Lynne McTaggart
See book keywords and concepts |  Certain technologies, such as quantum optics, have made use of laser pulses to squeeze the Zero Point Field to such a degree that it creates negative energy.27 It is well accepted in physics that this negative energy, or exotic matter, is able to bend space-time. Many theoreticians believe that negative energy would allow us to travel through wormholes, travel at warp speed, build time machines, and even help human beings to levitate.
When electrons are packed densely together, the density of the spray of virtual particles that are constantly created in the Zero Point Field is increased. |
Mike Adams, the Health Ranger
See article keywords and concepts |  It involves a lot of specialized equipment, optics knowledge and a whole lot of light pointed at exactly the right spot. Depth of view is extremely limited at these ranges, so camera focus becomes critical (and there are no auto-focus professional-grade macro lenses, you have to do it manually). A lot of photos ended up being deleted because the focus was off, or the lens filter was dirty, or the exposure was wrong, etc. But if you stick with it -- and you have the right equipment -- you can snag some incredible shots of really tiny things. |
Lynne McTaggart
See book keywords and concepts | | After he got back up on his feet, Korotkov spent months developing a mechanism, which he called the Gas Discharge Visualization (GDV) technique, that made use of state-of-the-art optics, digitized television matrices, and a powerful computer. Ordinarily, a living thing will dribble out the faintest pulse of photons, perceptible only to the most sensitive equipment in conditions of utter pitch-black. |
Gary E. Schwartz and Linda G. S. Russek
See book keywords and concepts |  We doubt it because this very scientist knows the following to be true, since these are his exact words in describing the emergence and dynamics of coherent structures in nature in his distinguished course on modern science and the mind:
"Positive feedback is qualitatively described and its relationship to the phenomenon of emergence in nonlinear systems is established through a selection of examples from physical chemistry, hydrodynamics [water], electrophysiology nonlinear optics, biology, and planetary science. |
Bruce H. Lipton
See book keywords and concepts |  Using my best second-grade powers of persuasion, I asked, then begged, then cajoled my mother into getting me a microscope, where I would spend hours mesmerized by this alien world that I could access via the miracle of optics.
Later, in graduate school, I advanced to an electron microscope. The advantage of an electron microscope over a conventional light microscope is that it is a thousand times more powerful. |
Luca Turin
See book keywords and concepts |  Dr Percy May felt that 'this was an interesting and instructive paper' and that 'he had long felt that there should be more attention paid to a science of osmics, which is so neglected by comparison with optics and acoustics'. In other words, positive but lukewarm. Reading between the lines, though, we can see that some of the appeal of Dyson's theory was in the philosophical unity of colour, sound and molecular vibration. This was to be Dyson's last article on the subject.
%obert 9i. |
Gary E. Schwartz and Linda G. S. Russek
See book keywords and concepts | | In fact, Ho states that experimental observations suggest that "light and living matter may have such a special relationship that it pushes at the very frontiers of current research in quantum optics and other nonlinear optical phenomena in condensed matter physics." [italics Ho's]. According to Ho, what constitutes memory is our experience of "the catenation of events of different durations, which propagates and reverberates in and around our being, constantly being registered and recreated." [italics ours]. |
Win Wenger, Ph.D. and Richard Poe
See book keywords and concepts |  In 1982, Alain Aspect, Jean Dalibard, and Gerard Roger at the Institute of Theoretical and Applied optics in Paris succeeded in producing "spooky action at a distance" between two photons in the laboratory, thus empirically supporting the theory that nonlocality is a real phenomenon.192021 Five years later, in 1987, physicist Robert G. Jahn and psychologist Brenda J. |
Luca Turin
See book keywords and concepts | | The late 1930s brought a lot of progress in optics and infrared detectors, and in 1941 Stitt worked out the vibrations of boranes using infra-red absorption. This was then a new technique, different in principle from Raman's method and more accurate. Instead of intense visible light, infra-red light containing a range of frequencies is shone at the sample, which absorbs the light whenever its vibrations correspond to the frequency of the light. How does this work? By a phenomenon familiar to us as resonance. |
Richard Leviton
See book keywords and concepts |  It was originally founded on a technical development in optics. Back in 1947, Dennis Gabor discovered the mathematical principles for a new science of holography, a breakthrough that won him the 1971 Nobel Prize in physics, but it wasn't until the 1950s that laser optics would demonstrate the remarkable features of the hologram.
