi power has now been scientifically proven. The effects vary from person to person and, for the same individual, from time to time. The fact that one cannot predict the occurrence of the effects has led Jahn to speculate that the phenomena are inherently statistical. (Anonymous; "Dean Justifies Psychic Research," Science News, 116:358, 1979.) Comment. In other words, the effects resemble radioactivity where the behavior of a single atom is unpredictable but en masse the atoms follow the law of radioactive decay. From Science Frontiers #10, Spring 1980 . 1980-2000 William R. Corliss ...
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... , a network of observers has been set up in California in an earthquake-prone area. Most reports of strange animal behavior have been after-the-fact. Furthermore, the "strange behaviors" frequently turn out to be common during quake-free periods, but simply not remarked upon. Nevertheless, geophysicists did observe some clear-cut instances of animals super-sensitivity to quake phenomena. Studying aftershocks in the Mohave Desert in 1979, Donald Stierman and his colleagues often heard earthquake booms 4-l0 sec after feeling the shock and seeing their portable seismometers record the tremor. Two dogs nearby inevitably responded with a chorus of barking. Sometimes though, the human observers heard and felt nothing when the seismometers and dogs announced another aftershock. (Kerr, Richard A.; "Quake Prediction by Animals Gaining Respect," Science, 208: 695, 1980.) From Science Frontiers #11, Summer 1980 . 1980-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 1: September 1977 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Animal Behavior Prior To The Haicheng Earthquake The catastrophic Chinese Haicheng earthquake of 1975 was preceded by many reports of unusual animal behavior. Beginning in December 1974, lay observers noted dazed rats and snakes that appeared to be "frozen" to the roads. In February, reports of this type increased markedly, including observations of general restlessness and agitation of the larger animals, such as cows and horses. Rats now appeared as if drunk. Chickens refused to enter their coops and geese frequently took to flight. Chinese scientists seem convinced that such animals behavior might help predict some of the larger earthquakes. Further research is being undertaken at the Institute of Biophysics in Peking and at Peking University. (Molnar, Peter, et al; "Prediction of the Haicheng Earthquake," Eos, 58:254, 1977.) From Science Frontiers #1 , September 1977 . 1977-2000 William R. Corliss ...
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... exception of the British New Scientist and a recent article in Science, 199:1416, March 31, 1978. Comment. The detonations were rather strong, shaking houses and even causing picture windows to fall out. In some instances, flashes of light and other luminous phenomena were reported. The sounds were characterized as "air quakes" by some scientists because they did not always register on seismographs, although they were usually recorded on air-pressure monitoring equipment. One's first inclination is to attribute such detonations to supersonic aircraft and missles, but the U.S . military immediately denied they were to blame. Seismic noises come to mind next, but the frequent failure to register the events on seismographs suggested an atmospheric phenomenon. The National Enquirer (January 24, 1978) rather predictably linked the booms to UFOs. In the federal government, the Naval Research Laboratory (NRL) was assigned the task of tracking down the booms. In March, NRL reported that all of the 183 detonations they investigated were due to supersonic aircraft. That seemed to end the matter -- just as the Condon Report signalled the demise of UFOs!! The booms had an interesting side effect: they triggered urgent requests for the two Strange Phenomena sourcebooks from several universities, think-tanks, and intelligence agencies. There may be more to this than meets the ear. For more information, see Walter Sullivan's articles in the new York Times of January 13 and 19, 1978. The Strange Phenomena sourcebooks are superceded by a series of four geophysics Catalogs. One of these, ...
