... Science Frontiers ONLINE No. 63: May-Jun 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Cold Fusion And Anomalies "I think the physicists have suddenly discovered electrochemistry," said A.J . Bard, from the University of Texas. Ironically, the "cold fusion" experiments making headlines these days are small, simple, and cheap. In contrast, the "hot fusion" physicists have spent some 30 billion dollars since 1951 on huge, complex machines. We don't yet know the specific thoughts and observations that led the Utah electrochemists to cold fusion, but we hope they were anomalous observations of some sort, such as the detection of unexpected neutrons from electrochemical experiments. If such turns out to be the case, the role of anomalies in scientific research will be underscored. Be that as it may, a genie has been uncorked. Both cold fusion and the re-cent excitement over high-temperature superconductivity demonstrate that a largely unexplored universe exists in the electrochemistry of the solid state. Favorite theories lie in shambles; faces are very red; the most elite of our scientific institutions were caught with blinders on! Beyond these amusements, the practical import for energy production is enormous, and who know what else will eventuate? But what about science itself? First, cold fusion will doubtless generate a brand new crop of anomalies which we are only able to guess at now. Pertinent to our effort to catalog anomalies, it is possible that cold fusion may be occurring deep in the earth giving rise ...

... 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 A Brief History Of Quantized Time The poet Stephen Spender once observed that time is "larger than our purpose." Perhaps he should have written "times", for the various portions of the universe we can see through our telescopes may be moving along different "time lines" -- on different schedules, so to speak. According to W.G . Tifft, we may have to replace our concept of one-dimensional time with three-dimensional time if we are to explain some pressing cosmological anomalies. Redshift differences of double galaxies. The horizontal axis is the redshift difference in kilometers/second. The vertical axis is the number of pairs having a given redshift difference. It all began about 1970 OTL (Our Time Line!), when Tifft showed that the redshifts of galaxies are quantized. To illustrate, the diagram indicates that the redshifts of binary galaxies tend strongly to cluster at 72 and 72/3 kilometers/ second. One would certainly not expect ponderous galaxies to orbit one another in a quantized fashion. It is almost as if binary galaxies emulate those dumbbell-shaped molecules that can spin around only at specific frequencies! Can the mechanics of the very large (galaxies) be quantized like the very small (atoms and molecules)? Tifft obviously thinks so: "Quantization, it seems, is a basic cosmological phenomenon. It must reflect some master plan." The Finnish physicist, A. ...

... archeologist, claims that rock carvings in Petroglyph Provincial Park were etched by European explorers circa 800 BC rather than by Native Americans. One petroglyph, for example, depicts a Viking-like ship almost identical to those carved on a rock near Boslund, Sweden. There are also abstract symbols like those used by Northern Europeans in the same time frame. (Anonymous; "Did Vikings Pay Early Visit?" Baltimore Sun, August 13, 1999.) Comment. Kelley's observations certainly bolster B. Fell's claims in his book America B.C . that Europeans made landfall in North America long before Columbus set sail. Early Chinese. Perhaps Chinese adventurers beat the Europeans to the New World. At a symposium in Anyang, China, M. Xu Hui (Texas Christian University) presented 56 matching sets of characters found in both the Americas and China. "They so closely resemble the 3,000-year-old Shang Dynasty characters for the sun, sky, rain, water, crops, trees, and astronomy that if they had not been found in America, Chinese experts would have classified them automatically as pre-221 B.C . Chinese script." (Rennie, David; "Carvings Link Chinese with American Indians," Chicago SunTimes , August 31, 1999. Cr. J. Cieciel.) Early Australians. A new BBC documentary entitled Ancient Voices proclaims that the first settlers of the New World were from Australia and Melanesia. Skulls thought to be 9,000-12,000 years old have been unearthed in Brazil with ...

