56 results found.
... Science Frontiers ONLINE No. 124: Jul-Aug 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A New Cosmology In the April 1999 issue of Physics Today -- certainly a mainstream publication, but occasionally daring -- we find a long, technically deep article outlining a new cosmology that jettisons the Big Bang and even redshifts as infallible measures of cosmological distances. It should come as no surprise that the authors are G. Burbidge, F. Hoyle, and J.V . Narlikar. They propose a quasi-steady-state universe to replace the hot Big Bang. It is easy to itemize narrow, specific problems bedeviling the Big Bang, but the three "boat-rockers" listed above also have an important philosophical bone to pick with modern astronomers and cosmologists. "The theory departs increasingly from known physics, until ultimately the energy source of the universe is put in as an initial condition, the energy supposedly coming from somewhere else. Because that "somewhere else" can have any properties that suit the theoretician, supporters of Big Bang cosmology gain for themselves a large bag of free parameters that can subsequently be tuned as the occasion may require. "We do not think that science should be done in that way. In science as we understand it, one works from an initial situation, known from observation or experiment, to a later situation that is also known. That is the way physical laws are tested. In the currently popular form of cosmology, by contrast, the physical laws are regarded as ...
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... Science Frontiers ONLINE No. 138: NOV-DEC 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The 8 Greatest Mysteries of Cosmology Such is the title of a lengthy article in the June 2001 issue of Astronomy. It is always dangerous to employ superlatives; "greatest" is particularly hazardous. Anyway, it is useful to review what mainstream astronomers consider to be their major unsolved problems. Naturally, we shall add a few that we think should have been on the list. How multidimensional is the universe? For example, gravitons, which are believed to exist in a fifth dimension, are supposed to transmit gravitational force. This dimension is barely separated from our well-known four. The thin barrier separating us from the graviton universe seems to leak a bit therebyallowing gravity, the weakest of all our universe's forces, to exist. Sounds pretty far-out, but not as bizarre as string theory which requires many more dimensions! How did the universe begin? The cosmic microwave background is much too smooth. If it was smoothed out by a sudden expansion of the universe (so-called "inflation"), what caused the inflation? Why does matter fill the universe? in other words, where is all the antimatter that we think must have been created in equal amounts? (This equality is a human philosophical requirement. The universe can do anything it wants!) How did galaxies form? What is cold dark matter? This "substance" seems to be filaments threading the surfaces of cosmic ...
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... Science Frontiers ONLINE No. 50: Mar-Apr 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Cosmological Atlantis Current cosmological theory states that immediately after the Big Bang, the only elements existing in any significant quantities were hydrogen and helium. Yet, we observe stars today with various amounts of the heavier elements. How did the present stars, which are divided into Populations I and II, ever acquire their heavier elements? By thermonuclear synthesis, of course. The primordial hydrogen and helium condensed into primitive stars, now labelled Population III, where the first heavier elements were synthesized. The "ashes" of the Population-III stars provided the makings of the later stars with their heavier elements. However, no matter how hard astronomers have looked, no Population-III stars seem to be left anywhere -- not even far out in the universe, which we see in terms of light billions of years old. A vital "transititional form" is missing in astronomy's fossil record! (Maran, Stephen P.; "Stellar Old- Timers," Natural History, 96:80, February 1987.) From Science Frontiers #50, MAR-APR 1987 . 1987-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 103: Jan-Feb 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects 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. ...
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... Science Frontiers ONLINE No. 84: Nov-Dec 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects QUASAR REDSHIFT CLUSTERS AND (EVEN WORSE) MULTIPLE REDSHIFTS At the XIIIth Krakow Summer School of Cosmology, September 7-12, 1992, many of the world's top cosmologists experienced the disorientation that accompanies both earthquakes and shifting paradigms. Two of many cosmoseisms felt during the meeting in Poland are recorded below: "Halton Arp, Max-Planck Institute for Astrophysics, spoke about his "Variable Mass" cosmology. He pointed out the need for cosmologies to explain why quasar redshifts cluster near 0.3 , 0.6 .. ., with the grouping just below z = 1.2 dominating all others; and why certain classes of stars have significant excess redshifts. He also pointed out the inconsistency that local galaxy groups seem to have velocity dispersions of less than 100 km/s , while distant groups seem to have members with dispersions up to 1000 km/s . "Jack Sulentic spoke about multiple redshifts seen in some quasars and AGNs. Line profiles come in all types; symmetric, double-peaked, and asymmetric. Relative shifts are both toward the red and the blue. Arguments against an accretion disk/black-hole model were reviewed. Apparently a non-Doppler redshift-blueshift mechanism is needed. For example, one broad line (in 1404+ 28) shifts back and forth by 1000 km/s relative to another narrow H-line, with an average offset of 2000 km/ ...
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... Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects There never was a "crater"!Humans favor tales with beginnings and endings, perhaps because we are mortal ourselves. The universe must, we suspect, have been created either naturally or supernaturally, and it will end either according to the Laws of Thermodynamics or by fiat on Judgment Day! Some scientists, though, see other possibilities. In 1948, F. Hoyle, H. Bondi, and T. Gold proposed that the universe had no beginning and was, therefore, infinitely old. Originally, they hypothesized that, as the universe expanded, new matter was continuously created, and thus the density of matter stayed about constant in time. This Steady State Universe was kicked around for a while but ultimately consigned to the cosmological wastebasket. Now, the idea is being revived as the prevailing Big Bang Universe runs into problems, which have been documented perhaps too thoroughly in past issues of SF. The revised steady state model has jettisoned the idea of continuous creation in favor of many discrete "creation events," which will doubtless be called "little bangs." They also fill space with small metallic needles which absorb microwaves and reemit the uniform microwave background. The new theory needs more work, but Hoyle and his colleagues write in the June 20 issue of the Astrophysical Journal: "This paper is not intended to give a finished view of cosmology. It is intended rather to open the door to a new view which at present is blocked by a fixation with big bang cosmology." (Crosswell, Ken ...