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... -as-a -whole as a most complex, interlinked system. What might be the dynamics of such a megasystem? From the mathematical point of view, many of the processes involved, as life copes with the environment, are doubtless nonlinear, which means that chaotic conditions may sometimes prevail. In fact, the graphs presented below could have been taken right out of a book on chaotic systems. Life's extinctions and explosions might have no connection to asteroids, Ice Ages, or global volcanism. If something as simple as a spherical pendulum can lapse into chaotic motion, life-as-a -whole should show occasional wild behavior, too. Take our planet's weather as another example. Idealists once thought that given enough observations and computer power, weather could be predicted. But, alas, our atmosphere has also turned out to be a chaotic system, and long-term predictions are next to impossible. So, too, with life and its development. Those extinction-explosion plots may be just the paleontological expressions of a chaotic system. From Science Frontiers #59, SEP-OCT 1988 . 1988-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 35: Sep-Oct 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects ARE BLUEBLOODS MORE OFTEN TYPE A? In the 1983 issue of Nature (303:522), J.A . Beardmore and F. Karimi-Booshehri reported that, based on a study of a specific British population, A-blood groups are significantly more common among the higher socio-economic groups. As one might predict whenever someone asserts that human success is genetically determined, an avalanche of mail descended on the Nature office. Two other studies that did not show the blueblood effect were offered, although somewhat different populations were involved. Many letters tried to find an explanation for this anomaly in the constitution of the sample. By the time one got to the response by the authors, the whole issue was clouded. (Mascle-Taylor, C.G . N., et al; "Blood Group and Socio-Economic Class," Nature, 309:395, 1984.) From Science Frontiers #35, SEP-OCT 1984 . 1984-2000 William R. Corliss ...
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... have here tiny, hard-to-visualize phenomena that are so scientifically important that it is worthwhile trying to understand them. In the first abstruse phenomenon, quantum mechanical effects demonstrate that the laws of classical electromagnetism are flawed. According to the classical view, an electron cruising by an ideal solenoid (a tube with an internal magnetic field but none outside) should be unaffected; that is, the electron should not "feel" the confined magnetic field. But, in the quantum mechanical view, the "presence" of the electron is smeared out so that it penetrates the solenoid, and the electron is affected by the confined field. This has been demonstrated. A Los Alamos scientist, D. Ahluwalia, ventures that an analogous situation prevails with gravity. He notes that General Relativity predicts that a particle (or person) in free fall cannot distinguish this condition (weightlessness) from the situation in a hollow shell of matter, where the gravitational field is cancelled out. A person would feel weightless in both situations. But the strange part arises when one looks at the two situations from the perspective of quantum mechanics; that is, one puts gravity into Shroedinger's equation. Ahluwalia asserts that the particle's (or person's ) gravitational presence is smeared out, just like that of the electron outside the solenoid. In consequence, masses can "feel" their gravitational potential and will behave differently in free fall than when inside a hollow sphere, contrary to what Einstein maintained in his General Relativity. (Seife, Charles; "Einstein in Free Fall ...
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... Science Frontiers ONLINE No. 116: Mar-Apr 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Ten Strikes Against The Big Bang T. Van Flandern, editor of the Meta Re search Bulletin, has compiled a list of Big-Bang problems -- and it is not a short list. Can the Big-Bang paradigm be that shaky? Like Evolution and Relativity, the Big Bang is usually paraded as a proven, undeniable fact. It isn't . Static-universe models fit the data better than expanding-universe models. The microwave "background" makes more sense as the limiting temperature of space heated by starlight than as the remnant of a fireball. Element-abundance predictions using the Big Bang require too many adjustable parameters to make them work. The universe has too much largescale structure (interspersed "walls" and voids) to form in a time as short as 10-20 billion years. The average luminosity of quasars must decrease in just the right way so that their mean apparent brightness is the same at all redshifts, which is exceedingly unlikely. The ages of globular clusters appear older than the universe. The local streaming motions of galaxies are too high for a finite universe that is supposed to be everywhere uniform. Invisible dark matter of an unknown but non-baryonic nature must be the dominant ingredient of the entire universe. The most distant galaxies in the Hubble Deep Field show insufficient evidence of evolution, with some of them apparently having higher redshifts (z = 6-7 ) than ...
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... Science Frontiers ONLINE No. 114: Nov-Dec 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects It can't be true because it violates our ideas!This was the collective opinion of many atmospheric scientists when a satellite experiment found approximately 50% more water vapor at an altitude of 75 kilometers than well-established theory predicted. That was back in 1991. Now, a second satellite experiment of different design has confirmed the existence of this "excess" water vapor. Most geophysicists are perplexed, to say the least. Not L. Frank, though, because these experiments are in line with his theory that the upper atmosphere is continuously pelted by house-size, fluffy, icy comets -- some 20 each minute. (SF#112) Frank asserts: "When you get that excess of water vapor up there, it just can't come from the Earth. It must come from space." Even so, other geophysicists are reluctant to accept Frank's icy comets -- that would be too much "crow" to eat! One point levied against Frank's icy comets is that they would introduce more than three times the amount of water vapor actually measured. M. Summers, a theoretician at the Naval Research Laboratory, summed up mainstream opinion: "There's definitely something very unusual going on in the mesosphere that we don't understand at all, but I'm not even close to saying this supports the small-comet hypothesis." (Kerr, ...
