... Wind ASF5 155-Day Periodicity in Solar Flares ASF6 Implication of Solar-Wind Implanted Noble Gases ASO ANOMALOUS OBSERVATIONS OF THE SUN ASO1 Transient Dark Regions on the Sun ASO2 Remarkable Coronas ASO3 Bulges on the Solar Limb ASO4 Evidence of Past Prolonged Minima in Solar Activity ASO5 Short-Term Periodicities in Sunspot Numbers ASO6 Solar Oblateness and Quadrupole Moment ASO7 Changes in the Rate of Solar Rotation ASO8 Changes in Solar Diameter ASO9 Correlation of Sunspot Numbers and Planetary Configurations ASO10 Radial Solar Oscillations ASX SOLAR ECLIPSE AND OCCULTATION PHENOMENA ASX1 Bailey's Beads ASX2 Visibility of the Moon's Limb during Solar Eclipses ASX3 Fingers of Light Projected on the Moon ASX4 Thin Pencils of Light Extending Far beyond the Corona ASX5 Exaggerated Notches in the Moon's Limb during Solar Eclipses ASX6 Pendulum Perturbations during Solar Eclipses ASX7 Spacecraft Signal Perturbations ... of Densities of Composite Terrestrial Planets ABS3 Multiple Primaries in the Solar System ABS4 Supposed Quantization of Planetary Orbital Periods ABS5 Solar System Mass Laws ABS6 The Quantized Nature of Orbital Systems AC COMETS ACB ORBITAL ANOMALIES OF COMETS ACB1 The Appearance of Comets in Cycles ACB2 Nonrandom Direction-of-Approach of Comets to the Sun ACB3 New Comets Have Almost Critical Velocity ACB4 Sun-Grazing Comets: The Kreutz Group ACB5 Changing Cometary Periods ACB6 Jupiter's Family of Comets ACB7 Low-Eccentricity Cometary Orbits ACB8 The Scarcity of Hyperbolic Orbits ACB9 Cometary Groups ACB10 Orbits of New Comets Diverge from Common Point ACB11 Excess of Retrograde Long Period Comets ACB12 Uranus-Neptune Region Favored as Comet Source ACB13 Cometary Perturbations Suggestive of Planet X ACB14 Rapid Attrition of the Oort Cloud by Molecular Clouds ACB15 Dynamical Improbability of the Oort Cloud ACO ...

... in each circle, but it was thought that there were three or four at any one time, moving very fast and curving to produce what could only be described as a 'whirlpool' effect. "At the same time, there were pulsating rings expanding from the centres at intervals of about threequarters of a second. They moved extremely fast, each circle taking about one second to reach a diameter of about 200 m before being lost in the mass of flashing blue and white lights. The thickness of each ring remained constant at about 2 m as the diameter of the circle increased; the formation was always a perfect circle. "About 300 m off the ship's side, large irregular shapes were observed, They were all about 3-m in diameter and changed both size ... shape while flashing intensely. By 1817 the effect had completely stopped on the starboard side and only the pulsating rings were left on the port side and, with these, the intensity of the light reduced until 1822 when there was nothing more to observe." (Bowden, P.; "Bioluminescence," Marine Observer, 62:64, 1992.) Reference. Chapter GLW in our catalog Lightning, Auroras describes a wide variety of complex bioluminescent phenomena, including many "wheels.". Ordering details here . From Science Frontiers #82, JUL-AUG 1992 . 1992-2000 William R. Corliss ...

... -Aug 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Lunacy In Trees More than a half-century ago, Yale biologist H.S . Burr inserted electrodes into trees and found that the voltages between them varied with the phase of the moon. (Ref. 1) The influence of the moon upon trees is even more palpable: the diameters of tree stems also bloat and shrink with the position of the moon in the sky. There is a tide in the affairs of trees, it seems. If tides occur twice a day, so do the swellings and shrinkings of trees. These tidal patterns are evident even when the trees are kept in darkness and at constant pressure and humidity. Even more surprising, chunks of tree stems ... are sealed to prevent water from flowing in or out will still expand and contract according to the 24-hour, 49-minute lunar cycle as long as the cambium, the most active growing region, survives. The dimensional changes are small -- only tenths of a millimeter, but even these seem too large, given the weakness of the moon's gravitational field here on earth. (Ref. 2 and 3) References 1. Burr, H.S .; "Moon Madness," Yale Journal of Biology and Medicine, 19:249, 1944. 2. Zurcher, Ernst, and Cantiana, MariaGiulia; "Tree Stem Diameters Fluctuate with Tide," Nature, 392:665, 1998.) 3. Milius, S.; "Tree Trunks Swell ...