The hologram is a three dimensional photograph made with a laser. A wave field of light scattered by an object—an apple, for instance—is recorded on a glass plate as an interference pattern of intersecting waves. |
The Life Extension Editorial Staff
See book keywords and concepts |  It has thin fiber optics that conduct light and a magnifying lens at the end. A physician inserts this instrument into the urethra and examines any obstruction in the prostate. He can also examine the interior of the bladder for residual urine, muscle inegularities, and bladder stones. There are several different types of cystoscopes. Cysto-scopes may be fitted with grasping forceps or with a cutting scalpel. A cystoscope has an eyepiece that the physician can look through, but it may also have provisions to electronically display the image on a television screen. |
Michael Talbot
See book keywords and concepts |  Similarly, in 1982 a landmark experiment performed by a research team led by physicist Alain Aspect at the Institute of Theoretical and Applied optics, in Paris, demonstrated that the web of subatomic particles that compose our physical universe—the very fabric of reality itself—possesses what appears to be an undeniable "holographic" property. These findings will also be discussed in the book.
In addition to the experimental evidence, several other things add weight to the holographic hypothesis. |
Annemarie Colbin
See book keywords and concepts |  But trompe l'oeil optics has taught us that by looking differently at something we see different things.
With the systems approach, we can look at the picture of nutrients in foods and see not their quantity, but how much of each is consumed in relation to another. What proportion of nutrients is optimal for human health? Let's look first at the one and only food that is designed specifically to meet the nutritional needs of a human being: mother's milk. |
James Trefil, Joseph F. Kett, and E. D. Hirsch
See book keywords and concepts |  Newton made major contributions to the understanding of motion, gravity, and light (see optics). He is said to have discovered the principle of gravity when he saw an apple fall to the ground at the same time that the moon was visible in the sky. He also invented calculus. (See Newton's laws of motion.)
Newton's laws of motion The three laws that govern the motion of material objects. They were first written down by Isaac Newton in the seventeenth century, and gave rise to a general view of nature known as the clockwork universe. The laws are: 1. |
Ken Wilber
See book keywords and concepts |  Since the foundational inquiries of Luigi Galvani and Alessandro Volta, the phenomena of electromagnetism have been studied with ever greater exactness, their relationships to chemistry being demonstrated by Faraday and those to optics by Hein-rich Hertz. The fundamental facts of atomic physics were first disclosed by findings in chemistry and then explored in every detail by experiments in electrolysis, in discharge processes in gases, and later, in radioactivity. For an understanding of this gigantic new territory, the closed-off theories of an earlier day were inadequate. |
Michael Talbot
See book keywords and concepts | | Then in 1982 physicists Alain Aspect, Jean Dalibard and Gerard Roger of the Institute of optics at the University of Paris succeeded. First they produced a series of twin photons by heating calcium atoms with lasers. Then they allowed each photon to travel in opposite directions
The Energy of a Trillion Atomic Bombs in Every Cubic Centimeter of Space
If our universe is only a pale shadow of a deeper order, what else lies hidden, enfolded in the warp and weft of our reality? Bohm has a suggestion. |
James Trefil, Joseph F. Kett, and E. D. Hirsch
See book keywords and concepts | | See mechanics, optics, quantum mechanics, relativity, and thermodynamics.) pi (peye) The irrational number obtained by dividing the length of the diameter of a circle into its circumference. Pi is approximately 3.1416. The sign for pi is tt.
Planck, Max (plahngk, plangk) A German physicist of the late nineteenth and early twentieth centuries. Planck was one of the founders of quantum mechanics. (See Planck's constant. |
Alexander Hellemans and Brian Bunch
See book keywords and concepts |  For a period after 1666, however, Newton turned his attention to optics and chemistry. In 1679 he again became interested in planetary orbits when Robert Hooke asked him to demonstrate that a planet would move in an elliptical orbit when subjected to a central force inversely proportional to the square of its distance from the sun. Newton found a mathematical proof, but never forwarded it to Hooke.
Christopher Wren and Edmund Halley were also investigating the problem, but neither could solve it. |
James Trefil, Joseph F. Kett, and E. D. Hirsch
See book keywords and concepts | | Oppenheimer's chief opponent in the scientific community at this time was Edward Teller. optics The branch of physics dealing with light. (See electromagnetic waves, laser, lens, reflection, and refraction.) orbit In astronomy, the path followed by an object revolving around another object, under the influence of gravitation (see satellite). In physics, the path followed by an electron within an atom. The planets follow elliptical orbits around the sun (see ellipse). |
Alexander Hellemans and Brian Bunch
See book keywords and concepts | | Alhazen's Treasury of optics remained influential until the sixteenth century.
