... 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 ... . 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 ...

... Science Frontiers ONLINE No. 54: Nov-Dec 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Through A Peephole Tantalizingly The flood of data that comes out of the type of physics experiment in which two subatomic particles collide at high energy is often so copious that physicists need some time to notice and interpret some of the strange new things that appear. This is especially true if the strange new things are of a sort that nobody was looking for. "Thus, some anomalous events that occurred at the PETRA colliding beam apparatus of the German Electron Synchrotron Laboratory (DESY) in Hamburg back in 1984 are now being interpreted as what Harald Fritzsch of DESY calls 'a peephole' into a possible new domain of physics..." ... Science Frontiers ONLINE No. 54: Nov-Dec 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Through A Peephole Tantalizingly The flood of data that comes out of the type of physics experiment in which two subatomic particles collide at high energy is often so copious that physicists need some time to notice and interpret some of the strange new things that appear. This is especially true if the strange new things are of a sort that nobody was looking for. "Thus, some anomalous events that occurred at the PETRA colliding beam apparatus of the German Electron Synchrotron Laboratory (DESY) in Hamburg back in 1984 are now being interpreted as what Harald Fritzsch of DESY calls 'a peephole' into a possible new domain of physics..." ...

... is definitely spooky "I cannot seriously believe in [the quantum theory] because it cannot be reconciled with the idea that physics should represent a reality in time and space, free from spooky actions at a distance." (Ref. 1) So Einstein wrote Max Born in March 1947. Well, even Einstein could have been wrong! "It's getting even spookier out there. Particles can be strangely connected over at least ten kilometres, according to results from physicists in Geneva. Using pairs of "entangled" photons, Nicolas Gisin and his colleagues from the University of Geneva have shown that the measurement of one particle will instantaneously determine the state of the other." (Ref. 2) This particular spooky aspect of quantum mechanics was demonstrated 15 years ago over a distance ... 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 Quantum mechanics is definitely spooky "I cannot seriously believe in [the quantum theory] because it cannot be reconciled with the idea that physics should represent a reality in time and space, free from spooky actions at a distance." (Ref. 1) So Einstein wrote Max Born in March 1947. Well, even Einstein could have been wrong! "It's getting even spookier out there. Particles can be strangely connected over at least ten kilometres, according to results from physicists in Geneva. Using pairs of "entangled" photons, Nicolas Gisin and his colleagues from the University of Geneva have shown that the measurement of one ...

... 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 ... 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 ...

... meant. The "first" dust may not have been terrestrial dust but interplanetary dust. Let us commence with long-winged U2s cruising at 20 kilometers altitude or more. Collectors coated with silicone oil are deployed. To them stick tiny bits of interplanetary and interstellar debris that have been caught by earth's gravity and are slowly drifting downward in the atmospshere. Some of these micron-sized particles come from asteroid collisions; others from the disintegration of comets. This rain of cosmic matter is not negligible; the earth harvests about 40,000 tons annually from the fertile fields of outer space. "Fertile?" Yes, outer space is a vast biochemical retort. D. Brownlee, R. Walker, and others: ". .. suggest that interplanetary dust has probably carried ... the observation of striking isotopic anomalies -- large enrichments of deuterium relative to hydrogen, as much as ten times greater than one sees in terrestrial samples -- in the particles in which Zare's group observed the organic molecules." Yes, the original dust of life may have been extraterrestrial. (Zeman, Ellen J.; "Complex Organic Molecules Found in Interplanetary Dust Particles," Physics Today, 47:17, March 1991.) Comment. Nature it seems is a great recycler. It was Walt Whitman who wrote: "And as to you, Life, I reckon you are the leavings of many deaths." From Science Frontiers #93, MAY-JUN 1994 . 1994-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 105: May-Jun 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Is matter infinitely divisible?Just over a year ago, particle physicists at the Fermi National Accelerator Laboratory (Fermilab) announced that they had at last found the top quark, the final particle needed to flesh out the so-called Standard Model of subatomic physics. Then, all seemed serene in the world of quarks and gluons. Quarks, you see, are held to be the smallest building blocks of matter and now they had all been found and cataloged. The collection was complete. But a storm cloud has now appeared on the event horizon, casting a shadow on the solidity of the quarks themselves. Are they really fundamental; ... is, indivisible? Fermilab scientists now wonder, for when they crash protons into antiprotons head-on at very high energies, the resulting debris clouds display an anomaly. Some of the supposedly indestructable quarks seem to have fragmented, too. The collision energies seem high enough penetrate the integument of the quarks if they are divisible. There may be other explanations of the deviation from theory, but right now quarks seem a bit more fragile than they did just a few months ago. (Wilczek, Frank; "A Crack in the Standard Model?" Nature, 380:19, 1996. Also: Walker, Gabrielle; "The Secret Heart of a Quark," New Scientist, p. 17, February 17, 1996) Comment. If quarks can be split, perhaps their ...