... 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 Cold fusion: new experiments and theories Cold-fusion research continues in many labs, particularly outside the US, where minds seem more open. At a recent meeting in the Soviet Union, 45 coldfusion papers revealed intense foreign activity. The Soviets are spending 15 million rubles for further research. In Japan, a Japanese-American team has even set up an experiment a half-mile underground to cut out stray radiation. (R2) However, the US is doing something despite the ridicule from the popular and scientific media. B.F . Bush and J.J . Lagowski of the University of Texas in Austin and M.H . Miles and G.S . Ostrom of the Naval Weapons Center in China Lake, Calif., say the helium levels they measured correlate roughly with the amount of heat generated in the fusion reaction. .. .. . Those who believe in cold fusion are quite excited. "It's a world-turning experiment, a lollapalooza," says John O'M . Bockris, a physical chemist who has researched cold fusion at Texas A&M University in College Station. (R1) According to Dr. Mallove of M.I .T ., another provocative set of experiments are those at the Los Alamos National Laboratory in New Mexico where Dr. Howard Menlove has repeatedly detected bursts of neutrons, subatomic particles that are a fusion byproduct. (R2) ...

... Science Frontiers ONLINE No. 97: Jan-Feb 1995 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The "inscribed wall" at chatata, tennessee Whence the 200,000 logs of chaco canyon? Astronomy How can some stars be older than the universe itself? Did the universe have a beginning? Solar-system puzzles Biology Fruit dupe Possible survival of giant sloths in south america The early (and persistent) insect catches the bird! Geology The earth's most common topographical feature: abyssal hills The 627-foot water slide between australia and india The age of fire and gravel Geophysics Football-sized snowflakes A LINE IN THE SEA Rubber duckies chase nike shoes across pacific Psychology A MAJOR STUDY OF DOWSING Mentally influencing the structure of water Does the past influence the future? ...

... Science Frontiers ONLINE No. 68: Mar-Apr 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Game of life favors right-handers With condolences to our southpaw readers, things do not look too good for them. Accidents. "Left-handed people are almost twice as likely to suffer a serious accident as right-handers, according to a recent study. Stanley Coren, an experimental psychologist at the University of British Columbia in Vancouver, Canada, claims that his finding helps to explain why less than 1 per cent of all 80year-olds are 'southpaws,' whereas they comprise nearly 13 per cent of all people aged 20." Coren surveyed students at his University for four years and found that the probability of a left-hander having a car accident was 85% higher; accidents with tools were 54% higher; home accidents were 49% higher; etc. Coren blames these lopsided statistics upon the fact that the world is ordered for right-handers, not that left-handers are innately more clumsy. (Dayton, Leigh; "The Perils of Living in a Right-Handed World," New Scientist, p. 32, October 28, 1989.) But Coren's study, above, omits the "health" factor, which we now supply from a different source. "Halpern and Coren recently described an association between lefthandedness and a lower life expectancy. This finding is not unexpected because left-handedness has been linked to three leading causes of death in our society - ...

... 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 Repent! the phase change is coming!The world as we know it may not end in a nuclear holocaust or even in the greenhouse effect. Rather, suggest M. M. Grone and M. Sher, the universe-as-a -whole may undergo a phase change. Such an event has already happened once and it may again. Approximately 10-10 seconds after the Big Bang, the force laws changed discontinuously as the universe cooled. Some models of the cosmos predict that another such phase change may occur when photons suddenly acquire mass. Grone and Sher have sketched the effects on terrestrial civilization: "The most dramatic effect would be the elimination of all static electric and magnetic fields over a range greater than 1 cm, and the elimination of all electromagnetic radiation with frequencies smaller than a few hundred gigahertz. We have shown that there would be relatively little impact on atomic structure and on solar radiation. The absence of electrostatic fields would force a redesign of current power plants (to use smaller solenoids); the absence of radio and television waves would force a much greater use of cables. The elimination of solar and geomagnetic fields would have a significant meteorological impact. The potential ly most devastating effect could be on the propagation of neural impulse along motor neurons; it appears that the effects might be small, but they do depend on the precise value of the photon mass." Crone and Sher conclude that ...