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... of PEAR experimental results: The scale and character of the results are rather insensitive to the type of random devices (machines) employed. Operator learning and experience have no effect on performance. Operators may exert their "intentions" on the machine hours or days before the machine is run and still produce results similar to "on-time" machine operation. The distance between operator and machine has no effect on the results. (Jahn, Robert G., and Dunne, Brenda J.; "Science of the Subjective," Journal of Scientific Exploration, 11:201, 1997.) Comment. That PEAR results are unaffected by by the timing and distance of the operator attempting to affect the behavior of the machine is somewhat troublesome to many scientists, but not inconsistent with some predictions of quantum mechanics. Much more serious to objective science is the implication that a scientist performing an experiment can subjectively (consciously or unconsciously) affect his results, as in the psychokinetic control of a meter reading or an electronic data processor. If such things can happen, one scientist could not replicate the experiment of another scientist. From Science Frontiers #114, NOV-DEC 1997 . 1997-2000 William R. Corliss ...
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... hardware described in SF#115 is only one several efforts underway aimed at modeling life and evolution. Network Tierra. Here we have a network of 150 computers linked worldwide by the Internet. One objective is the exploration of structures and patterns of information that drive evolutionary processes. A key element is an artificial lifeform that begins as a "seed organism" (modeled as information, of course) that wanders at will among the different environments presented by the computers in the network. So far, these digital organisms are surviving and changing. (Blakeslee, Sandra; "Cyberlife Critters Evolving in Computer Network," Austin American-Statesman , November 30, 1997. Cr. D. Phelps. Minad Project. Begun in 1953, the Minad Project is pure futurism; that is, the prediction of where the computer revolution is taking us. The Minad Project envisioned three evolutionary stages: Wiring the world (already accomplished as today's Internet); The transformation of the network into a high-speed creative mechanism (the Technosphere); and The emergence of global hyperintelligence (the Autosphere). The Minad Project is now forecasting what this all means for non-silicon-based life in the 21st. Century. (Baker, Lance; "They're Taking Over," New Scientist, p.55, December 6, 1997.) From Science Frontiers #116, MAR-APR 1998 . 1998-2000 William R. Corliss ...
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... five perfect numbers* required about 15 minutes of run time; the last few digits of the exact number of microseconds required to run this program each time varied quite unpredictably. In other words, it was a random number, except perhaps from the standpoint of philosophical determinism, which claims that every event in the entire universe has been determined from the beginning." (Everit, Richard G.; personal communication, November 2, 1996) *A perfect number is equal to the sum of its divisors. The first two are 6 and 28; the others being difficult to find with just pencil and paper! Comment. Computer unpredictability? There's something human in those chips! Of course, K. Capek knew this would be the case with any complex machine, as he predicted in his 1921 drama R.U .R . (Rossum's Universal Robots). From Science Frontiers #109, JAN-FEB 1997 . 1997-2000 William R. Corliss ...
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... '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 Beginning," New Scientist, p.7 , April 25, 1998.) Comment. Hang onto your hats. If a phase change happened once, it can happen again. Things may fall up tomorrow. ...
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... , but who were subsequently revived (obviously!). Typical of Ring's collected testimonies was this from a 17-year-old NDE percipient: "I was informed that mankind was breaking the laws of the universe and as a result of this would suffer. This suffering was not due to the vengeance of an indignant God but rather like the pain one might suffer as a result of...defying the law of gravity. It was to be an inevitable educational cleansing of the earth... "At the end of this general period of transition, mankind was to be "born anew" with a new sense of his [or her] place in the universe." Surveying his collection of like testimony, Ring generalized: "Surprising commonalities in these visions predicted a rising tide of natural, economic, and political crises culminating around 1988. Unless human beings turned toward God, took better care of the planet and each other, an apocalyptic cleansing would occur, possibly including a nuclear war, followed by the long promised New Age." 1988 has passed and we are still here. Is there objective evidence that humans mended their ways and averted the promised "cleansing? A.S . Alschuler, the author of this provocative paper thinks so, and he produces four graphs to prove his point. Each addresses a concern transmitted via people who experienced NDEs: (1 ) production of chlorofluorocarbons; (2 ) nuclear arsenal levels; (3 ) weapons exports; and (4 ) the number of peacekeeping missions. (We reproduce only two ...
