... Science Frontiers ONLINE No. 122: Mar-Apr 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Is a singularity worse than a spinning cosmos?Whence the untold billions of stars and galaxies that brighten our night skies? From a "singularity," that's where -- from an infinitely small point in space. The Big Bang hypothesis requires this abandonment of common sense. Both mathematicians and cosmologists instinctively hate singularities. The latter have been trying to exorcise theirs for years. Recently, S. Carneiro, a Brazilian physicist, proposed a way to get rid of this natal singularity but retain the expanding universe. First, he assumes that the universe has been around for an indefinitely (infinitely?) long time, thereby eliminating the problem of origin. Furthermore, this universe was rotating. About 11 billion years ago this spinning universe was transformed into the expanding universe we see today via that clever cosmologists' ploy called a "vacuum phase transition." Carneiro shows how the rotation of the universe-as-a -whole was converted into overall expansion in a paper submitted to the journal Classical and Quantum Gravity . But even if all of Carneiro's equations check out, angular momentum still had to be conserved somehow during the phase transition. Simple! The angular momentum of the universe-as-a -whole was transferred to the spins of all the individual planets, stars, and galaxies. In fact, the angular momentum of each astronomical entity, according to Carneiro, is proportional to its (mass ...

... between Lightning and Humans GLL32 Effects of Lightning on Vehicle Engines Sympathetic Lightning Gamma-Ray Emission by Lightning Mystery Mountain Deaths and Lightning Lightning and Anomalous Optical Events (AOEs) Lightning Kills Many More Males Than Females Impending Lightning Stalling Cars Post-Lightning Glows Layered Lightning Slow Lightning GLM LOW-LEVEL METEOR-LIKE PHENOMENA GLM1 Low-Level Meteor-Like Objects GLM2 Darting Gleams of Light People Hit by Meteorites Nuclearites Tunguska Event Meteoric Nightglow Spacecraft Glows GLN NOCTURNAL LIGHTS GLN1 Low-Level Nocturnal Lights: (Spook Lights, etc.) GLN2 High-Level Nocturnal Lights (Non-Meteoric) GLW MARINE PHOSPHORESCENT DISPLAYS GLW1 Long, Parallel, Stationary Phosphorescent Bands GLW2 Moving, Parallel Bands of Phosphorescence GLW3 Aerial Phosphorescent Displays GLW4 Marine Phosphorescent Wheels GLW5 Expanding Phosphorescent Rings GLW6 Phosphorescent Patches Moving in Circles GLW7 Phosphorescent Spinning Crescents GLW8 Zigzag Phosphorescent Flashes GLW9 White Water or Milky Sea GLW10 Radar-Stimulated Phosphorescent Displays GLW11 Te Lapa: Underwater Lightning GLW12 Moving, V-Shaped Phosphorescent Displays GLW13 Colored Rays Emanating from Ships GLW14 Radar Detection of Phosphorescence GLW15 Deep-Sea-Vent Glows Bioluminescence Correlated with Seismic Activity Sparks on the Beach Light at Deep-Sea Vents BIOS GO ODOR PHENOMENA GOO OBNOXIOUS ODORS Unexplained Stenches GQ STRANGE PHENOMNA OF EARTHQUAKES GQB ANIMAL RESPONSE TO EARTHQUAKE PRECURSORS GQB1 Anomalous Animal Activity before Earthquakes GQB2 Human Sensations Experienced before and during Earthquakes GQG EARTHQUAKE GEOGRAPHICAL ANOMALIES GQG1 Seismic Activity Occurring on Great Circles GQG2 Earthquake-Prone Areas Uncorrelated with Geology Earthquakes within Plates Earthquakes That Stimulate Distant Sympathetic Quakes GQH UNUSUAL DYNAMIC PHENOMENA ASSOCIATED WITH EARTHQUAKES GQH1 Upward Propulsion of Objects GQH2 Violent Expulsion of Solids from the Earth GQH3 Supposed Appearance ...