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... Science Frontiers ONLINE No. 138: NOV-DEC 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects "Redshift is A Shaky Measuring Rod"So saith M. Burbidge, an astronomer at the University of California at San Diego. Her assertion echoes what Arp has been proclaiming for years. (AR#3 ); namely that some redshifts are not due to the Doppler effect and an expanding universe. Since redshift is the major cosmological yardstick, the whole fabric of modern cosmology would become unwoven if redshifts cannot be used to measure distances reliably. We bring this subject up once more because Burbidge claims that some newly discovered quasar pairs cast additional doubt on redshift distance measurements. For example, she, along with Arp and Y. Chu, point to the quasar pair flanking the galaxy named Arp 220 (one of Arp's earlier discoveries). Quasars are very energetic sources of visible light, radio waves, and X-rays. The problem with Arp-220's flanking quasars is that they have much greater redshifts than the galaxy that seems to be situated in between them and likely at the same distance. Is this just a chance association, and the quasars are really much farther away than the galaxy -- as suggested by their high redshifts? Most astronomers believe this must be the case, but Burbidge and, of course, Arp, doubt it. They point to 10 other galaxies nearby that are also straddled by quasar pairs with higher redshifts. All of these were discovered within the last four years ...
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... Science Frontiers ONLINE No. 47: Sep-Oct 1986 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects 1986: "TIRED LIGHT" REVIVED AGAIN Back in 1929, F. Zwicky proposed that the redshifts astronomers observed in the spectra of celestial objects might not be due to universal expansion but rather to "tired light." In other words, the wavelengths of the photons entering our telescopes are redshifted because they have lost energy through interactions with matter en route to earth. The "tired light" theory was eclipsed by the esthetically appealing concepts of the Big Bang and Expanding Universe. But not everyone has forgotten Zwicky's tired light. P. LaViolette has: ". .. compared the tired light cosmology to the standard model of an expanding universe on four different observational tests and has found that on each one the tired-light hypothesis was superior. The differences between the rival cosmologies are most apparent at large redshifts, however, and it is in this region that observations are most difficult to make." (Anonymous; "New Study Questions Expanding Universe," Astronomy, 14:64, August 1986.) Gratuitous comment. In all three of the foregoing items, observations are challenging fundamental astronomical hypotheses: the Big Bang, the Expanding Universe, redshifts as cosmological yardstocks, etc. With more and more such data accumulating all the time, the strains in the key girders of astronomical thought are beginning to show. Of course, most astronomers will vehemently deny this assertion. Those who care to read the biological ...
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... 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 That's the way the universe bounces What follows is a chain of ideas (perhaps "speculations" is a better word) that was recently unleashed by L. Smolin in the journal Classical and Quantum Gravity (9 :173). At stake here is the very nature of Nature herself. We begin with the notion of anthropic cosmology, in which the physical constants of the universe are identified as having just the "right" values to allow the existence of stars, planets, carbon compounds, and the other ingredients of human life. (Just why this state of affairs prevails is a question rarely addressed!) Adherents of anthropic cosmology hold that our "human-friendly" universe is just one of many universes populating a larger metauniverse. These "other" universes are thought to have different values of the fundamental physical constants (viz., the mass of the proton) and, in consequence, wildly different forms of life. In nonhuman universes, there could even be entities for which our word "life" is inadequate. The second idea is that of an oscillating universe. In this concept, universes expand just so far and then collapse back into the "singularities" (i .e ., black holes) from which they arose. Then, Phoenix-like, they bounce back and reexpand into new universes -- ones with slightly different physical constants. These rebounding universes are in a sense ...
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... Science Frontiers ONLINE No. 65: Sep-Oct 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Sweeping 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 ...
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... Science Frontiers ONLINE No. 94: Jul-Aug 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Music And Theories Of Everything Warning: We never promised that Science Frontiers would be easy or even compatible with your world view! Furthermore, archeology is more than shards and arrowheads. Today's physicists enjoy speculating about Theories of Everything, but they really don't nean everything ! They just mean physics and cosmology. Some 5,000 years ago, the Sumerians constructed a remarkable Theory of Everything based upon music, a base-60 number system, and symmetry concepts. These Sumerians didn't have supercomputers but they were able to incorporate into their theory much more than physics and cosmology. Below, E.G . McClain provides some insight into ancient Sumerian thinking: "In ancient Mesopotania,music, mathematics, art, science, religion, and poetic fantasy were fused. Around 3000 B.C ., the Sumerians simultaneously developed cuneiform writing, in which they recorded their pantheon, and a base-60 number system. Their gods were assigned numbers that encoded the primary ratios of music, with the gods' functions corresponding to their numbers in acoustical theory. Thus the Sumerians created an extensive tonal/arithmetical model for the cosmos. In this far-reaching allegory, the physical world is known by analogy, and the gods give divinity not only to natural forces but also to a 'supernatural,' intuitive understanding of mathematical patterns and psychological forces." To understand the role of musical theory in modeling ...
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... 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 A TWISTED COSMOS?An astronomer really risks his or her reputation if he or she suggests that the universe has a preferred direction. A core belief in cosmology maintains that no point or direction in the cosmos is in any way "special." So, B. Nodland and J.P . Ralston stirred up a hornets' nest this past spring when they published a paper that began with this paragraph: "Polarized electromagnetic radiation propagating across the Universe has its plane of polarization rotated by the Faraday effect. We report findings of an additional rotation, remaining after Faraday rotation is extracted, which may represent evidence for cosmological anisotropy on a vast scale." (Ref. 1) Most inflammatory was their claim that the plane of polarization of the radio waves rotated more along a particular direction [axis?]; specifically, along a line connecting the constellations Aquila and Sextans. (Ref. 2) Only a few days after the NodlandRalston paper was published, it was blasted in Science. The major complaint was that their data were old and incomplete, since they derived mainly from observations made prior to 1980. (Ref. 3) Indeed, a similar study using more recent measurements but fewer radiation sources seems to refute the NodlandRalston claim of a preferred direction in the cosmos. (Ref. 4) Nodland and Ralston disagree with the charges and the implications of the other study. It will be a while before this ...