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... but all is serene inside. These segments are termed "seismic gaps." They may stretch for hundreds of kilometers. Theory insists that all seismic gaps must eventually be filled in. After all, the rocks can take only so much stress. Theory may be wrong because at least ten seismic gaps seem to be permanent. Something unexplained is transpiring beneath the surface that allows oceanic plates to slide quietly down under the continents and deep into the mantle. One such permanent seismic gap is especially embarrassing to geophysicists. It stands out prominently on earthquake maps of the very active Peruvian coast. When the immense quake of 1974 shook this coastline, this gap was unperturbed. Neither did the many aftershocks violate this charmed region. Not believing in subterranean magic, some geophysicists confidently (and very loudly) predicted this reluctant gap would soon yield. After 23 years it is still there! (Penvenne, Laura Jean; "When It's Better to Build on the Fault," New Scien tist , p. 14, January 11, 1997.) From Science Frontiers #112, JUL-AUG 1997 . 1997-2000 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 More Sheldrake Heresy "In 20th century physics, the fact that the observer and the observed are linked is well established. In biology this is heresy." Thus spake Rupert Sheldrake, and he is absolutely correct. He was referring, of course, to that "spooky" prediction of quantum mechanics that the mere act of observing subatomic particles affects them. (See: "A Watched Atom Is an Inhibited Atom" in SF#67.) Sheldrake proposes extending the "observer effect" to biology. In effect, he suggests replacing the state of an atom with the state of the neurological connections within the human brain. All this technical jargon breaks down to a simple question: Can a person tell if he or she is being stared at? Before you leap ahead to the next item, which we assure you is not as highly charged with controversy, consider that Sheldrake has conducted thousands of tests that do seem to show the reality of the observer effect in biology. Sheldrake separates starer from staree by a glass window. The staree faces away from starer and is blindfolded. Prompted by a random-number generator, the starer stares or does not stare. The staree responds positively if he feels the starer's eyes locked on to the back of his head. The starees are right more than 50% of the time. In fact, some starees are particularly sensitive to stares and respond correctly up to ...
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... Science Frontiers ONLINE No. 97: Jan-Feb 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Did the universe have a beginning?" Abstract. The big bang theory postulates that the entire universe originated in a cosmic explosion about 15 billion years ago. Such an idea had no serious constituency until Edwin Hubble discovered the redshift of galaxy light in the 1920s, which seemed to imply an expanding universe. However, our ability to test cosmological theories has vastly improved with modern telescopes covering all wavelengths, some of them in orbit. Despite widespread acceptance of the big bang theory as a working model for interpreting new findings, not a single important prediction of the theory has yet been confirmed, and substantial evidence has accumulated against it. Here, we examine the evidence for the most fundamental postulate of the big bang, the expansion of the universe. We conclude that the evidence does not support the theory, and that it is time to stop patching up the theory to keep it viable, and to consider fundamentally new working models for the origin and nature of the universe in better agreement with the observations." This paper's author, T. Van Flandern, dismisses quickly two pillars of the Big Bang; i.e ., its supposed predictions of the cosmic microwave background and the abundances of light elements in the universe: "The big bang made no quantitative prediction that the "background" radiation would have a temperature of 3 degrees Kelvin (in fact its initial prediction was 30 degrees Kelvin); whereas Eddington ...