... 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) In an interview, [Dr. R.I . Mills] said he had conducted 1,000 experiments with a simple apparatus over the past 18 months and had applied for patents on the process, which differs markedly from the Utah one. He also asserted that he had set a new record for generating heat, saying his apparatus puts ... 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) In an interview ...

... forces present in lightning channels. The first class of observations consists of blasts of hot air noted some distance from violent lightning strikes but seeming associated with the discharges. Second, some superhailstones (hydrometeors) also seem to be correlated with violent lightning. The physical mechanism for the concentration and propulsion of matter is the electrostatic force naturally present in lightning discharge channels; it functions much the same as the particle accelerators in the physics lab. The observations of hot air blasts and superhailstones collected by Crew to support his theory are indeed suggestive, but more are needed. Crew also feels that some UFO sightings may be produced by the same mechanism. (Crew, E.W .; "Meteorological Flying Objects," Royal Astronomical Society Quarterly Journal, 21:216, 1980.) Comment. ... accelerate matter?E.W . Crew suggests in this paper that two rare classes of meteorological observations may be created by the intense electrostatic accelerating forces present in lightning channels. The first class of observations consists of blasts of hot air noted some distance from violent lightning strikes but seeming associated with the discharges. Second, some superhailstones (hydrometeors) also seem to be correlated with violent lightning. The physical mechanism for the concentration and propulsion of matter is the electrostatic force naturally present in lightning discharge channels; it functions much the same as the particle accelerators in the physics lab. The observations of hot air blasts and superhailstones collected by Crew to support his theory are indeed suggestive, but more are needed. Crew also feels that some UFO sightings may be produced by the same mechanism. (Crew ...

... a subharmonic whose frequency range at about 10 Hz would only vary by 0.1 Hz." (Ref. 1) Second, Jahn sees a remarkably similar information channel, but of a cryptic nature, connecting humans to the environment in PEAR's psychokinesis and remoteviewing experiments. In describing his model of this information channel, Jahn writes: "Like physical light (energy) and elementary particles (mass), consciousness (information) enjoys a wave/ particle duality that allows it to circumvent and penetrate barriers and to resonate with other consciousnesses and with appropriate aspects of the environment. Thereby it can both acquire and insert information, both objective and subjective, from and to its resonant partners." (Ref. 2) The immense body of empirical data amassed by Jahn's ... normal human brains to be affected by a subharmonic whose frequency range at about 10 Hz would only vary by 0.1 Hz." (Ref. 1) Second, Jahn sees a remarkably similar information channel, but of a cryptic nature, connecting humans to the environment in PEAR's psychokinesis and remoteviewing experiments. In describing his model of this information channel, Jahn writes: "Like physical light (energy) and elementary particles (mass), consciousness (information) enjoys a wave/ particle duality that allows it to circumvent and penetrate barriers and to resonate with other consciousnesses and with appropriate aspects of the environment. Thereby it can both acquire and insert information, both objective and subjective, from and to its resonant partners." (Ref. 2) The immense body of ...