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... Science Frontiers ONLINE No. 107: Sep-Oct 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects An Old Galaxy In A Young Part Of The Universe As the Hubble Space Telscope has probed ever farther toward the supposed edge of the universe, it has discerned. as expected, many youthful-looking galaxies. Since such deep-viewing telescopes are thought to be looking far back into time as well as space, youthful galaxies are not only expected but demanded by the Big-Bang/expanding universe theory. Unfortunately for theory, these telescopes have also identified a handful of apparently very old galaxies cavorting amidst the youthful ones! "The problem, if conventional cosmological models are correct, is that galaxies that old and that far away simply should not be there. The observation tightens the thumbscrews on the Einstein-de Sitter cosmological model, and offers evidence that at least some galaxies formed at very early epochs, within a billion years after the Big Bang." (Kennicutt, Robert C., Jr.; "An Old Galaxy in a Young Universe," Nature, 381:555, 1996) Comment. A similar age discrepancy has been claimed for some galaxies that seem to harbor stars older than the universe itself! (SF#97) Reference. The subject of galaxy distribution is covered in Chapter AWO in the Catalog: Stars, Galaxies, Cosmos. For a description of the book, visit here . From Science Frontiers #107, SEP-OCT 1996 . 1996-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 89: Sep-Oct 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects An Age Paradox "Cosmologists say the universe may be 8 to 15 billion years old. Stellar astronomers disagree. They say the oldest stars are much older, perhaps 16 to 19 billion years old. Because the oldest stars can't be older than the universe in which they lie, this age paradox presents a thorny problem for astronomers." At least two solutions to the paradox are possible: (1 ) The cosmological distance scale used to determine the age of the universe is incorrect; and/or (2 ) Our theories about how stars work and evolve are in error. Something has to give. (Jayawardhana, Ray; "The Age Paradox," Astronomy, 21:39, June 1993.) Comment. Also pertinent here are H. Arp's collection of red-shift anomalies, which also call into question the cosmological distance scale; and those missing solar neutrinos, which cast doubt on our ideas about how stars work. H. Arp's redshift anomalies are cataloged in AQB and AWB in our catalog: Stars, Galaxies, Cosmos. To order, see: here . From Science Frontiers #89, SEP-OCT 1993 . 1993-2000 William R. Corliss ...
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... 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 The End Of The Old-Model Universe That cosmology is in flux is apparent in the following sentence found in Nature: " The standard ideas of the 1980s about the shape and history of the Universe have now been abandoned -- and cosmologists are now taking seriously the possibility that the Universe is pervaded by some sort of vacuum energy, whose origin is not at all understood." Does this mean that the Big Bang, the mainstay of the astronomy we were taught in school, is now being cast aside? After all, the Big Bang does model fairly well three important observations: The apparent expansion of the universe; The 3 K microwave background; and The abundances of the light nuclei. But try as they may, cosmologists have not been able to coax the Big Bang model to explain the large-scale lumpiness and structure of the galaxies and galaxy clusters. One problem with the Big Bang is that it has too many free parameters -- too much theoretical slack. Many cosmologists are now looking for a better model. This better model, to use the words of P. Coles, should be more "exciting" and "stranger," something "perhaps not even based on General Relativity." (Coles, Peter; "The End of the Old Model Universe," Nature, 393:741, 1998.) Questions. Isn't cosmology already already "strange" enough? Since when ...
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... would have netted many more, because dark matter is worrying a lot of astronomers. Observations of visible matter, the only kind we can see directly, suggest that most of the universe is, in fact, composed of dark matter. This conclusion comes mainly from the belief that something unseen (dark matter) is tugging on visible matter, making it do things the laws of motion say it should not do. All visible bodies, therefore, seem to be careening about in a dense cloud of unseen, unknown masses. These might be dark, Jupiter-sized objects, black holes, and/or some exotic forms of matter. We must choose between the reality of dark matter or admit that something is awry with our laws of gravitation and motion when they are applied on a cosmological scale Now, let us examine those four darkmatter items from the recent literature: D. Lin, a University of California astronomer, has shown that the Large Magellanic Cloud that orbits around our own galaxy (the Milky Way) is being torn apart (" cannibalized") by the powerful gravitational pull of a dense cloud of dark matter surrounding the Milky Way. This dismemberment of the Large Magellanic Cloud cannot be explained by the gravitational forces exerted by the stars in our galaxy that we can see. Lin calculates that our halo of dark matter is equivalent to 600-800 billion solar masses, compared to the only 100 billion solar masses of visible matter. (Flam, Faye; "Spinning in the Dark," Science, 260:1593, 1993. Also: Anonymous; ...
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... Science Frontiers The Book Strange reports * Bizarre biology * Anomalous archaeology From New Scientist, Nature, Scientific American, etc Archaeology Astronomy Biology Geology Geophysics Mathematics Psychology Physics Science Frontiers The Book Contents Science Frontiers is an indexed compilation of the first 86 issues of our Science Frontiers newsletter . Chapter 1. Archeology: Ancient Engineering Works * Small Artifacts * Epigraphy and Art * Bones and Footprints * Diffusion and Culture. Chapter 2. Astronomy: Planets and Moons * Solar System Debris * Stars * Galaxies and Quasars * Cosmology. Chapter 3. Biology: Humans .* Other Mammals * Birds * Reptiles and Amphibians * Fish * Arthropods * Invertebrates * Plants and Fungi * Microorganisms * Genetics * Origin of Life * Evolution. Chapter 4. Geology: Topography * Geological Anomalies * Stratigraphy * Inner Earth. Chapter 5. Geophysics: Luminous Phenomena* Weather Phenomena * Hydrological Phenomena * Earthquakes * Anomalous Sounds * Atmospheric Optics. Chapter 6. Psychology: Dissociation Phenomena * Hallucinations * Mind - Body Phenomena * Hidden Knowledge * Reincarnation * Information Processing * Psychokinesis. Chapter 7. Chemistry, Physics, Math, Esoterica: Chemistry * Physics * Mathematics. Comments from reviews: "This fun-to-read book may lead some to new scientific solutions through questioning the phenomena presented", Science Books and Films Publishing details: 356 pages, paperback, $18.95, 417 illus., subject index, 1994. 1500+ references, LC 93-92800 ISBN 0-915554-28-3 , 8.5 x 11. Order From:The Sourcebook Project P.O . Box ...
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... 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 How To Be Unfamous In Astronomy When Sky and Telescope devotes almost five full pages to a new book, you may be sure that something important has happened. The book is H. Arp's Quasars, Redshifts, and Controversies . We know that we have perhaps overplayed the shakiness of the redshiftdistance hypothesis and the fizzling of the Big Bang, but our whole cosmological outlook is at stake. Now, rather than review again the scientific pros and cons (you can read Arp's book for that), we will be content here with a few comments about how science has failed to work well in Arp's case. G. Burbidge, who reviews the book, recalls how the politics of science works in the following quotation: ". .. the important factors for a successful career are your sponsors (where and with whom did you get your Ph.D ); field of research (popular or unpopular); and diplomatic skills (always speak quietly with great conviction, and, when in doubt, agree with the wisest person present, who by definition must come from one of the the very few [recognized] institutions). Look upon new ideas with great disapproval and never discover a phenomenon for which no explanation exists, and certainly not one for which an explanation within the framework of known physics does not appear to be possible." Arp played this game for 29 years at the Mount ...