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... Yi-Jehng Kuan and Yanti Miao at the recent Minneapolis meeting of the American Astronomical Society. Students of L. Snyder, at the University of Illinois, Kuan and Miao reported that the amino acid glycine had been detected in a molecular cloud named Sagittarius B2. Glycine has only ten atoms and is the smallest of the 20 amino acids vital to life-as-we-know-it. The Science article supposed that this discovery of extraterrestrial glycine might reignite speculation that earth life might not be unique after all. (Travis, John; "Hints of First Amino Acid outside Solar System," Science, 264:1669, 1994.) Structure of the amino acid glycine What Science did not mention but New Scientist did is that F. Hoyle and C. Wickramasinghe have long predicted that the molecules of life, as well as life itself, would be found in outer space. Now, after much ridicule, they are being vindicated. "It's been a long hard struggle," said Hoyle. Wickramasinghe remarked that the discovery was "no surprise at all." "He believes it is only a matter of time before other amino acids, together with nucleotide bases, the components of nucleic acids that make up genetic material, are found in space. 'This is just the tip of the iceberg,' he says. 'I would fully expect a vast array of life molecules to be discovered in space, and then there would be no doubt as to where terrestrial life began.'" (Hecht, Jeff; "' Molecule of ...
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... Science Frontiers ONLINE No. 103: Jan-Feb 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Einstein's nemesis: di herculis DI Herculis is an 8th-magnitude eclipsing binary about 2,000 light years from earth. These two young blue stars are very close -- only one fifth the distance from earth to our sun. They orbit about a common center of gravity every 10.55 days. So far, no problem! The puzzle is that, as the two stars swing around one another, the axis of their orbit rotates or precesses too slowly. General relativity predicts a precession of 4.27 /century, but for DI Herculis the rate is only 1.05 /century. This does not sound like a figure large enough to get excited about, but it deeply troubles astronomers. D. Popper, an astronomer at UCLA, says: "The observations are pretty clear. I don't think there's any question there's a discrepancy and, frankly, it is an important one and it's unresolved." Accentuating the challenge to general relativity is the discovery that a second eclipsing binary, AC Camelopardalis, also violates general relativity in the same way. It seems that wherever gravitational fields are extremely strong and space-time, therefore, highly distorted, general relativity fails. Ironically, it was a very similar sort of astronomical observation that helped make general relativity a pillar of the scientific edifice early in the 20th. century. The orbit of Mercury precesses a ...
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... Science Frontiers ONLINE No. 97: Jan-Feb 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Does the past influence the future?R. Sheldrake's theory of morphic resonance answers this question affirmatively. For example, it predicts that once a chemical compound is synthesized it will be easier to synthesize it again in the future because the compound's "morphogenetic field" will "guide" the chemical processes along paths already established. Can you wonder why mainstream science advised that Sheldrake's book, A New Science of Life , be BURNT! Well, there was a lot of smoke but the theory survives. Nature, in fact, is full of observations, such as parallel evolution, that support the idea of morphic resonance. And in the laboratory, a few brave souls are conducting experiments that seem to confirm the theory more directly. "Using a novel laboratory approach, researchers at Yale University have been able to create a morphogenetic effect after stimulating only 100 subjects. They employed a series of trivial paper-and-pencil tasks (such as "Put an X in any one of the four boxes shown below"). Experimenters tallied how an initial group of 100 students responded to these tasks. Then they forced a second group of 100 students to respond to the tasks in a set manner (" Put an X in the third box below"). Finally, they presented the same tasks to a third group of 100 students, allowing them to complete them, as with the first group ...
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... Sourcebook Project Sourcebook Subjects Rubber Duckies Chase Nike Shoes Across Pacific Remember that amusing item in SF#84 about the 80,000 Nike shoes that were lost overboard in the Pacific in 1991? These shoes washed ashore months later in Canada and Alaska, carried thousands of miles by prevailing currents. Well, it's happened again. This time, eleven steel containers fell off a cargo vessel in the North Pacific near the International Dateline. The containers released 29,000 bath toys: duckies, turtles, froggies, and beavers. Ten months after the spill (January 10, 1992), the first yellow duckies washed ashore in Canada. These spills are useful in charting ocean currents but, except for wry Fortean content, are of little import to anomalists. However, there is one prediction of the computer models that is worth noting: Some of these bath toys may make it through the Bering Strait, across the Arctic Ocean, down past Greenland, and onto Atlantic shores. So, keep your eyes open at the beach! (Anonymous; "Rubber Ducky Armada Crosses Pacific," Science News, 146: 254, 1994. Carlton, Jim; "Tub Toys Are Ducky Ocean Researchers," Wall Street Journal, September 30, 1994. Cr. J. Covey) From Science Frontiers #97, JAN-FEB 1995 . 1995-2000 William R. Corliss ...