... solid sphere with unit radius. These are the minimum numbers of pieces required to do the trick, but it can be repeated indefinitely." Impossible, you say? Can one sphere fragment and be reconstituted as two solid spheres of the same size? Regardless of what the math says, it cannot happen in the real world! Well, BTT actually does mirror just such a phenomenon found in particle physics: "The magical way in which a proton entering a metal target can produce a swarm of new copies of protons emerging from that target, each identical to the original, is precisely described by the BTT process of cutting spheres into pieces and reassembling them to make pairs of spheres." (Gribbin, John; "The Prescient Power of Mathematics," New Scientist, p. ... Beloff's "rent" in the fabric of the cosmos is a bizarre concept, it's because you haven't heard about BTT. Named after S. Banach and A. Tarski, the Banach-Tarski Theorems (BTT) were conceived 70 years ago, and they have challenged common sense ever since. Of course, no one expects that all branches of mathematics will mirror physical reality; but BTT is definitely ultra-weird, so much so that we had to invent that adjective! Take, for example, this specific BTT result presented by B. Augenstein: "In particular, a solid sphere with unit radius can be cut into five pieces in such a way that two of the pieces can be reassembled into one solid sphere with unit radius, while the ...

... Stone Archeology in Britain: Straying From the Party Line Astronomy Gyroscopic Galaxies Antarctic Meteorite May Have Been Blasted Off the Moon Biology Lizardless Thrashing Tails Nature's Ballistic Missile Prescient Evolution Geology Do the Continents Really Drift? Punching A Hole in the Asteroid Hypothesis Geophysics Slithering Patch of Light Earthquake and Subterranean Fire Psychology Everyone A Memory Prodigy The Mind's Rhythm Chemistry & Physics Maybe There's One Stable Particle! ...

... their being related to meteors, I reconsidered this relation after eliminating other possible causes such as reflections from aircraft lights and tricks of vision. Their meteor-like behavior suggested that perhaps these events might be caused by clouds of exceedingly small meteoroids, visible only because of their numbers and compact grouping. Because such a formation would be unlikely to be maintained long in space, it appeared necessary that the particles involved must have maintained some weak physical contact until just prior to becoming visible. Perhaps some type of 'cosmic dust bunny,' disrupted by air resistance, might be the cause of these events." These moving patches of light also resemble the "auroral meteors" cataloged under GLA3 in Lightning, Auroras, Nocturnal Lights. Physically, they might be related to the small, icy comets ... by L.A . Frank to account for the transient "holes" seen in satellite ultraviolet images of the earth. (See SF#60 and #72 for more.) (Gallagher, John S.; "Diffuse Luminous Objects Having Angular Velocities Similar to Meteors," Strolling Astronomer , 36:115, 1992. Cr. P. Huyghe) References. The above phenomenon is cataloged in AYO8 under "Nebulous Meteors" in our book: The Sun and Solar System Debris. Ordering information for this book and Lightning, Auroras (mentioned above) may be found here . From Science Frontiers #86, MAR-APR 1993 . 1993-2000 William R. Corliss ...

... amino acid chains of enzymes come from? To use a geological analogy, the knowledge came from the cosmological equivalent of a previous era, from a previously existing creature if you like, a creature that was not carbon-based, one that was permitted by an environment that existed long ago. So information is handed on in a Universe where the lower symmetries of physics -- and characteristics of particles and atoms -- are slowly changing, forcing the manner of storage of the information to change also in such a way as to match the physics. It is this process that is responsible for our present existence, and it is the one which our descendants would be fated to continue." To continue his search for the ultimate, Hoyle recognizes that, contrary to what transpires in the ... But where did a knowledge of amino acid chains of enzymes come from? To use a geological analogy, the knowledge came from the cosmological equivalent of a previous era, from a previously existing creature if you like, a creature that was not carbon-based, one that was permitted by an environment that existed long ago. So information is handed on in a Universe where the lower symmetries of physics -- and characteristics of particles and atoms -- are slowly changing, forcing the manner of storage of the information to change also in such a way as to match the physics. It is this process that is responsible for our present existence, and it is the one which our descendants would be fated to continue." To continue his search for the ultimate, Hoyle recognizes that, ...