... Science Frontiers ONLINE No. 111: May-Jun 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Is perfect pitch favored by natural selection?People with perfect pitch can identify, play, and/or sing a particular musical note without first hearing a reference note. (SF#99 and SF#102) Even if a string of notes is played randomly, they can instantaneously name them. Although musical training while young fosters perfect pitch, the talent also runs in families. A study of 500 musicians, with and without perfect pitch, by N. Freimer at the University of California, revealed that half of those claiming perfect pitch knew family members of like talent. Only 5% of those without perfect pitch made this claim. (Ref. 1) At the North Shore University Hospital, Manhasset, NY, P.K . Gregersen and M. de Andrade were able to locate 126 perfect-pitchers. In this select group, 5.5 % had parents with perfect pitch, and 26% had siblings thus gifted. Among musicians lacking perfect pitch, the figures were 1.1 % and 1.3 %, respectively. (Ref. 2) An unexpected (to us, anyway) correlation of perfect pitch and synethesia (SF#68) was made by Freimer's group. Some perfect-pitchers swear they can "see" musical notes, and even "smell" and "taste" them! (Ref. 1) References Ref. 1. Day, Michael; ...

... Science Frontiers ONLINE No. 56: Mar-Apr 1988 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The new holism -- but is it whole enough?In the short space of two weeks, the New Scientist printed two articles that confront the obvious complexity of nature. Not only is this complexity persistent under the attack of the Second Law of Thermodynamics, but it seems to actually increase with time. Do formative or guiding principles exist that science does not take into account? The two articles have very different answers. The creative cosmos. "Most people accept without question that the physical world is coherent and harmonious. Yet according to the traditional scientific picture, the Universe is just a random collection of particles with blind forces acting upon them. There is, then a deep mystery as to how a seemingly directionless assembly of passive entities conspire to produce the elaborate structure and complex organisation found in nature." The author of this introductory paragraph, P. Davies, asks, as we all do, "What is the origin of this creative power?" In groping for an answer, he presents first a common example of "blind" organization: the hexagonal convection cells in a pan of heated water. Using for a stepping stone the cooperative action of atoms in a laser, he leaps to the development of an embryo from a single strand of DNA! All such systems are "open"; that is, energy can flow in and out. They are also nonlinear, which means that chaotic, unpredictable action ...

... three mountains to determine whether the sum of the angles in a real triangle was truly 180 . Gauss was not certain that mathematics really matched reality perfectly. (His experiment was inconclusive.) Today, in most scientific edu-cation and practice, it is customary to assume that mathematics is not only a faithful mirror of the real world but that it can actually lead us to new insights into reality. Unfortunately, two facts mar this idealistic picture. Mathematics itself contains contradictions and does not have a solid foundation; that is, it is "impure." Some portions of reality seem to confound mathematics; for example, Einstein found Riemannian geometry and tensor analysis imperfect for formulating the Theory of Relativity. Despite this disappointment, Einstein maintained his belief that God does not play dice with the universe. Some more recent scientists suggest that God not only plays dice but throws them where they cannot 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, ...

... 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 Plants Of The Apes Many biologists are convinced that apes, bears, cats, and dogs eat plants -- many of them obviously distasteful -- in order to medicate themselves for diseases and parasites. What also seems likely, according to K. Strier, of the University of Wisconsin, Madison, is that some monkeys regulate their fertility by the judicious consumption of certain plants. Going even farther, K. Glander, Duke University, suggests that howler monkeys control the sex of their offspring through their diets. Glander divides howler monkey females into three groups. In the first are the high-ranking females that predominantly produce male offspring. This 'male-offspring' strategy favors these females because the males they produce tend to become dominant adults that will pass on more of the females' genes than would female offspring, who are limited in the number of infants they can engender in comparison to the males. Similar optimization strategies, according to Glander, induce middleranking females to produce mainly female progeny, and low-ranking females to birth almost all males. These howler monkeys seem to control the sex of their offspring pharmologically by selecting certain plants to eat. These plants, in turn, control the electrical conditions in the females' reproductive tracts to either attract or repel sperm carrying the male Y-chromosomes, which are thought to carry different electrical charges than the X-carrying sperm! (Lewin, Roger; "What ...