... experiments. The thought that a spinning mass might lose weight was just too horible to contemplate. Two replications of the Japanese experiment have been reported so far. "James E. Faller and his colleagues at the Joint Institute for Laboratory Astrophysics in Boulder, Colo., repeated the Japanese experiment by looking for signs of weight loss in a spinning gyroscope consisting of a brass top about 2 inches in diameter sealed in a small plastic chamber. 'We conclude that within our experimental sensitivity, which is approximately 35 times larger than needed to see the effect reported...there is no weight change of the type...described.'" (Anonymous; "An Absence of Antigravity," Science News, 137:127, 1990. Cr. F. Hanisch) "Now ... .J . Quinn and A. Picard of the International Bureau of Weights and Measures in Sevres Cedex, France, have repeated the experiment. They find changes in the apparent mass of their gyroscope that depend on the speed and sense of rotation, but they amount to only about 5 per cent of the effect reported by Hayasaka and Takeuchi." (Anonymous; "Experiments Weaken Japanese Gyro Claim," New Scientist, p. 32, March 3, 1990.) The French scientists think that the Japanese results can be explained as functions of friction and temperature on the gyro. On the other hand, S.H . Salter makes a case for gyro vibrations compounded by nonlinearity in the weighing mechanisms being the culprits. (Salter, S.H .; "Good Vibrations for ...

... Antiquity, 48:161, 1983.) Comment. It seems that just a difference of 100 meters in the viewing center makes the difference between a people who merely liked to build huge geometrically shaped ridges (Purrington's idea) and a race trying -- Stonehenge fashion -- to reflect the motions of the sun and stars in a colossal earthern "computer" over a mile in diameter. The real issue, of course, is not 100 meters but one's conception of ancient man! From Science Frontiers #27, MAY-JUN 1983 . 1983-2000 William R. Corliss ...

... the room and was standing watching the T.V . The time would be a little before 6.00 p.m . I said something to the effect that his meal would be ready and he'd better wash his hands, so he turned the television off, although it remained plugged in... At this point a spherical object about six inches (15 cm) in diameter floated down the (sealed) chimney and into the room. It appeared to be rather like a soap bubble but was dull purple in colour covered or rather made up of a furry/spiky emission all over. The coating seemed to be about one inch (2 .5 cm) thick with spikes of two inches here and there but changing all the time. It was quite dim ... appeared to be semi-transparent, in so much as I could see through to the inside of the opposite side, which appeared quite smooth -- all the spikes pointing outwards from the surface. It appeared to me to be insubstantial and made no sound. It drifted between the two of us towards the television screen at about 30 inches (75 cm) from the floor, covering the six feet (2 m) in about four seconds. When about eight inches from the screen it disappeared (imploded?) with a fairly loud crack/pop sound leaving behind a smell as of an electrical discharge." (Rowe, Michael W.; "Another Unusual Ball Lightning Incident," Journal of Meteorology, U.K ., 9:135, 1984.) Reference ...

... circle litmus test?Crop-circle articles that appear in scientific journals, when they appear at all, are usually of the debunking variety. But here follows the abstract from a recent paper printed in a European journal. It presents data that could lead to a technique for separating "real" crop circles from hoaxes! "Crop formations consist of geometrically organized regions ranging from 2 to 80 m diameter, in which the plants (primarily grain crops) are flattened in a horizontal position. Plants from crop formations display anatomical alterations which cannot be accounted for by assuming the formations are hoaxes. Near the soil surface the curved stems often form complex swirls with 'vortex' type patterns. In the present paper, evidence is presented which indicates that structural and cellular alterations take place in plants exposed ... the confines of the 'circle' type formations, differences which were determined to be statistically significant when compared with control plants taken outside the formation. These transformations were manifested at the macroscopic level as abnormal nodal swelling, gross malformations during embryogenesis, and charred epidermal tissue. Significant changes in seed germination and development were found, and at the microscopic level differences were observed in cell wall pit structures. Affected plants also have characteristics suggesting the involvement of transient high temperatures." (Levengood, W.C .; "Anatomical Anomalies in Crop Formation Plants," Physiologia Plantarum, 92:356, 1994. Cr. N. Talbott) From Science Frontiers #98, MAR-APR 1995 . 1995-2000 William R. Corliss ...