Medicine was highly developed, and a complete infrastructure for health care existed. For example, in Baghdad, 1000 government-licensed physicians practiced medicine. There were numerous hospitals and even mental institutions where humane treatment of patients was
Science in China
Chinese society has been known throughout history for the stability of its traditions and its bureaucracy. Yet, until about the fifteenth century, China was more successful than western Europe in applying scientific knowledge. | | Natural philosophy encompassed all phenomena of nature, including astronomy, optics, statics, hydraulics, and mathematics. Chemistry was considered to be closely allied to medicine.
Major advances
Astronomy. Newton's theory of gravitation provided a theoretical basis for the Copernican system and Kepler's laws. Newton's work was also the starting point of a new field, celestial mechanics, that was to dominate astronomy for the next 200 years (see "Newton's Principia," p 148).
Telescopes were greatly improved as both the reflecting telescope and the achromatic lens were introduced. |
Richard Gerber, M.D.
See book keywords and concepts |  His initial success was with the Rife Universal Microscope, an optical instrument unlike any other of its day that used an unusual combination of quartz optics. This microsope was capable of magnifying living cells, bacteria, and even viruses up to thirty thousand times their normal size, so that they could be seen by the nake eye.
Rife's creation was unlike modern microscopes, which look primarily at specimens that have been killed, heated, and artificially stained to bring out certain cellular characteristics. |
David Deutsch
See book keywords and concepts |  Experiments of this sort, with many variations and refinements, have been the bread and butter of quantum optics for many years. There is no controversy about the results, yet even now some of them are hard to believe. The basic experiments are remarkably austere. They require neither specialized scientific instruments nor any great knowledge of mathematics or physics ?essentially, they involve nothing but casting shadows. But the patterns of light and shadow that an ordinary electric torch can cast are very strange. When considered carefully they have extraordinary ramifications. |
Thomas S. Kuhn
See book keywords and concepts |  It is not, however, the pattern of development that physical optics acquired after Newton and that other natural sciences make familiar today.
The history of electrical research in the first half of the eighteenth century provides a more concrete and better known example of the way a science develops before it acquires its first universally received paradigm. During that period there were almost as many views about the nature of electricity as there were important electrical experimenters, men like Hauksbee, Gray, Desaguliers, Du Fay, Nollett, Watson, Franklin, and others. | | If the historian traces the scientific knowledge of any selected group of related phenomena backward in time, he is likely to encounter some minor variant of a pattern here illustrated from the history of physical optics. Today's physics textbooks tell the student that light is photons, i.e., quantum-mechanical entities that exhibit some characteristics of waves and some of particles. Research proceeds accordingly, or rather according to the more elaborate and mathematical characterization from which this usual verbalization is derived. | | These transformations of the paradigms of physical optics are scientific revolutions, and the successive transition from one paradigm to another via revolution is the usual developmental pattern of mature science. It is not, however, the pattern characteristic of the period before Newton's work, and that is the contrast that concerns us here. No period between remote antiquity and the end of the seventeenth century exhibited a single generally accepted view about the nature of light. | | Being able to take no common body of belief for granted, each writer on physical optics felt forced to build his field anew from its foundations. In doing so, his choice of supporting observation and experiment was relatively free, for there was no standard set of methods or of phenomena that every optical writer felt forced to employ and explain. Under these circumstances, the dialogue of the resulting books was often directed as much to the members of other schools as it was to nature. | | Or they may, for the members of more specialized groups, be examples of the Newtonian situation, of situations, that is, that are alike in being subject to a version of the symbolic form / = ma and that are different from those situations to which, for example, the law-sketches of optics apply.
Grant for the moment that something of this sort does occur. Ought we say that what has been acquired from exemplars is rules and the ability to apply them? |
E. D. Hirsch
See book keywords and concepts | | Oppenheimer's chief opponent in the scientific community at this time was Edward Teller. optics The branch of physics dealing with light. (See electromagnetic waves, laser, lens, reflection, and refraction.) orbit In astronomy, the path followed by an object revolving around anothet object, under the influence of gravitation (see satellite). In physics, the path followed by an electron within an atom. The pie chart A circle graph, so called because its shape suggests a pie divided into segments. |
David Deutsch
See book keywords and concepts | | Having no thickness, the circle would be invisible unless we also modified the laws of optics, in which case we might give it a glow to let the user know where it is. (Purists might prefer to manage without this embellishment.) We could make the circle rigid and impenetrable, and the user could test its properties using rigid, impenetrable tools and measuring instruments. Virtual-reality callipers would have to come to a perfect knife-edge so that they could measure a zero thickness accurately. |
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