... metamorphic facies, which are rich in zeolites, clays and heavy metal sulphides, would provide catalytic surfaces, pores and molecular sieves in which RNA molecules could be assembled and contained. If the RNA could then replicate with the aid of ribozymes and without proteins, the chance of creating life becomes not impossible but merely wildly unlikely." The article concludes with a statement that self-replicating molecules synthesized in hydrothermal systems would be pre-adapted to "life" in the open ocean if they "learned" to surround themselves with bags of lipids. (Bag of lipids = a membrane.) (Nisbet, E.G .; "RNA and Hot-Water Springs," Nature, 322:206, 1986.) It just so happens that D.W . Deamer, University of California, Davis, has now found that the 4.5 -billion-year-old Murchison meteorite from Australia contains lipid-like organic chemicals that can self-assemble into membrane-like films. His paper was presented before the International Society for the Study of Origins of Life. (Raloff, J.; "Clues to Life's Cellular Origins," Science News, 130:71, 1986.) Comment. Strange that the earth should be "tailor-made" for biochemical operations and that outer space teems with meteorites transporting other ingredients of life-synthesis. That the earth's crust and deep soil are conducive to life is apparent in recent work done sponsored by DuPont and the Department of Energy. This effort has found that life is abundant ...

... Science Frontiers ONLINE No. 129: MAY-JUN 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Sound of Shapes The ability of some humans to determine the pitch of a musical note in the absence of a reference note (" perfect pitch") has been a favorite topic in Science Frontiers (SF #99 , #102 , and #111 ). It now seems that the human ear-brain combination can also discern the shapes and dimensions of thin, vibrating plates by the sound they make. In one type of experiment, conducted by A.J . Kunkler-Peck (Brandeis University) and M.T . Turvey (University of Connecticut), subjects gave surprisingly accurate estimates of the heights and widths of three different vibrating plates. The plates were concealed behind a screen, but the subjects could remotely control a striker. In further experiments, other subjects could distinguish between the sounds of circular, rectangular, and triangular plates. (Anonymous; "Listen to the Shapes," Science News, 157:171, 2000.) Comment. We all know from experience that small, thin plates produce higher pitched sounds that larger plates. How-ever, the ability to assign accurate dimensions without some training is surprising. The same can be said for the identification of shapes. Who, for ex-ample, has been exposed to vibrating, triangular-shaped plates in ordinary life? Could we be dealing here with another innate talent that, like perfect pitch, seems to have no adaptive ...

... planet, and you're ready to chow down. Problem: What can you eat? A quick survey of the food chain isn't promising; you're it. Do you simply starve to death, ending your world's brief experiment with life? Not if a rust-colored substance called tholin is within reach. Tholin may have served as breakfast, lunch, and dinner for the first life on Earth." The tholins are hard, red-brownish substances made of complex organic compounds. They do not exist naturally on earth, because our present oxidizing atmosphere blocks their synthesis. However, tholins can be made in the lab by subjecting mixtures of methane, ammonia, and water vapor to simulated lightning discharges. Conditions like this probably exist many places in the universe. In fact, the icy moons of the outer solarsystem planets appear ideal places for tholin manufacturing. What would eat such stuff? Lab tests show that many kinds of bacteria love it and thrive on it. (Chaikin, Andrew; "First Foods," Discover, p. 18, February 1991.) Comment. A purposeless universe that just happens to create a substance for primitive life? Strange that things should be this way! From Science Frontiers #75, MAY-JUN 1991 . 1991-2000 William R. Corliss ...