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... thousands of them, each on the scale of superclusters of galaxies! (Arp, H.C ., et al; "The Extragalactic Universe: an Alternative View," Nature, 346:807, 1990.) Comment. There are two ironies: Irony #1 . J. Maddox, Nature's editor, while trying to encourage alternatives to the Big Bang on one hand, has been most fierce in suppressing Benveniste's infinite-dilution research and cold fusion, although perhaps with some justification. Irony #2 . In their conclution, Arp et al remark: "Geology progressed favour-ably from the time Hutton's principle of uniformity was adopted, according to which everything in geology is to be explained by observable ongoing processes." They then suggext that cosmology and cosmogony might well adopt such an outlook! Hasn't geology actually been imprisoned by uniformitarianism? Reference. The cosmological problems posed by Arp are found throughout our catalog: Stars, Galaxies, Cosmos. To order, visit: here . From Science Frontiers #72, NOV-DEC 1990 . 1990-2000 William R. Corliss ...
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... really missing ? * Superluminous infrared galaxies * Shells around elliptical galaxies Comments from reviews: ". .. it never fails to be interesting, challenging and stimulating", New Scientist 246 pages, hardcover, $17.95, 50 illustrations, 4 indexes 1987. 817 references, LC 87-60007, ISBN 915554-21-6 , 7x10 format. Handbooks Mysterious Universe: A Handbook of Astronomical Anomalies Sorry, Out of print Our Astronomy Handbook covers much the same ground as the three preceding Astronomy Catalogs, but in more detail. For example, the quotations are much more extensive [Picture caption: Unexplained rift in the zodiacal light] Typical subjects covered: The lost satellite of Venus * Transient lunar phenomena * Ephemeral earth satellites * Venus' radial spoke system * Relativlty contradicted * Cosmological paradoxes * Changes in light's velocity * Vulcan; the intramercurial planet * Knots on Saturn's rings * Bright objects near the sun * The Sun's problematical "companion star" * "Sedimentary" meteorites * Life chemistry in outer space * Planet positions and sunspots Comments from reviews: ". .. highly recommended .. . excellent value for money", Nature (Astronomy Book Club selection) View Cart Buy online via PayPal with MC/Visa/Amex 716 pages, hardcover, $19.95, 103 illustrations, index, 1979 References, LC 78-65616, ISBN 915554-05-4 , 6x9 format. A Handbook of Unusual Natural Phenomena Out of print Luminous Phenomena * Optical and Radio Anomalies in the Atmosphere * Unusual Weather Phenomena * Mysterious ...
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... Science Frontiers ONLINE No. 149: Sep-Oct 2003 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Stringware Old Viking Bones Lied Astronomy A Bridge too Faint The Dark Side of Cosmology Biology The Sweet Sex The Seventh-Story Paradox Great Walls make Divergent Neighbors Liver Delivery Life's Lethal Quality Control? Life's Biochemical Enforcers Geology Natural Ground Patterns on Two Planets What Caused a Global Planation Event? Geophysics Strange Object Observered during Thunderstorm Giant Electrical Jets Flash up into Ionosphere Horizon-to-Horizon Bioluminescent Bands Psychology When Coming Events cast Psychic Shadows before them Sleight of Hand Physics More Light at the end of the Tunnel ...
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... Science Frontiers ONLINE No. 20: Mar-Apr 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A RECENTLY DISCOVERED "BOOK" OF PETROGLYPHS Unfortunately, we cannot reproduce this huge assemblage of marvelously intricate petroglyphs here; but be assured that they are not haphazard doodlings of unaccomplished primitives. We quote from the author's abstract: "A recently discovered sheltered rock scar with red pictographs, in Jalisco, west Mexico, is a major addition to the rather meager data on pictographs in Mesoamerica. It appears to contain a complex set of data pertaining to the cosmology of the relatively unknown Indians who inhabited the Jalisco coast during the last Pre-Hispanic period. Analysis of the scar has incorporated both the artistic symbolism of the nearby Huichol Indians, and concepts developed through archaeoastronomy. This analysis suggests that the ceiling pictographs record the use of sky transits of the sun, Venus, or the constellation Orion as wet season/dry season calendric markers. Wall pictographs show the sun on the mountainous horizon, below which is the earth filled with symbols of plants and animals, among these stand shamans calling down the life-giving rain from the god(s ) of the sky. I also explore the possibility that one of the ceiling pictographs is a record of the appearance of the Crab supernova in the sky in A.D . 1054." (Mountjoy, Joseph B.; "An Interpretation of the Pictographs at La Pena Pintada, Jalisco, Mexico," American Antiquity, 47:110, 1982.) Reference. ...
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... Science Frontiers ONLINE No. 23: Sep-Oct 1982 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Cosmic Whirl From the analysis of position angles and polarizations of some radio stars, it seems that the entire cosmos is rotating with an angular velocity of about 10-13 radians per year. The Big Bang scenario allows for uniform, universal expansion but certainly no general rotation. P. Birch, the author of this article, puts his finger on the problem in his abstract: "This would have drastic cosmological consequences, since it would violate Mach's principle and the widely held assumption of large-scale isotropy." (Birch, P., "Is the Universe Rotating?" Nature, 298:45l, 1982.) Comment. Since Birch's indicators of rotation are positive in one half of the sky and negative in the other, are we really seeing an entire universe rotating about the earth (and humankind) as a center? What an anti-Copernican thought; we are the focus of everything after all! Reference. Other evidence for universal rotation may be found at ATB4 in our Catalog: Stars, Galaxies, Cosmos. This Catalog volume is described here . From Science Frontiers #23, SEP-OCT 1982 . 1982-2000 William R. Corliss ...
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... The subject matter is irresistible and, to make things more interesting, New Scientist has published a scathing review of it, castigating Hoyle for his doubts about evolution and terming his approach "dispicable." (My! How conventional people hate unconventional people!) In this new book, Hoyle goes far beyond his previous thesis, which in essence declared that from statistical considerations life could not have arisen and evolved on earth. Rather, life had to come from outer space, probably in the form of bacteria and viruses. Evolution was and is dependent upon new information arriving from outer space on tiny bits of life. Hoyle now greatly extends his theory: "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, contrary to what transpires in the inorganic world, life as-a -whole is actually gaining order and information. He sees life ...