... dark matter and the more of them there are in the universe. Now for the promised extrapolation. J. Kormendy and K.C . Freeman take things one step further, concluding that the universe is flooded with sub-dwarf galaxies that are thick with dark matter, and without enough luminous stars for us to see them in our telescopes. These ghost galaxies are only 1/10,000 as massive as the bright galaxies like the Milky Way but much more common. (Cowen, R.; "Tiny Galaxies Have Hearts of Darkness," Science News, 155:38, 1999.) Comments. If the universe if awash in ghost galaxies, why don't we bump into them occasionally? Maybe we have! Another thought: Could these ubiquitous ghost galaxies be spinning counter to the bright galaxies thereby yielding a universe with zero angular momentum? (See IS A SINGULARITY WORSE... next) From Science Frontiers #122, MAR-APR 1999 . 1999-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 24: Nov-Dec 1982 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Africa Not Man's Origin! Early Chinese Voyages to Australia The Calico Site Revisited Astronomy Mysterious "thing" in Orbit Around Saturn The Spin We're In Islands of Hope for Life Eternal A Hint of Extraterrestrial Oceans Biology Why Cancer? Mice Transmit Human Gene Sequences to Their Progeny Biological Regeneration: Two Anomalies Geology Seismic Ghost Slithers Under California Powerful Earth Current Enters North America From the Pacific The Polyna Mystery Geophysics Balls of Fire Enter Room Through Metal Screens Massive Freak Wave Psychology The Cinema of the Mind ...

... Science Frontiers ONLINE No. 66: Nov-Dec 1989 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Found: the lost pyramids of rock lake DOUBTS ABOUT TWO RITUALLY RECITED THEORIES Astronomy GLOBULAR CLUSTERS UPSET THEORY OF GALAXY FORMATION Down with the big bang NEPTUNE SPINS TOO FAST AND ITS MAGNETIC FIELD IS AWRY Biology The bird that smells like cow manure Army ants: a collective intelligence? The babirusa: a quasi-ruminant pig A BAT FALL Care for a cup of viruses? Geology DRUMLINS MAY RECORD CATASTROPHIC FLOODS STRANGE BLUE POOL FOUND AT THE BOTTOM OF CRATER LAKE Biogenic minerals Geophysics Rogue waves Psychology MEMORY STRUCTURE OF AUTISTIC IDIOT SAVANTS Was burt stitched up? General Cold fusion died only in the media ...

... Science Frontiers ONLINE No. 81: May-Jun 1992 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology LONG BEFORE THE VIKINGS AND POLYNESIANS BIOLOGICAL EVIDENCE FOR TWO VERY EARLY NEW WORLD CONTACTS Computer confirms crossing! The latte stones Astronomy Galaxy spins wrong way That's the way the universe bounces Indigestible supernova leftovers Biology More mouse engineering Plants of the apes Rhythms in rhythm Shc or h/t homicide? Eusocial beetles Geophysics Rayed ball lightning hits plane Auroral sounds Unidentified light explained? Four luminous spinning vortices Psychology The tyranny of the [normal] senses Folie a deux involving a dog! Chemistry & Physics MUTANT MOLECULES FIGHT FOR FOR SURVIVAL Deep-sixing 666s ...

... Science Frontiers ONLINE No. 106: Jul-Aug 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Looking Up Into A Tornado Funnel January 21, 1992. Near Cripple Creek, Colorado. Shortly after 2 PM, while fishing at Skagway Reservoir, D. Mc Gown spotted an ominous cloud formation developing in the west. A horizontal, black cloud rolled toward him. Suddenly, it lifted to reveal a huge, twisting funnel advancing directly at him. He threw himself to the ground, but got a good look up into the interior of the funnel. "The outside of the tornado was spinning so fast my eye couldn't follow it, but the inside was rotating almost lazily. I could see a thousand feet up inside it. Tiny fingers of lightning lined the hollow tube." Passing over him, the funnel bounced across the lake, ripped up some trees, and was gone. (McGown, Dennis; "Letters," Time, 147: 8, June 10, 1996) Comment. The "tiny fingers of lightning" are of great interest to anomalists, because most meteorologists deny that electricity plays any part in tornado activity. Of course, there is often plenty of ordinary lightning in the accompanying storms. An observation very similar to McGown's occurred in Kansas, in 1928. (GLD10-X2 in Lightning, Auroras. For information on this book, visit here .) Today, American meteorological journals are mostly filled with articles on the computermodelling of weather systems, satellite-imaging ...