... easily be accounted for using Fermat's Law; and (2 ) The advance of Mercury's perihelion was explained by P. Gerber, 17 years before Einstein's 1915 paper on the subject, using classical physics and the now accepted assumption that gravity propagates at the speed of light. As for the famous Michelson-Morley experiment, Michelson (an unbeliever in Relativity) believed that he and Morley failed to detect ether drift because the ether was entrained with the earth as it orbited the sun. It is rarely mentioned that Michelson and H.G . Gale repeated the experiment in 1925 to see if ether drift could be detected as the earth rotated on its axis. They did! And Einstein was sorely tried explaining the result. A 1979 repeat of the experiment at the University of Colorado, using la-sers found "unexpected perturbations," which were blamed on "other causes." (After all, Relativity and Einstein are sacrosanct!) The gist of all this is that Hayden and Beckmann suspect that Special Relativity is founded upon quicksand. The reader should not be surprised to learn that Beckmann himself has a theory to supplant Special Relativity once it is discredited. (Bethell, Tom; "A Challenge to Einstein," National Review , p. 69, November 5, 1990. Cr. P. Gunkel.) Reference. See our handbook Mysterious Universe for many other challenges to Einstein. Ordering info here . From Science Frontiers #73, JAN-FEB 1991 . 1991-2000 William R. Corliss ...

... a few words to say on this subject in his book Fire in the Mind: Science, Faith, and the Search for Order. "Thinking in terms of bits has allowed us to develop the field of computer science, in which we learn how to represent the world with patterns of information. So successful are our endeavors that some physicists and computer scientists believe that perhaps information is not a human invention but something as real, as physical, as matter and energy. And now a handful of researchers have come to believe that information may be the most real of all. Simulated creatures would have no way of knowing they are simulations, the argument goes. And, for that matter, how do we know that we are not simulations ourselves, running on a computer in some other universe? "Nature, it seems, has honed us into informavores so voracious that some can persuade themselves that there is nothing but information." (As quoted in: Science, 273:443, 1996) Comment. If we really are simulations, that "computer in some other universe" has taken great pains to also simulate millions of other species and their fossil records! (Could a cybergod do all this?) Fun to think about anyway. Come to think of it, Omar may have had it right when he wrote: "We are no other than a moving row of magic shadow-shapes that come and go." Well, maybe that's too far-fetched; but what about all those UFOs and their occupants; they are a bit shadowy ...

... Science Frontiers ONLINE No. 91: Jan-Feb 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Two-faced planets and moons Several solar-system objects present asymmetrical visages to our telescopes. Mars is a classic case, being much more heavily cratered in its southern hemisphere than its northern. But the dichotomies are not restricted to cratering, as we shall now see. Neptune . Recently, H.B . Hammel, using the University of Hawaii's 2.2 -meter telescope, discovered that Neptune's northern hemisphere is now brighter than its southern -- something never observed before. During the past eight years, the southern hemisphere has been consistently brighter, although the hemispheres were of roughly equal brightness during the late 1970s. The cause of these brightness changes remains a mystery. (Cowen, Ron; "Neptune's Northern Half Grows Brighter," Science News, 144:287, 1993.) Iapetus . This satellite of Saturn is dark on one half and light on the other. Quantitatively speaking, the bright side reflects ten times more incident light than the other. An explanation is suggested by the fact that the dark side points in the satellite's direction of motion. A recent study of 12 Voyager images of Iapetus also imply an exogenous (externally imposed) origin of the dark surface, because they show a gradual rather than sharp transition between the dark and light regions. The thought of planetary scientists is that micrometeoroids bombard the leading hemisphere of Iapetus preferentially and in the process volatilize ...

... deep-sea vents. We will call them "geochemical creatures" to separate them from the "photosynthetic creatures" we are more familiar with. But, in principle at least, there could also be "Carnot creatures", whose metabolisms depend upon temperature differences like almost all human-built engines. Some bizarre animal, such as a meter-long tube worm, could plant one end on a hot rock surface and dangle the other in cold seawater to reject waste heat from its Carnot engine. Since thermodynamic-cycle efficiencies can approach 60% compared with only 10% for photosynthesis, evolution would have been remiss if it had not tried to evolve "Carnot creatures." For, as D. Jones comments below, Carnot creatures would be adaptable to many more habitats in the universe than photosynthetic creatures, which must have a sun with a very specific electromagnetic spectrum. "Many worlds, from distant 'brown dwarf' stars to the satellites of giant planets, may have internal heating but no effective 'Sun'. If Carnot life is possible, it may well have evolved in such dark and distant places -- making life abundant throughout the Universe. Indeed, our distant descendants may be able to harness Carnot biochemistry to sustain themselves on geothermal or residual browndwarf warmth when the Sun finally grows dim." (Jones, David; "The Dark Is Light Enough," Nature, 385:301, 1997.) Comments. To our knowledge, those who search for extraterrestrial life do not consider the possibility of Carnot creatures and wouldn't recognize them if ...