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... Science Frontiers ONLINE No. 38: Mar-Apr 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Quasar, quasar, burning bright; what shifts your spectral light?T. Heckman, of the University of Maryland, has ordained that the apostles of noncosmological redshifts must now recant. He and his colleagues believe that they now have the most convincing demonstration to date that quasar redshifts are of cosmological origin; that is, the larger the redshift, the faster the quasar is receding and the farther away it is. "Availing themselves of the extraordinary new imaging and spectroscopic capabilities of charge-coupled-device (CCD) detectors, they have measured the redshifts of 19 nebulous objects that appear to be companion galaxies of 15 relatively low-redshift quasars. Observing at the Kitt Peak 4-meter telescope, they have determined that, in 18 of these 19 cases, the apparent companion has a redshift very close to that of the quasar. While Burbidge, Arp and their partisans may argue that quasars are so peculiar that they can generate redshifts of unknown origin, this position becomes difficult to maintain for companion galaxies that otherwise look perfectly ordinary." H. Arp and G. Burbidge, chief among those ordered to recant, are not convinced. Arp points to many cases where bridges of luminous material connect high-redshift quasars with low redshift galaxies. Also, the clustering of quasars around nearby galaxies supports the nearness of quasars. As Burbidge has observed, if: ". .. just one large redshift is not due ...
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... Science Frontiers ONLINE No. 48: Nov-Dec 1986 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Deflationary Universe One of our major astronomical targets in Science Frontiers has been the cosmological redshift; that is, the assumption that an object's redshift is entirely a Doppler effect and, when coupled to the expanding universe concept, is proportional to distance. Well, we don't have any more contradicting data (of which there is plenty), but we do have: (1 ) A new theory which shows how noncosmological redshifts can occur; and (2 ) Laboratory demonstrations of "spectral noninvariance" that show how a non-Doppler component can be added to light's redshift. The physicist behind this new research is E. Wolf, at the University of Rochester. His theoretical work was re-ported in the March 3l, 1986, issue of Physical Review Letters. There he showed how quasars and so-called "superluminary" astronomical sources might emit light with a spectrum that evolves as it travels through space. Scientists have always assumed that once light left its source its spectrum remained unchanged. But Wolf shows how spectral changes are "sort of coded into the light due to correlations in the source." Meanwhile, two of Wolf's colleagues have backed up his theory in the lab. The consequences of Wolf's work would in effect shrink the universe, because objects would not be as far away as we now calculate from their redshifts. The size of the universe might contract ...
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... Science Frontiers ONLINE No. 50: Mar-Apr 1987 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Hardball for Keeps Connecticut "Boat" Cairn "High"-tech Farming At Tiahuanaco Astronomy The Cosmological Atlantis Mysterious Bright Arcs May Be the Largest Objects in the Universe Too Many Short-period Comets Quantized Galaxy Redshifts The Fossil Record and the Quantization of Life! Biology Whales and Seafloor Pits Strange Patterns in Another Oceanic Habitat Lunar Magnetic Mollusc Monarchs Slighted -- sorry! Did We Learn to Swim Before We Learned to Walk? How Cancers Fight Chemotherapy The Melanic Moth Myth Chain of Crevicular Habitats? Feathered Flights of Fancy Geology Why Are Antarctic Meteorites Different? More on the Soviet Plume Events Geophysics Sympathetic Lightning Ball Lightning Burns A Rayed Circle on A Shed Wall Magnetic Precursors of Large Storms On the Trail of the Fifth Force Psychology Do You Hear What I Hear? Mind-bending the Velocity Vectors of Marine Algae ...
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... for galactic "shells" or "something else"Measurements of periodic red-shift bunching appeared in the literature at least as far back as 1977 in the work of W.G . Tifft. The implications of this phenomenon are apparently too terrible to contemplate, for astrophysicists have not taken up the challenge. They may be forced to take the phenomenon more seriously, because two new reports of redshift bunching have surfaced. First, B. Guthrie and W, Napier, at Edinburgh's Royal Observatory, have checked Tifft's "bunching" claim using accurately known red shifts of some nearby galaxies. They found a periodicity of 37.5 kilometers/second -- no matter in which direction the galaxies lay. (Gribbin, John; "' Bunched' Red Shifts Question Cosmology," New Scientist, p. 10, December 21/28, 1991.) The work of Guthrie and Napier is elaborated upon in the next item. Sec ond, B. Koo and R. Krone, at the University of Chicago, using optical red-shift measurements, discovered that, in one direction at least , "the clusters of galaxies, each containing hundreds of millions of stars, seemed to be concentrated in evenly spaced layers." (Browne, Malcolm W.; "In Chile, GalaxyWatching Robot Seeks Measure of Universe," New York Times, December 17, 1991. Cr. P. Gunkel.) Comment. Explanations for the unexpected bunching vary and are highly controversial: There are systematic defects in the radiotelescopes and/or the observational techniques ...
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... 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 Mutant Molecules Fight For For Survival Under ASTRONOMY, we saw how universes might mutate and evolve. Shifting dimensions by just a few-score orders of magnitude, from the cosmological to the molecular, we find that molecules, too, may mutate and evolve. A group of scientists at MIT, led by J, Rebek, believes that it has discovered the chemical equivalent of biological evolution. This is the same team that claimed the synthesis of the first self-replicating molecule in 1990. "Now the same chemists have carried out experiments with two more selfreplicating molecules, and discovered that they can cooperate, catalysing each other's formation. Furthermore, when one of the molecules is exposed to ultraviolet light and is 'mutated', it becomes 'aggressive' and takes over the system. According to Rebek and his colleagues, this is evidence that evolution can be modelled at the molecular level." (Emsley, John; "How 'Mutant' Molecules Fight for Survival," New Scientist, p. 22, February 29, 1992.) Comment. We wonder if the "passive" molecules are "uphappy" about being bullied in this way! From Science Frontiers #81, MAY-JUN 1992 . 1992-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 97: Jan-Feb 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Did the universe have a beginning?" Abstract. The big bang theory postulates that the entire universe originated in a cosmic explosion about 15 billion years ago. Such an idea had no serious constituency until Edwin Hubble discovered the redshift of galaxy light in the 1920s, which seemed to imply an expanding universe. However, our ability to test cosmological theories has vastly improved with modern telescopes covering all wavelengths, some of them in orbit. Despite widespread acceptance of the big bang theory as a working model for interpreting new findings, not a single important prediction of the theory has yet been confirmed, and substantial evidence has accumulated against it. Here, we examine the evidence for the most fundamental postulate of the big bang, the expansion of the universe. We conclude that the evidence does not support the theory, and that it is time to stop patching up the theory to keep it viable, and to consider fundamentally new working models for the origin and nature of the universe in better agreement with the observations." This paper's author, T. Van Flandern, dismisses quickly two pillars of the Big Bang; i.e ., its supposed predictions of the cosmic microwave background and the abundances of light elements in the universe: "The big bang made no quantitative prediction that the "background" radiation would have a temperature of 3 degrees Kelvin (in fact its initial prediction was 30 degrees Kelvin); whereas Eddington ...