... 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-APR 1994 . 1994 ...

... installed all over the globe. From this wealth of seismic signals, geophysicists have found that the inner core, lubricated by the fluid outer core, rotates about 1.1 per year faster than the mantle and crust. The inner core interacts with the geomagnetic field and is, in effect, like the rotor of a slow, ponderous induction motor. Expanding upon this vision of the earth as a colossal electrical machine, E. Stokstad writes: "Electric currents of about a billion amps flow across the boundary between the solid inner core and the fluid outer core that lies around it. In the presence of the Earth's magnetic field, these currents generate massive forces that tug on the inner core. And because the outer core has a relatively low viscosity, the inner core can spin freely." (Stokstad, Erik; "Earth's Heart Is in a Spin," New Scientist, p. 18, July 20, 1996. The basic paper is: Song, Xiadong, and Richards, Paul G.; "Seismological Evidence for Differential Rotation of the Earth"s Inner Core," Nature, 382:221, 1996) Comments. Awesome as this gigantic natural electric motor may be, it doesn't challenge any paradigms; in fact, it reinforces current notions concerning the origin of the geomagnetic field. The anomalist, however, inevitably asks questions and makes iconoclastic connections. Why couldn't this planet-size piece of rotating machinery actually be a generator rather than a motor? The kinetic energy of the faster-spinning inner core ...

... Science Frontiers ONLINE No. 112: Jul-Aug 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Large rotating ice discs on ice-covered rivers The fringe literature has made much of the huge, slowly spinning discs of ice seen on some rivers in northern climes. UFOs are connected somehow. Or, more recently, they must be associated with the infamous crop circles! These ponderously rotating ice discs have also caught the attentions of scientists, who have been able to dispel some of these wild speculations. One well-observed ice disc formed on the Pite River in northern Sweden in 1987. It was rotating in a circular hole in the ice covering the rest of the river. "The rotating ice disc had a diameter of 49m [just over 160 feet] while the hole in the ice was 54m in diameter. The time of one full rotation was measured at 545s and 575s on 20 and 24 January respectively. Unverified measurements suggest that the time of rotation had been about 8 min a few weeks earlier. The rotation of the ice disc was anticlockwise and for most of the time the disc was in contact with the border ice. This contact point moved clockwise, i.e . the ice disc was not 'rolling' on the walls of the hole. This erosion by contact, which caused a low-frequency sound, explains why the hole in the ice was kept open for months." The ice thickness was 0.43m. Estimated weight of the ice disc = 864 metric tons -- ...

... Science Frontiers ONLINE No. 122: Mar-Apr 1999 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The mosier mounds El nino -- bueno? The black pyramids Astronomy Our lucky star Ghost galaxies Is a singularity worse than a spinning cosmos? Biology Are we running on martian time? Another skin shedder A GENETIC DISCONNECT Another sucker Geology The earth hums more loudly in the afternoons Geophysics Bizarre phsiological effects of lightning Unusual wave Psychology Exceptional human experiences A FEW POTENTIAL EHEs Unclassified A REALLY MEANINGFUL COINCIDENCE Ach du lieber himmel Now we know why! ...