... Issues This Issue Sourcebook Project Sourcebook Subjects Sourceless Magnetic Fields?Our pocket compasses attest to the reality of the earth's magnetic field, and astronomers can also measure the magnetic fields of the sun and some other stars. Plasmas streaming along the Milky Way's spiral arms also create galactic magnetic fields. But nowhere in the immense distances between the galaxies do astronomers see anything that might generate even a few lines of magnetic force. Nevertheless, intergalactic magnetic fields do exist. Furthermore, they are just as strong as the magnetic fields measured in the ponderously swirling, star-rich galaxies. Given the great volume of intergalactic space, we cannot ignore these apparently sourceless magnetic fields. Because, as astrophysicist S.A . Colgate observes: These magnetic fields are the dominant free energy of the universe. If so much energy pervades intergalactic space, it is there that we may find of the source of those perplexing high-energy cosmic rays mentioned in the preceding item. (Musser, George; "Magnetic Anomalies," Scientific American, 283 :22 , August 2000.) Comment. Imagine that! Cosmic rays of incomprehensible energy emanating from a region where resides the dominant free energy of the universe. And yet, we see nothing there in our telescopes. Future science is going to be littered with the fragments of smashed paradigms. From Science Frontiers #135, MAY-JUN 2001 . 2001 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . The journal of intelligence and political conspiracy (CIA, FBI ...

... 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 How To Find A Piece Of Pi The formula shown below allows one -- if one wishes -- to find the billionth digit of pi without first computing the preceding 999,999,999 digits. In other words, isolated digits of pi can be quickly calculated should an urgent need arise. P.B . Borwein et al, at Simon Fraser University, announced this "curious" discovery in October 1995. This is the equation mathematicians use in calculating isolated digits of pi. Innuendo aside, there is something more than "curious" here. It seems that the formula works only for hexadecimal (base-16) digits of pi. These can be easily converted into binary (base-2 ) digits. Strangely, it does not work at all for our familiar decimal (base-10) digits of pi. Not to worry though! Y. Kanada and colleagues, at the University of Tokyo, have now computed pi to 4,294,960,000 decimal digits. But, they have found a puzzling asymmetry. In the first 4 billion digits, the decimal digit 6 occurs 400,033,035 times, but 2 shows up only 399,965,405 times! Shouldn't all ten digits appear with the same frequency? Obviously, we do not appreciate all of the subtleties of pi. (Peterson, I.; "A New Formula for Picking Off Pieces of ...

... Science Frontiers ONLINE No. 60: Nov-Dec 1988 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Mystery Glow On The Sea Floor "Marine scientists have discovered two thermal vents on the seabed that glow in the dark. A group of researchers, led by oceanographers from the University of Washington, detected faint light during an expedition to the Juan de Fuca Ridge. The ridge and the vents, 300 km off the coast of British Columbia, follow an underwater fault formed by the junction of the Juan de Fuca and the Pacific tectonic plates...John Delaney, leader of the expedition, described the glow as a 'flame-like light' that seems to emanate from the super-heated water emerging from the thermal vents, 2200 meters below the surface...'The source of the light is still unclear,' said Joe Cann, a geologist from the University of Newcastle in Britain. The scientists suspect that the water itself is glowing." The water temperature is so high -- 350 C -- that bioluminescence is unlikely. The presence of the glow does, however, imply that photosynthesis is still possible in these sunless depths. Life forms do congregate around these vents. A curious shrimp found in the area where the glow was noted is eyeless but does possess photoreceptors on its back! (Dayton, Sylvia; "The Underwater Light Fantastic," New Scientist, p. 32, August 25, 1988. Also: Anonymous; "Mystery Glow Emanates from Ocean Bottom," Albuquerque Tribune ...