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... Science Frontiers ONLINE No. 124: Jul-Aug 1999 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Enormous structure in japan Circular structures in the kurils Ancient bones on santa rosa Astronomy A NEW COSMOLOGY Magnetic stripes on mars The 21-micron mystery Biology Hand-reading more useful than palm-reading Preadaptive evolution Photosnthesis at deep-sea vents Late survival of the kilopilopitsofy and kidoky Geology The mystery of eugene island 330 Forest rings Geophysics Offset lunar rainbow Unusual corposants Fall of hot globules Unclassified Measuring spirituality! ...
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... Science Frontiers ONLINE No. 145: Jan-Feb 2003 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Viking-introduced biological diversity in North America Who first mapped the West Coast of South America Astronomy Venus: telescopic shape-shifter Do some comets just go "poof" Cosmological voyeurism Biology Eyes: Adaptable, multimasked, and untasked Sperm transporters Knee light not effective? Geology Tunguska Confusion Mining for cosmic coal Geophysics Giant Australian marine incursions Amomalous Geysers Psychology Mind over blood Physics Element 0 ...
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... Science Frontiers ONLINE No. 146: Mar-Apr 2003 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Equator Correction Did the Ainu Reach Mexico? An Iron-Age Spread Coon Cats Continued Astronomy The Alien Planets The Bottom Two-Thirds of a Cosmological Iceberg Biology The Outer Ocean of Life The Shape-Shifting Icon Biology's "Dark Matter" Did ID (Intelligent Design) have Dimensional Limits? Geology The KTB Bombardment D'Émeraudes en Forme de Coquillages Geophysics The Possible Detection of two Quark Nuggets Piercing the Earth The Naga Fireballs Nach Sturm Regnete es Fische auf die Felder Unclassified The best UFO Cases ...
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... Science Frontiers ONLINE No. 147: May-Jun 2003 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology New Zealand's 1200AD Barrier Too Many Years Ago, Texas Quick Mud Captured a Young Woman Astronomy Cosmology gets Real! Really! What's Beyond the Kuiper Cliff! Biology The Master Code Some Odd Creaters Wrought by the Master Code Geology Rock Sliders at Racetrack Playa, Death Valley, California Depluming the Earth Geophysics Smokey, Cigar-Shaped Object Floats Across Room Ice Music Crustal Music Chemistry When Gold Goes Bad Unclassified The best UFO Cases ...
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... 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)1 .7 . This turns out to be pretty close to the astonishing, still-unexplained observation that the angular momentums of planets, stars, and galaxies are proportional to their (masses)2 . (Matthews, Robert; "Cosmic Carousel," New Scientist, p. 19, December 19/26, 1998-January 2, 1999.) Questions. How did the early universe acquire its primordial spin? About what axis did it spin? Wasn't this axis a favored place that is verboten in modern cosmology? Is the Big Bang's singularity worse than all these new questions? Possible universal relationship between angular momentum and mass for vaious astronomical objects. Should be universe-as-a -whole be added at the upper right? (from Science Frontiers). From Science Frontiers #122, MAR-APR 1999 . 1999-2000 William R. Corliss ...
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... harbor small, but very powerful radio sources in their centers, astronomers wouldn't be too surprised if all galaxies had black-hole cores. Quasars, in fact, might be galaxies with spectacularly active centers. Would these unseeable black holes be the notorious "missing mass" in the universe? Not likely. The mass of the purported black hole in our Galaxy is only about several million solar masses-- not even close to what is needed. (Maddox, John; "Black Hole at the Galactic Centre," Nature, 315:93, 1985.) Comment. Actually, it would be rather amusing if the problem of the missing mass, which we cannot see, were solved by black holes, which we cannot see either! Reference. Black holes and other cosmological entities are discussed in our Catalog: Stars, Galaxies, Cosmos. to order the book, visit: here . From Science Frontiers #40, JUL-AUG 1985 . 1985-2000 William R. Corliss ...
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... a feature of some ancient European structures, but hardly of any concern to a New England farmer. The Upton chamber seems to be associated with linear arrays of stones and stone cairns on nearby Pratt Hill. These alignments have obvious astronomical significance. In fact, based upon changes in the setting positions of several stars (due to precession), Mavor and Dix believe the whole complex dates back to 700-750 AD. They conclude: "Of all the enigmatic structures that we have seen in America, the Upton chamber stands out as one that could have been built under the influence of Irish monks in the 8th century." (Mavor, James W., Jr., and Dix, Byron E.; "Earth, Stones. and Sky: Universality and Continuity in American Cosmology," NEARA Journal, 29:91, 1995. NEARA = New England Antiquities Research Association) From Science Frontiers #103, JAN-FEB 1996 . 1996-2000 William R. Corliss ...
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... Science Frontiers ONLINE No. 34: Jul-Aug 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Gathering Of Quasars The universe is supposed to be approximately uniform in all directions -- the evenly distributed smoke from the Big Bang. Halton Arp, an energetic opponent of the standard cosmological view, points out that quasars are socializing in disgracefully large numbers in one region of the sky. In the direction of the so-called Local Cluster of galaxies, between redshifts 1.2 -2 .5 , there are roughly four times as many quasars per unit volume as in the other parts of the sky. This unexpected clumping of quasars affects a region 1,3000 million light years in diameter and 4.875 million light years deep, a rather substantial chunk of the cosmos. Arp's discovery places astronomy in a no-win situation. Either the distribution of quasars is too clumpy for current theory or the redshift/distance law is wrong. Neither situation makes astronomers very happy. (Anonymous; "Quasars and Quasi Quasars," New Scientist, p. 20, May 17, 1984.) From Science Frontiers #34, JUL-AUG 1984 . 1984-2000 William R. Corliss ...