... 10,000 years or so. Nevertheless, it would have been nice to see Hapgood's earlier work acknowledged. Four features of this "new" proposal make it more palatable than Hapgood's to today's geologists and geophysicists: Two of the "new" authors, J. Kirschvink and D.A . Evans, are at the prestigious California Institute of Technology, while Hapgood was a PhD-less history professor at Keene State College. Status is important when theorizing. Kirschvink et al propose a scientifically acceptable mechanism for the onset of rapid crustal slippage. They visualize a huge chunk of the seafloor suddenly foundering and thereby changing the planet's mass distribution. This imbalance caused the continents to shift rapidly in order to restore the smooth rotation of the earth around its spin axis. Within a period of 15 million years, they envisage, the continents had slipped about 90 . Part of what is now North America moved from the South Pole to near the Equator. Evidence for this huge shift is seen in measurements of the earth's magnetic field frozen in the rocks. In other words, Kirschvink et al used the methods of paleomagnetism. The "new" crustal slippage is really only accelerated continental drift (a dominant and well-established paradigm) and not the more radical notion of the entire outer layer of crust slipping over the earth's mantle like a greased onion skin. Nor is the proposed process anything like poleflipping, where the entire planet flips 180 like a Tippy-Top -- a dynamically impossible event. (SF#6 ...

... 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 The Rims Of Galaxies Spin Too Fast According to the physical laws governing orbital motion in a central force field, like that of our sun, distant objects should rotate more slowly than those closer to the central mass. Thus, the outer planets of the solar system swing around the sun more slowly than the earth and the other inner planets. Astronomers always expected that the stars rotating around the massive hubs of the galaxies would obey these laws in a like manner. No such luck! Doppler measurements of galaxy rotations made by Vera C. Rubin and her colleagues, at the Carnegie Institution, indicate that most stars out near the galactic rims rotate just as fast or faster than those closer to the hub. Astronomers suppose that this anomalous rotation may be due to halos of undetected burntout stars and/or gas fringing the galaxies. Such halos would dis-tort the inverse-square-law field, permitting the observed anomalous rotation. (Anonymous; "Fast-Spinning Galaxies," Science Digest, 89:18, November 1981.) Comment. No one has yet discovered these hypothetical halos of mass. The universe seems to be full of "missing mass." An unpopular alternative would be the admission that Newton's Law of Gravitation does not hold on the galactic scale. From Science Frontiers #19, JAN-FEB 1982 . 1982-2000 William R. Corliss ...

... 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 The spin we're in From planets to stars to entire galaxies, the rate of spin is related to mass. If one defines Q (see graph) as angular momentum divided by the object's mass and a density factor, it is roughly equal to the object's (mass)0 .7 . Such empirical equations are generally accurate only over a limited region, but this newly discovered relationship holds for almost 50 orders of magnitude. For some unfathomed reason, all astronomical entities spin at rates determined by their masses. Even clusters of galaxies fall into step, slowly pirouetting in intergalactic space to some unknown tune. (Anonymous; "How Things Spin," Sky and Telescope, 64:228, 1982.) Comment. In the foregoing item, a team of investigators reported that the entire cosmos may spin. Does the cosmos, too, obey this new momentum-mass formula? From Science Frontiers #24, NOV-DEC 1982 . 1982-2000 William R. Corliss ...