... system consisting of a single particle moving in a force field, experiencing friction, and being periodically jolted. Besides settling into chaotic motion, this particle may also be forced away to infinity -- two radically different final states. The analysis revealed that for any set of initial conditions leading to the first type of behavior, there was an infinite number of slightly different initial conditions that would lead to the second type of behavior. In other words, systems that we have long thought to be deterministic, like the motions of the planets, may be not only chaotic but indeterminate. Since Sommerer and Ott found their indeterminate system easily, we must face the possibility that the future behavior of just about everything is beyond our capability to predict, even with our best instruments and computers. Apparently the universe is built in such a way that exact science is impossible. (Sommerer, John C., and Ott, Edward; "A Physical System with Qualitatively Uncertain Dynamics," Nature, 365:138, 1993. Also: Peterson, I.; "Finding Riddles of Physical Uncertainty," Science News, 144:180, 1993.) Comment. This discovery is even more profound than Heisenberg's Uncertainty Principle, which is merely quantitative in character and for practical purposes rules only the atomic world. From the above we see that the entire cosmos is uncertain quantitatively and qualitatively. A heck of a way to construct a universe! From Science Frontiers #90, NOV-DEC 1993 . 1993-2000 William R. Corliss ...

... 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 kind is one expected to describe such re sults. In articles such as that by Weedman, it is somehow considered all right to totally the noncosmological hypothesis. ...

... 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 Solar eclipse affects a pendulum -- again!The period of a Foucault pendulum located at Jassy University, Romania, was carefully monitored during the solar eclipse of February 15, 1961. The pendulum's length was 25.008 meters; its spherical bob weighed 5.5 kilograms. The eclipse commenced at 8h 49m 3s and terminated at 11h 16m 50s. Observations are recorded in the table below left: Time Period (sec) 8:49 10.028 0.004 9:13 10.028 0.004 9:43 10.024 0.004 10:00 10.019 0.004 10:12 10.020 0.004 10:24 10.024 0.004 10:58 10.028 0.004 Effects of a solar eclipse upon a paraconical pendulum. (After M.F .C . Allais). If the above effect of the eclipse on the pendulum period is not strange enough, consider what happened at 10:08, in the chart, above right. "At that moment a surprising fact occurred, the pendulum produced a perturbation by describing an ellipse whose major axis deviated in relation to the initial plane by approximately 15 . The eccentricity of the ellipse was 0.18. At the end of the eclipse the pendulum continued to maintain the elliptical oscillation, but the major axis approached increasingly to its initial plane." (Jeverdan, G ...

... 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 An invisible information superhighway?The eclectic nature of anomaly research occasionally uncovers connections between diverse areas of research. We recount one such instance here. On one hand is the neurological research of M.A . Persinger, at the Laurentian University, inquiring into the claimed effects of minute electromagnetic signals, such as those observed in the geomagnetic field, upon human consciousness and perception. On the other hand, we have R.G . Jahn's work in the Princeton Engineering Anomalies Research (PEAR) program, which looks into the anomalous information transfer between humans and the environment, as claimed to be seen in psychokinesis and remote viewing experiments. The research goals and methodologies differ, and the resulting reports couched in different terminologies, but the similarities are what is really important. Both scientists are exploring unconventional information pathways connecting the human brain (consciousness) and the environment. The pathways are open in both directions. First, we quote the summary from a recent Persinger paper. The jargon may be technical, but one can readily visualize the human brain immersed in a sea of signals -- nominally electromagnetic but possibly of other sorts. "Contemporary neuroscience suggests the existence of fundamental algorithms by which all sensory transduction is translated into an intrinsic, brain-specific code. Direct stimulation of these codes within the human temporal or limbic cortices by applied electromagnetic patterns may require energy levels which are within the range of both geomagnetic activity and contemporary ...