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... of parapsychological research. [? ?] Instead, Beloff suggests that a paranormal phenomenon actually represents a "violation of the natural order." Nature, he says, reacts to these rents in the fabric of the cosmos by healing them just as our bodies heal wounds. The more robust the phenomenon, the more strenuously nature reacts, apparently almost completely ignoring the "weak" phenomena. (Beloff, John; "Lessons of History," American Society for Psychical Research, Journal, 88:7 , 1994.) Comment. We could add to Beloff's list of phenomena: UFOs, the Loch Ness monster, crop circles, cold fusion, infinite-dilution results, the fifth force, windshield pitting, ancient astronauts, and polywater, to name a few. We predict that the scientific community will not countenance these "violations" of natural order any more than it welcomed Sheldrake's morphogenic fields! From Science Frontiers #93, MAY-JUN 1994 . 1994-2000 William R. Corliss ...
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... ONLINE No. 92: Mar-Apr 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Chaos At The Amusement Park Readers of Science Frontiers are well aware that some denizens of our solar system exhibit chaotic motion, as do some pendulums and even dripping faucets. Chaosists seem to be able to find chaos everywhere they look. If you have ever ridden on that amusement park staple called the Tilt-A -Whirl, you will recall that the ride is fun because you never know exactly what the car you are riding in will do as the platforms move along the hilly circular track. Each car is free to rotate about its center and will also tilt in all possible directions as the cars go up and down the hills. Can one mathematically predict whether the car will spin clockwise, counterclockwise, or not at all? What a neat problem for a physicist! And two physicists, R.L . Kautz and B.M . Huggard, have developed a mathematical model of the Tilt-A -Whirl. By integrating the equation of motion, they find that the Tilt-A -Whirl is, indeed, a chaotic system. You really cannot tell what the car is going to do -- even if you take your laptop along with you! (Kautz, R.L ., and Huggard, Bret M.; "Chaos at the Amusement Park: Dynamics of the Tilt-A -Whirl," American Journal of Physics, 62:59, 1994.) From Science Frontiers #92, MAR ...
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... Science Frontiers ONLINE No. 92: Mar-Apr 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Jovian lightning or cosmic short circuit?In July, 1994, the comet Shoemaker-Levy 9 is scheduled to meet a fiery end as it plunges into Jupiter's atmosphere. Since this cataclysm is predicted to occur on Jupiter's far side, the pyrotechnics will be largely hidden from our telescopes. Yet, if any of Jupiter's four large Galilean satellites are swinging behind Jupiter during the comet's impact, but still visible to us by virtue of their distances from Jupiter, we might see one or more of these moons suddenly brighten due to light reflected from the incineration below. This very well might happen, and something similar has happened before. On July 26, 1983, just 6 minutes after it emerged from behind Jupiter, the Galilean satellite, Io, suddenly brightened by 50% -- a "flash" that lasted 118 seconds. Now, Io is notoriously fickle brightness-wise. Its post-eclipse brightening has long puzzled astronomers, but this short, intense flash was even more anomalous than usual. H.B . Hammel and R.M . Nelson suggest that this 1983 flash might have been the reflection of some catastrophic event occurring on the hidden half of Jupiter -- possibly the impact of some large object -- or, even more intriguing, Jovian lightning. (Hammel, H.B ., and Nelson, R.M .; "Bright Flash on Jupiter ...
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... Science Frontiers ONLINE No. 86: Mar-Apr 1993 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The acoustics of rock art Where did agriculture really begin? Astronomy Meteoric "dust bunnies" Cosmic snowballs and magnetic asteroids Biology Must we die? the medfly's answer How a fly hears what a cricket hears Once more science fiction predicts the future! Rethinking aids Geology Geysers as detectors of distant earthquakes Precariously balanced rocks as earthquake detectors Geophysics An electrical virtuoso The milky sea a.k .a . "white water" A CURIOUS SIGHTING Cloud plumes natural but still a bit anomalous Logic and Mathematics Math's mystery All roads lead to 123 Psychology Hypnosis and skin temperature Hypnosis and basketball Physics Solar radiation and mental illness ...
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