... steadily on the patches, nothing happened. When the lamp was flashed, the whole array of flashing patches disappeared, only to reappear in about 2 minutes. Each patch seemed to consist of worm-like segments 2 cm long, 2 cm apart. The worms were all aligned perpendicular to a vector from the ship. In contrast to the bands and wheels, the worms were located about 5 cm below the surface of the water. Water samples revealed no luminous organisms -- only a few animals a few millimeters long. The sea was calm, visibility excellent, although atmospheric electrical activity could be seen all around. (Kuzmanov, Zoran; "Phosphorescence in the China Sea," Marine Observer, 53:85, 1983.) Comment. The luminous "worms" resemble the spinning crescents sometimes associated with radar. For more, see Chapter GLW in Lightning, Auroras. To order this Catalog, visit: here . Flashing patches of worm-like shapes. A later phase of thed display. From Science Frontiers #32, MAR-APR 1984 . 1984-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 39: May-Jun 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Forbidden Matter When a hot mixture of aluminum and manganese, iron or chromium is squirted onto a spinning water-cooled copper wheel, the molten metal freezes into a thin, metallic ribbon. If it is cooled too fast, a metallic glass results; cooled too slowly, it forms normal metal crystals. But when conditions are just right, icosahedral crystals cluster together in nodules a few microns in size. These icosahedral crystals are not normal in the sense that they have five-fold symmetry. In fact, to a crystallographer, these crystals are the equivalent to ESP in psychology. All the rules of crystallography insist that icosahedral crystals should not exist. One scientist reacted in this way: "All my training has been with the assumption that crystals are periodic. Now, almost everything has to be reexamined." Actually, the icosahedral crystals are "quasi-periodic"; that is, they are completely regular only over small distances. Nevertheless, there are hints that these materials that should not exist have remarkable structural and electronic properties. (Peterson, Ivars; "The Fivefold Way for Crystals," Science News, 127:188, 1985.) Two-dimensionsal quasiperiodic geometry (Penrose tiling) with five-fold symmetry formerly thought to be impossible in nature. The tricontahedron with 30 faces is the basis of three-dimensional quasiperiodic structures with five-fold symmetry. From Science Frontiers #39, MAY- ...

... other crops. One eyewitness account of the formation of a single spial pattern has been found. However, the multiple spiral patterns excite the most interest because of their geometric regularity. Between 1980 and 1984, eight quintuplet patterns have been found consisting of a large central circle and four smaller satellite circles. Triplets were also discovered. Although the origins of the multiplet patterns are still unexplained, some interesting generalizations have emerged: 1. The whirlwinds responsible for the flattened circles of crops have lifetimes of only a few seconds, whereas dust devils may persist for many minutes; 2. These whirlwinds seem to occur around evening time instead of during the heat of the day; and 3. They are all anticyclonic, while tornados are almost all cyclonic and true heat whirlwinds are split about evenly in their spin direction. (Meaden, G.T .; "Advances in Understanding of Whirlwind Spiral Patterns in Cereal Fields," Journal of Meteorology, U.K ., 10:73, 1985.) Quintuplet circles found in a grain field near Cley Hill, England. From Science Frontiers #40, JUL-AUG 1985 . 1985-2000 William R. Corliss ...

... off something like a 'nuclear winter.' The cold persists long after the dust settles because of the increased reflectivity of the snow-covered continents. In the course of a few centuries, enough equatorial ocean water is transported to the polar ice caps to drop the sea level about 10 meters and thus reduce the moment of inertia of the solid outer reaches of the Earth (crust and mantle) by a part in a million. 'That doesn't sound like much, Morris told us. 'But when we realized that this translates into a full radian of slippage between mantle and core in just 500 years, we began to look seriously at the consequences.' With the moment of inertia of the crust and mantle 'suddenly' decreased, the argument goes, they begin spinning faster than the solid-iron inner core at the center of the Earth. The 2300-km thick shell of liquid outer core that separates the mantle from the inner core thus acquires a velocity shear, which in the course of about a thousand years destroys the pattern of convective flows that served as the dynamo maintaining the Earth's dipole field." The field reversal is not immediate according to both calculations and analyses of sediments. After the impact event, the dipole field decreases for a few thousand years, followed by a longer hiatus. Then, there is a sudden reversal. (Schwartzschild, Bertram; "Do Asteroid Impacts Trigger Geomagnetic Reversals?" Physics Today, 40:17, February 1987.) Comment. In trying to relate all this to our present situation ...