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... like others on Arp's list, seem to be interacting physically. For example, the filaments of one pair member seem to reach out and connect with the companion. Surely, these dynamically connected galaxies should be equidistant from earth. Such distances are measured by the object's redshift, which is supposedly proportional to its recessional velocity. Thus, each member of a pair should have the same redshift. This does not occur with these three pairs. In one pair, the recessional velocity appears to be 4,600 km/sec for one galaxy and 37,300 km/sec for the other. Arp's conclusion is that at least some of the redshift must be intrinsic; that is, not due to recessional velocity alone. If this is true, the basic cosmological distance scale is suspect. (Anonymous; "X -ray Quasars Fit Theories .. .But Some Galaxies Refuse to Play Ball," New Scientist, 88:22, 1980.) Reference. For more on discordant redshifts, see AWB7 and AWO4 in our Catalog: Stars, Galaxies, Cosmos, which is described here . From Science Frontiers #13, Winter 1981 . 1981-2000 William R. Corliss ...
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... a strong quantization in the power spectrum. (See figure.) So unbelievable was this phenomenon that, when they first submitted their paper to Astronomy and Astrophysics , a referee asked them to repeat their analysis with another set of galaxies. This, Napier and Guthrie did with 117 other galaxies. The same 37.5 -kilometers/second figure thrust itself out of the data; and their paper was accepted. It seems. therefore, that a lot of galaxies, maybe all of them, are receding from our telescopes at velocities separated by 37.5 kilometers/second, rather than in a continuous range of velocities. Unless Napier and Guthrie and, of course, W.G . Tifft, the discoverer of IT, can be proven wrong, all of modern astronomy and cosmology will be in jeopardy: the expanding universe, the big bang, the presumed age of the universe, not to mention the endless assertions that these are all facts not theories! (Matthews, Robert; "Do Galaxies Fly through the Universe in Formation?" Science, 271:759, 1996.) Reference. The quantization of redshifts is cataloged in AWF8 in our catalog Stars, Galaxies, Cosmos. Ordering information here . The power spectrum of galaxy redshifts reveal a strong signal at 37.5 kilometers/second. From Science Frontiers #105, MAY-JUN 1996 . 1996-2000 William R. Corliss ...
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... , offered exciting remedies: (1 ) The redshift relationship, which works well with galaxies, falls apart when applied to quasars (see graphs); and (2 ) The background microwave radiation is much too smooth to come from the lumpy universe we observe. Narlikar opines as follows: Plot of red shift versus galaxy faintness supports the proposition that red shift is proportional to distance The same plot for quasars produces a scatter of points, suggesting that here red shifts have nothing to do with distance. "Given these problems, it is not a sound strategy to put all of our cosmic eggs in one big-bang basket. Rather, we should explore other possibilities. Thirty years ago, there was a more open debate on alternative theories, which made valuable contributions to our undersanding of cosmology. For a healthy growth of the subject, the big bang hypothesis needs competition from other ideas." Some of Narlikar's suggestions are heresies of the first order: Particles are born with zero mass and acquire mass only as they interact with other matter in the universe (consistent with Mach's principle). The radiation from the lighter particles making up young quasars would thus be redshifted when compared to radiation from old galaxies. The background microwave radiation from a lumpy universe could easily be smoothed out by tiny (1 mm) iron whiskers condensing in the expanding envelopes of supernovae. (Narlikar, Jayant; "What If the Big Bang Didn't Happen?" New Scientist, p.48, March 2, 1991.) Comment. These ideas are almost as ...
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... . (Henbest, Nigel; "Galaxies Form 'Megawalls' across Space," New Scientist, p. 37, March 19, 1990.) Comment. Not mentioned in the above article are the papers by W.G . Tifft on quantized redshifts. (See SF#50, for example.) It will be interesting to learn if "boreholes" pointed in other directions will encounter the same megawalls. If they do, the earth will be enclosed by shells of galaxies, much as some elliptical galaxies are surrounded by shells of stars. Wouldn't it be hilarious if the earth were at the center of these concentric shells? Some measurements of the universe's rotation also seem to imply geocentrism! It is more likely, however, that redshifts are just poor cosmological yardsticks. See our Catalog volume Stars, Galaxies, Cosmos for more on these subjects. Ordering information here . From Science Frontiers #69, MAY-JUN 1990 . 1990-2000 William R. Corliss ...
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... 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 Big-bang bashers Doubts concerning the validity of the Big-Bang hypothesis must be becoming more serious, when the conservative Scientific American devotes an entire page to dissenters and their data. After all, the Big Bang, like Evolution and Relativity, is a vital part of the general scientific outlook. How shaky is the Big Bang? L.M . Krauss of Yale, admits that all cosmological theories are "tenuous." He adds: "There are a lot of fundamental assumptions we base our model on that may be wrong." A leading Big-Bang basher in H. Arp, of whom we have written frequently in SF. We will therefore not pursue his sort of bashing any further here. It is sufficient to say that Arp's doubts about the red-shift/distance relationship continue to receive support through observations of the heavens and in the lab. The other Big-Bang basher featured in Scientific American is H. Alfven, a Nobel-Prize winner in physics. Alfven postulates a universe dominated by electromagnetic forces, which he believes to be more important in shaping the cosmos than gravitation. His electromagnetic theory disallows any universe smaller than 1/10 the diameter of our present universe, thus excluding the Big Bang's point origin. Electromagnetic forces can account for all types of galaxies without resorting to the infamous "missing mass." Alfven can even account for the cosmic microwave background ...
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... Science Frontiers ONLINE No. 34: Jul-Aug 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Does string hold the universe together?Cosmological speculation is getting more and more bizarre. Astronomers are now postulating a kind of cosmic 'string' that is very, very thin (10-30cm), enormously massive (1022 grams per centimeter), and very taut (1042 dynes tension). This string exists only in closed loops of infinite strands. Such string in loop form could have seeded galaxies and even black holes of solar mass. But these are not the major reasons why astronomers like the string hypothesis. It turns out that this bizarre string can tie the universe together gravitationally; that is, provide the long-sought 'missing mass.' The so-called 'missing-mass problem' is two-fold: Astronomers cannot see, with eye and instrument, enough mass to keep the universe from expanding indefinitely. If the kinetic energy of cosmic expansion is to be balanced by gravitational potential energy (an apparent philosophical imperative), we have so far identified only 15% of the required mass. (2 ) On a smaller scale, galaxies in large galactic clusters are moving too fast. They should have flown apart long ago, but some unseen 'stuff' holds them together. Is it cosmic string? (Waldrop, M. Mitchell; "New Light on Dark Matter? Science, 224:971, 1984.) Comment. Since cosmic string weighs about 2 x 1015 tons per ...