... Mississippi Valley to New York State. In other words, the site is anomalously early. Indications are that Watson Break was built by hunter-gatherers, but no one really knows much about them; there's an aura of mystery here. Watson Break consists of 11 mounds -- some as high as a two-story house -- connected by a peculiar circular ridge 280 meters in diameter. The back-breaking labor required to collect and pile up all this dirt is incompatible with the life style of mobile bands of hunter-gatherers. The purpose of the Watson Break complex escapes us. Why the mounds? Why the circular ridge? Can we just shrug it off as a "ritual site"? (Saunders, Joe W., et al; "A Mound ... . Local residents have known about the mounds for years, but archeologists weren't attracted to them until clear-cutting of the trees in the 1970s made the size and novelty of Watson Break all too obvious. Just how anomalous is Watson Break? Archeologist V. Steponaitis, from the University of North Carolina, opined: "It's rare that archaeologists ever find something that so totally changes our picture of what happened in the past, as is true for this case." On what does Steponaitis base such a powerful statement? Watson Break is dated at 5,0005,400 BP (Before Present), some three millennia before the well-known Moundbuilders started piling up earthen structures from the Mississippi Valley to New York State. In other words, the site is anomalously ...

... window sill about 4-5 m from the observers. The window had been left open because there was a balcony above it which prevented the rain from entering the room. "The ball fell to the floor where it jumped up and down once or twice. It then started to roll slowly towards the observers across the floor, at about the speed of a dropped ball of wool. Its diameter was about 20 cm, it was translucent, and the rapidly changing colours showed spots of light green, crimson, light blue and pale yellow. It was bright enough to be clearly visible in daylight, and it was uniformly bright over its entire surface. It had protrusions 'like the Andromeda nebula.' "When it came near the table, where my uncle and I were sitting ... I tried to get up to have a closer look. My uncle (fortunately) held me back. It then rolled towards the tiled stove on the right side of the room, crept up the iron parts of the stove leaving (in its path) a deep groove about the width and depth of a thumb, then it exploded in the (airvent) higher up, the sound was like that of a blown up paper bag when (burst) leaving a smell of ozone. The path of the ball was about 5-6 m in length, and it left no marks on the wooden floor." (Stenhoff, Mark; "Torro Ball Lightning Division Report: April 1987," Journal of Meteorology, U.K ., 12:200, 1987.) ...

... , cohesive objects that will be shoved aside by a few megatons of explosive energy. There are two things wrong with this idea, and these reveal how radically our ideas about the nature of asteroids have changed in just 10 years. First, most astronomers will now agree that asteroids are orbiting rubble piles rather than monolithic objects. For example, the near-earth asteroid Mathilde, 53 kilometers in diameter, has a density of only 1.3 grams/cubic centimeter. Its porosity must be greater than 50%. It is not a hard, coherent object. Instead of a bullet, it is more like a cloud of shotgun pellets. It would be hard to divert all this debris with a nuclear blast. To make matters worse, asteroids like Mathilde are stickier than a cloud ... Not to worry, say the modern-day Technocrats, we will launch nucleararmed rockets that will nudge such cosmic threats into harmless trajectories. These Pollyannas are presumptious. They assume that asteroids are hard, cohesive objects that will be shoved aside by a few megatons of explosive energy. There are two things wrong with this idea, and these reveal how radically our ideas about the nature of asteroids have changed in just 10 years. First, most astronomers will now agree that asteroids are orbiting rubble piles rather than monolithic objects. For example, the near-earth asteroid Mathilde, 53 kilometers in diameter, has a density of only 1.3 grams/cubic centimeter. Its porosity must be greater than 50%. It is not a hard, coherent object. Instead of a bullet, ...