... not the U.S archeological literature!) that seem to be swimming against the current. The Meadowcroft Rockshelter . J.M . Adovasio and R.C . Carlisle, in a letter to Science, argue that better dating techniques have consistently pushed the date at which humans arrived in the New World. Using their own work at the Meadowcroft Rockshelter, in Pennsylvania, they cite many radiometric dates earlier than 12,000 years. At this Pennsylvania site, the six deepest dates definitely associated with cultural material indicate that humans were here 13,955 to 14,555 years ago. (Adovasio, J.M ., and Carlisle, Ronald C.; "The Meadowcroft Rockshelter," Science, 239:713, 1988.) Kansas River skeletal remains . Using electron-spin resonance to date a piece of a human skull, W. Dort and L.D . Martin affirm a date of 15,400 years before the present. (Bower, B.; "Skeletal Aging of New World Settlers," Science News, 133: 215, 1988.) A Review of the Paleoindian Debate . W. Bray recounts in Nature what happened at a meeting at the Smithsonian last September. Various controversial sites were discussed, such as Calico Hills (200,000 years claimed) and Toca de Esperanca, Brazil (3 ,000,000 years claimed). But, oddly enough, the Meadowcroft Rockshelter and Kansas River data were not mentioned. Chiefly, though, Bray was concerned with what did and what did not constitute generally acceptable proof in archeological ...

... Science Frontiers ONLINE No. 70: Jul-Aug 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Spinning Ball Of Light Inscribes Crop Circles In the January 1990 issue of the Journal of Meteorology, U.K ., two reports appeared describing eyewitness observations of crop circles-in-the-making. Both involved a self-luminous spinning ball of light. We reproduce here the second of these accounts. June 28, 1989, north-central Wiltshire, near Silbury Hill. "Soon after midnight the occupier of the roadside cottage by the path which leads to West Kennett Long Barrow noticed a large ball of light 400 metres distant in a wheatfield to the west. At the time of the observation he was walking from house to garage, and had a clear view to the illuminated part of the field through a gap in a hedge which borders his garden. He described the ball as orange in colour, adding that it was brighter around the periphery, and he guessed the diameter as 30-40 feet (say, 10-13 metres). When first seen, the ball was already low over the field and still descending. The witness watched the base of the ball 'go flat' as it made contact with the crop and/or the ground. The ball then gave 'a little bounce' and after a further 'seven or eight seconds' disappeared in. "Next morning on leaving the house the witness could see via the gap in the hedge a large circle at the place which corresponded ...

... several past issues of SF. First, the crop circles, spanning 5 to 20 meters, are incredibly precise and sharp. Flattened stems on the periphery of a circle almost touch erect, undamaged stems. The so-called satellite circles that sometimes array themselves around the main circles may be connected by a narrow ring, thus: Even more curious, a short radial spur extends outward from some circles, so that from the air the circle resembles a fat tadpole. In his book, G.T . Meaden, the Editor of the Journal of Meteorology, U.K ., presents his theory of how the circles are incised in field crops: "He describes the clues that have enabled him to point to the circles being formed by the impact of a body of fast-spinning air that has been partially ionized. He explains how a columnar atmospheric vortex, with a vertical or inclined axis, provides the channel for the formation of a plasma (ionized gas) vortex and for its conduction towards the ground. The ionisation of the air ought to be sufficient to make the vortex luminous at night and the fast spin may make the vortex appear ball-shaped. Such a description suggests that Meaden may well have explained some sightings previously reported as UFOs in areas where circles have been found." (Elsom, Derek; "A Crop of Circles," New Scientist, p. 58, July 29, 1989.) The books are: Circular Evidence , Pat Delgado and Colin Andrews, Bloomsbury, 14.95 pounds; and The Circles Effect and Its ...

... Science Frontiers ONLINE No. 66: Nov-Dec 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Globular Clusters Upset Theory Of Galaxy Formation A spherical cloud of globular clusters surrounds the Milky Way galaxy. Each cluster is itself a spherical groups of stars. Through the telescope, globular clusters are beautiful spherical aggregations of bright stars that seem to get ever denser toward the cluster's center. Globular clusters harbor many anomalies (AOB4 and AOB17 in Stars, Galaxies, Cosmos); here, we mention two involving spatial distribution and age. Many spiral galaxies, like our own Milky Way, spin ponderously in the center of a spherical cloud of scores, even hundreds, of globular clusters (see sketch). Not only do the globular clusters surrounding us display a different spatial distribution (spherical rather than flat-spiral), but their individual ages undercut galaxy theory. All of the Milky Way's globular clusters were supposed to have been formed when our galaxy was created. Yet, the ages of these clusters vary by as much as 5 billion years. (Dayton, Leigh; "Globular Clusters Upset Theory of Galaxy," New Scientist, p. 34, May 13, 1989.) Comment. We cannot resist mentioning still another cluster anomaly: The globular clusters do not participate in the galaxy's general rotation. Where did these oddballs come from? Reference. The catalog volume: Stars, Galaxies, Cosmos, mentioned above, is described here . From Science Frontiers #66, NOV-DEC 1989 ...