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... Science Frontiers ONLINE No. 32: Mar-Apr 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Thou canst not stir a flower, without troubling of a star This poetic title from Francis Thompson tries to express the unity of nature from the smallest to the largest realms. One characteristic of the realms even smaller than that of the flower is the quantization typical of the subatomic world -- that is, microscopic nature. At the human locus in the dimensional scheme of things, quantization is difficult to detect outside the physics laboratory. Daniel M. Greenberger, perhaps with the above title in mind, asked whether quantization might not also exist in astronomy and cosmology -- that is, macroscopic nature. He has applied the principles of quantum mechanics to nature in-the-large where gravitational forces are dominant. (Gravitational forces are negligible in the subatomic world.) His math cannot be reproduced here. Suffice it to say that Greenberger has applied his findings to the absorption lines of quasars and the elliptical rings surrounding normal galaxies. Now, quasars and galaxies are far from atomic nuclei, being vast assemblages of diverse matter. Somewhat surprisingly, his equations are successful in predicting some features of these two macroscopic entities. (Greenberger, Daniel M.; "Quantization in the Large," Foundations of Physics, 13:903, 1983.) Comment. At the very least it is mindstretching to find that complex systems with millions of stars may exhibit quantum effects. With some relief, we note that like microscopic quantization effects ...
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... Science Frontiers ONLINE No. 12: Fall 1980 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Gravity down, mass up The variation of the gravitational constant, G, with time would not be considered seriously were it not for the surprising coincidence of two enormous dimensionless numbers: (1 ) The ratio of the electrical to gravitational force between the electron and the proton in a hydrogen atom; and (2 ) The ratio of the age of the universe and the atomic unit of time. If these two ratios are truly equal, then G must decrease with time. Beyond the unstable feeling one gets, there is nothing in physics or cosmology to discourage a belief in time-varying gravity. Indeed, some as-tronomical data weakly support the idea. It is geophysics, though, where one finds strong evidence. Measurements of the decreasing length of the day and the expansion of the earth give about the same value for a decreasing G -- after other contributing factors have been eliminated. An interesting consequence of all this is that astrophysical theory seems to require that a decreasing G be balanced by increasing mass. Experiments are now underway to detect the continual creation of mass in terrestrial objects. (Wesson, Paul S.; "Does Gravity Change with Time?" Physics Today, 33:32, July 1980.) From Science Frontiers #12, Fall 1980 . 1980-2000 William R. Corliss ...
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... thought that the bursters were nearby, probably in the disk of the galaxy, and were due to asteroids being digested by neutron stars or possibly neutron-star quakes. If such were so, the bursters would be concentrated in the plane of the galaxy (the Milky Way), which clearly they are not. Another theory places the bursters in a distant spherical halo about our galaxy. But, in this case, the bursters would have to be much more energetic than astronomers care to contemplate. In fact, if they exist in a galactic halo, we should also be able to detect the bursters in our neighboring galaxies -- but we do not! A more exciting suggestion is that gamma-ray bursters are really very close! This would be consistent with the failure to find cosmological redshifts in the burster spectra. Could they be really close, just a few hundred light away? Perhaps arranged in a spherical halo about our solar system in the vicinity of the postulated Oort Cloud of comets? If this were so, they would not have to be nearly as powerful as they would in the neutronstar model. If the gamma-ray bursters really do lurk just at the fringes of the solar system, they must, given their power and small size, be objects completely new to astronomy. (Schwarzschild; Bertram; "Compton Observatory Data Deepen the Gamma Ray Burster Mystery," Physics Today, 45:21, February 1992.) Comment. Historically speaking, the gamma-ray bursters were discovered accidentally by satellites launched to detect surreptitious tests of nuclear weapons. ...
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... jets of matter expelled from galaxies, and many similar puzzles of modern astronomy fall into place (and reason) if one unthinkable assumption is made: the cyclic appearance and disappearance of supermasses inside galaxies. Normal galaxies seem to have masses of about 1011 times that of the sun. The unthinkable assumption suggests that every 108 years or so, these ordinary, unassuming galaxies become supermassive (about 1013 solar masses) for several million years. When the core of a galaxy becomes supermassive, its stars are tugged into tight new orbits. The subsequent switching off of the supermass allows the galaxy to expand outwards again. The author claims to have found just such expansion effects among the globular clusters in our own galaxy. His data are striking and quite convincing. The notorious "missing mass" problem of cosmology disappears with the cyclic supermass assumption because the time-averaged mass of each galaxy will be much higher than that observed in its normal enervated state. Doesn't this sudden temporary appearance of mass violate the laws of physics? No, says the author, physicists habitually assume a superfluid, superconducting vacuum state, which is the ultimate source of all mass-energy, when they develop their theories of fundamental particles. If particle physicists can (and must) evoke such magic, so can astronomers. (Clube, Victor; "Do We Need a Revolution in Astronomy?" New Scientist, 80: 284, 1978.) Comment. The magic of supermassive injections is, of course, no more magical than the existence of gravitational force or God. From Science Frontiers #6 ...
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... Science Frontiers ONLINE No. 138: Nov-Dec 2001 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology When the Arctic was Warm A Down Side to Moundbuilding Astronomy The 8 Greatest Mysteries of Cosmology "Redshift is a Shaky Measuring Rod" Biology Remarkable Animal Talents and Capabilities Life as a Complex of "Dominant States" Britain More Hazardous than Ever Geology When the Antarctic was Warm Geophysics Drifting, Glowing Fog Hums Ho! Psychology Born to Enumerate Unconsciousness and its "Zombie Agents" Physics It's Time for A Bit of Generalization The Dynamics of Oleaginated Carbohydrate Parallelopipeds Mathematics Bent Magic ...
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... axes, this cross design is found carved on rocks and in the floors of ceremonial buildings throughout Mesoamerica. Such a motif would ordinarily not evoke much comment, but here the figure is formed from many small, evenly spaced depressions so arranged as to hint at larger meanings. For example, many pecked crosses have 260 depressions, suggesting a calendric interpretation (i .e ., the 260-day Mesoamerican cycle). On some occasions the cross arms are astronomically oriented. In addition, the holes may have been used to hold pieces in ritual games similar to patolli. The pecked crosses are widespread and were apparently quite significant to the ancient Mesoamericans. Perhaps, the authors suggest, the figures had a composite astronomical, calendric, and ritual purpose. This would be consistent with the Mesoamerican cosmological belief that everything is interlinked and that the works of man must be, too. (Aveni, Anthony F., et al; "The Pecked Cross Symbol in Ancient Mesoamerica," Science, 202:267, 1978.) From Science Frontiers #6 , February 1979 . 1979-2000 William R. Corliss ...
Terms matched: 1 - Score: 13 - 15 May 2017 - URL: /sf006/sf006p01.htm