... Information Transfer in the Cerebrospinal Fluid Utility of the Appendix Nostril Cycling [BHF3] BHT UNUSUAL SENSES AND FACULTIES BHT1 Telescopic Vision BHT2 Moonblindness BHT3 Blindsight BHT4 A TV-Snow Visual Phenomenon BHT5 Color-Vision Deficiency of Ancient Peoples BHT6 Color Sensitivity Correlated with Lunar Phase BHT7 Anomalies in the Evolution of Color Vision BHT8 Dermo-Optical Perception [PHD] BHT9 Visual Phenomena from the Passage of High-Energy Particles through the Eyes BHT10 Facial Vision or Human Echo Ranging BHT11 Our Sound-Suppression Faculty BHT12 Electromagnetic Radiation Perceived as Sound BHT13 Hearing under Anesthesia BHT14 Variability and Sophistication of Human Tone Perception BHT15 Anomalous Communication in Children BHT16 Discontinuity in the Evolution of Communication BHT17 The Ability to Sense and/or Detect Magnetic Fields BHT18 Human-Navigation Senses BHT19 Exposure to Low-Frequency Electromagnetic Field Lengthens Reaction Time BHT20 ... Science Frontiers Catalog of Anomalies (Subjects) Strange reports * Bizarre biology * Anomalous archaeology From New Scientist, Nature, Scientific American, etc Archaeology Astronomy Biology Geology Geophysics Mathematics Psychology Physics Catalog of Anomalies (Subjects)Overview Astronomy Biology Chemistry/Physics Geology Geophysics Logic/mathemitics Archeology Psychology Miscellaneous phenomena Other pages Home Page Science Frontiers Online Science Frontiers: The Book Sourcebook Project B BIOLOGY Catalog of Anomalies (Biology Subjects)Within each of these fields, catalog sections that are already in print are given alphanumerical labels. For example, BHB1 = B (Biology)+ H (Humans)+ B (Behavior)+ 1 (first anomaly in Chapter BHB). Some anomalies and curiosities that are listed below have not yet been cataloged and published in catalog format. These do not have the ...

... 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 ... Science Frontiers ONLINE No. 119: Sep-Oct 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Einstein In Free Fall We now describe two abstruse phenomena, one of which is well-recognized, the other which is suggested by quantum mechanics, but is yet unobserved. Both involve only tiny physical effects. Even so, we should remember that a linchpin of Special Relativity is the tiny advance of Mercury's perihelion. It was Mercury's miniscule orbital anomaly that helped overthrow Newtonian celestial mechanics. Now, quantum mechanics may, in turn, undermine Relativity. The gist of this introduction is that we have here tiny, hard-to-visualize phenomena that are so scientifically important that it is worthwhile trying to understand them. ...

... Very Large Meteors AYB7 Clouds and Swarms of Meteors AYB8 Micrometeoroid Loss-Gain Imbalance AYE ANOMALIES IN METEORITE COMPOSITION AND STRUCTURE AYE1 Isotopic and Inorganic Chemical Anomalies AYE2 Organic Compounds in Meteorites AYE3 Unusual Meteorite-Exposure Ages AYE4 Anomalous Formation Ages of Meteorites AYE5 "Sedimentary" Meteorites AYE6 Annihilation-Radiation Events Ascribed to Antimatter Meteorites AYE7 Meteorite Magnetic Anomalies AYE8 The Unexplained Origin(s ) of Chondrules AYE9 The Brownlee Particles AYE10 Lack of Correspondence between Meteorite and Asteroid Compositions AYO METEORS IN FLIGHT AYO1 The Peculiar Green Meteors and Fireballs AYO2 Erratic Meteors AYO3 Atmospheric Debris Resembling Meteors in Flight AYO4 Large Meteorites with Negligible Craters AYO5 Meteor Collisions AYO6 Meteors of Very Long Duration AYO7 Fireball Processions AYO8 Nebulous Meteors AYO9 Rebrightening of Meteor Trails AYO10 Dark Meteor-Like Streaks AYO11 Long, Hollow Cylinders of Meteoric Dust AZ THE ZODIACAL LIGHT ... Science Frontiers Catalog of Anomalies (Subjects) Strange reports * Bizarre biology * Anomalous archaeology From New Scientist, Nature, Scientific American, etc Archaeology Astronomy Biology Geology Geophysics Mathematics Psychology Physics Catalog of Anomalies (Subjects)Overview Astronomy Biology Chemistry/Physics Geology Geophysics Logic/mathemitics Archeology Psychology Miscellaneous phenomena Other pages Home Page Science Frontiers Online Science Frontiers: The Book Sourcebook Project A ASTRONOMY Catalog of Anomalies (Astronomy Subjects)Within each of these fields, catalog sections that are already in print are given alphanumerical labels. For example, BHB1 = B (Biology)+ H (Humans)+ B (Behavior)+ 1 (first anomaly in Chapter BHB). Some anomalies and curiosities that are listed below have not yet been cataloged and published in catalog format. These do not have the ...