... Project Sourcebook Subjects Two Hot Spots On Mercury Radio telescopes can give planetary astronomers a rough idea of the temperature existing several feet below the surface of a distant planet. Scrutinizing Mercury with their big electronic "ears," they have found two spots on the plamet where the temperatures are several hundred degrees higher than in the surrounding areas. Actually, these hot spots are easy to understand; because, to a Mercurian, the sun comes to a stop in the sky over one of these points and then moves backwards to the other point 180 away. As the sun tarries over these two spots, it heats them preferentially. The strange apparent motion of the sun is due to the 3:2 ratio between Mercury's period of revolution around the sun (88 days) and its axial spin period (59.6 days). What is surprising is that the energy detected radiating from the two hot spots is all reradiated solar energy; that is, there seems to be no contribution at all from Mercury's core! If no heat is leaking out of Mercury's core, the core itself is very likely solid. If it is solid, it cannot establish convection cells and thus generate a magnetic field through dynamo action. But back in 1975, the Mariner 10 spacecraft radioed back that Mercury actually does possess a magnetic field, and a surprisingly large one at that. (Wilford, John Noble; "Theory of Mercury's Hot Poles Is Shown to Be a Fact," New York Times, June 13, 1990. Cr. J. Covey ...

... the resulting crop-circles display many amazing features which denote an extraordinary phenomenon at work -- one which will be shown to have very considerable consequences for physics, meteorology, and other research disciplines in the coming years." (Meaden, G.T .; "The Major Developments in Crop-Circles Research in 1990, Part 1," Journal of Meteorology, U.K ., 16:51, 1991.) Crop-circle formation observed in 1934. July 1934. Eversden, England. The observer was a Miss K. Skin of Cambridg. "I witnessed a corn circle being formed in 1934. I was gazing over a field of corn waiting to be harvested when I heard a crackling like fire and saw a whirlwind in the centre of the field, spinning stalks, seeds and dust up into the air for about 100 or more feet. I found a perfect circle of flattened corn, the stalks interlaced and their ears lying on top of each other (some even plaited) on the periphery. The circle was hot to the touch." An interview with Skin confirmed that the plaiting of the stems was the same as observed today, 56 years later. In addition, the same whirlwind created a second circle about 4 meters in diameter in the corner of the same field. (Meaden, G.T .; "Crop-Circle Formation Witnessed in Cambridgeshire, July 1934." Journal of Meteorology, U.K ., 15:389, 1990.) From Science Frontiers #75, MAY-JUN 1991 . 1991 ...

... Science Frontiers ONLINE No. 81: May-Jun 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Galaxy Spins Wrong Way We have all seen impressive photographs of spiral galaxies with their whirlpool patterns. One can easily imagine them spinning ponderously, with streams of stars spiraling out behind the rotating core. This picture is intuitively satisfying from a mechanical point of view. But: "A galaxy with a spiral arm going the wrong way has been found by astroomers in the U.S . Spiral arms usually trail behind as a galaxy turns, but in NGC 4622 an inner arm is wrapped round the galaxy in the direction it is rotating." (Mitton, Simon; "Puzzle of Galaxy That Points Two ways," New Scientist, p. 22, February 29, 1992.) From Science Frontiers #81, MAY-JUN 1992 . 1992-2000 William R. Corliss ...