... of the Second Law. It says, rather, that there is something intrinsic in the universe that creates order (spiral galaxies, amino acids, humans). We don't explain this tendency (assuming it really exists) just by identifying Belousov-Zhabotinsky reactions and saying, "That's the way things are." We can go one step further and say that the fundamental particles of physics have just the right properties so that they fall together into atoms, molecules, galaxies, and life forms. Can science go any further? From Science Frontiers #36, NOV-DEC 1984 . 1984-2000 William R. Corliss ...

... Prout's hypothesis that the masses of the elements would be found to be integral multiples of the mass of the hydrogen atom was not far off the mark. Certainly an entertainment factor exists, too, for Maddox cannot resist printing a curious little contribution by Peter Stanbury, entitled "The Alleged Ubiquity of pi." Stanbury has discovered a large number of relations between the masses of the fundamental particles that are closely related to pi. Four representative examples follow: The proton-to-electron mass ratio is almost exactly 6pi5 ; The sum of the masses of the basic octet pio, pi +, k +, k-, ko, k-baro is 3.14006 times the proton mass; The sum of the masses of the baryon octet is very close to pi2 times ... Science Frontiers ONLINE No. 29: Sep-Oct 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Temptations Of Numerology "Too much innocent energy is being spent on the search for numerical coincidences with physical quantities. Would that this Pythagorean energy were spent more profitably." Following this admonition, John Maddox conceded that numerology, on rare occasions, has provided useful insights. Musings about Bode's Law are not complete wastes of time; and Prout's hypothesis that the masses of the elements would be found to be integral multiples of the mass of the hydrogen atom was not far off the mark. Certainly an entertainment factor exists, too, for Maddox cannot resist printing a curious little contribution by Peter Stanbury, entitled "The Alleged ...

... 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 ... 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 ...

... whirling away below. Example 2. In water, large, fatty molecules (phospholipids) are observed to self-assemble into double layers with their water-loving bonds pointing outwards. This sort of structure closely resembles that of the biological membranes so vital to terrestrial life. This potentially biologically useful structure self-assembles! It seems that on the mesoscopic scale, under certain conditions, ensembles of particles (e .g ., iron balls and large molecules) may snap into "dominant states" that exhibit unexpected properties. In this context Nobelist R. Laughlin remarks: The discoveries that matter are the grand surprises that occur when matter organizes itself. Of course, the question has always been whether something "special" or "vital" has to be done to an ensemble of molecules ... explanatory power than any of the other "origin" scenarios. It is less than satisfying. Be that as it may, scientists are now seeing some strange things happening on the "mesoscopic" scale; i.e ., from a few nanometers to a few millimeters (10-9 to 10-3 meters). This size range lies between the realms of quantum mechanics and macroscopic physics. Maybe these curious phenomena do have a bearing on how life started and whether it is really different from nonlife. Example 1. G. Whitesides, at Harvard, has dumped large quantities of millimeter-size iron balls into a plastic dish and then spun a bar magnet under the ensemble with startling results. The balls swarm around inside the plastic dish as the magnet rotates. At first ...