วันศุกร์ที่ 31 สิงหาคม พ.ศ. 2555

Critique of Gordon Frazier's The New Physics: For The Twenty-First Century

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Utilizing the considerable contribution from twenty-three eminent Physicists, adept in their particular field, and together with one hundred eighteen bibliographic gems, Gordon Frasier brings the world up-to-date concerning advances and theory championed by experts working in the multiple physics departments.

With considerable research to his credit and employing contribution from twenty-three other physicists, eminent in particular fields, and together with one hundred eighteen bibliographic gems, the author brings the science world up-to-date concerning advances and theory from experts working in the several physics departments. These leading physicists explore the modern science frontier: evaluating the standard atom model, particles, forces, stars, and satellites. This knowledge assembly emanates from scientists in multiple disciplines and is rather technical for the layperson. At the same time, one cannot help but garner a modicum of insight by exploring these 526 pages of selective indoctrinations.

Fraser gently eases the reader into difficult science mysteries, easily quantized into logical measures and qualities at the first, from the microscopic to macroscopic. Here, we discover the transmutation of particles into recognizable mass and vice versa; where, neutrinos are theorized at a very minute portion of electron mass -- experimentally proven to transform into other neutrino bodies -- even into photon, lepton, and baryonic character.

In total, The New Physics encompasses a scope too broad for wide address in critique; also, much is left hanging in mysterious presentation. We offer an example, concerning supersymmetry: "Supersymmetry is the name physicists have given to a possible new symmetry of Nature, hitherto unobserved, that underlies one of the most audacious efforts to build a theory more comprehensive than the Standard Model." Surely, we can agree with supersymmetry eventuality; however, the author's theory advances into more fundamental quantities as the basis for supersymmetry. This above quote is only one example of the theoretic approach serving to explain physics and the Standard Model. A new paper on the ultimate energy basis is forthcoming; wherein, the ultimate, micron particle will demonstrate a sufficiency for perpetual energy employment.

Fermi reportedly said: "Physics is what physicists do late at night." And as physicists slowly resolve theory with experiment, we will increasingly find new prophetic intuitions penned in books such as The New Physics and resolved in future experiment. Only the seasoned physicist and intrepid logo-phile dare read this book in its entirety; but for the patient, the curious, it will open to avenues scarcely traveled before. The secret to atoms, to molecules, to life, to mechanics, even to life origins, rests in the physics surrounding fundamental particles origins, utility, and transmutation.

This book is recommended for those with an abiding interest in physics, metaphysics, and especially particle science.

While physics has its mysteries, so does metaphysics present almost the same puzzling backwash of unanswered questions flowing from the strokes of mystic writings, closed to common people, and reserved until the answers appear too late for benefit. Now, the bottom line is available for those with the need to know. The necessary research has been accomplished and awaits your critique.

Ben Winter, particles physicist, Bible scholar, and author of "THE GREAT DECEPTION: Symbols And Numbers Clarified," reveals there 'is' something new under the sun -- that is, for modern Bible students. He addresses correctness of language and true intent of the major Bible topics: solves Bible mysteries, defines Gog and Magog, reveals Daniel He-goat's surprising identity, and dares to number the all important Ten Ages. Sign up for FREE book critiques at http://www.winterbriar.com/ and view more articles in blog format at http://blog.thegreatdeception.net/.



วันเสาร์ที่ 18 สิงหาคม พ.ศ. 2555

Traveling Through Time - We Are Getting Closer to That Technology

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Have you ever dreamed of time travel, perhaps go back and change something that you did wrong or a mistake that you made in your past? Have you ever wondered where you would wish to travel in past periods or if you traveled into future periods? Well, I think we all have and if this subject fascinates you, as it does me, then let me recommend a very good book to you:

"Time Travel Einstein's Universe; The Physical Possibilities of Travel Through Time" by J. Richard Gott III; Houghton Mifflin Company, New York, NY; 2001.

This is a great book and easily worth the $25.00 and the physicist makes lots of points about the differences between Newton's Universe and Einstein's Universe and theories. And now with all we know about quantum physics it is obvious that time travel is possible, the question is can we physically send a living organic something through time; that we'd like to see. This book takes a look into the reality of the physics behind time travel with chapters titles like:
Dreaming of Time TravelTime Travel in the FutureTime Travel in the PastTime Travel and the Beginning of the UniverseReport from the Future

This book is well footnoted, annotated and cited, so the author knows what he is talking about and builds a very strong case that, Yes, time travel is possible and in the future we will be able to travel through time. Perhaps, this figures considering the author is indeed, an astrophysicist at Princeton University.

I would recommend this book for anyone who has ever considered the "Grandfather Paradox" or was intrigued by such movies, which have plots and genres that include time travel such as; Planet of the Apes or Back to the Future for instance, although there have been so many others.

"Lance Winslow" - Lance Winslow's Bio. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/.



วันเสาร์ที่ 11 สิงหาคม พ.ศ. 2555

Representation of a Vector

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The length of the arrow on a certain scale represents the magnitude of the vector and arrow-head, and gives the direction of the vector.

Let us consider an example. Suppose an aeroplane flies towards east with a velocity of 500 km/h. To represent the velocity of this aeroplane we first indicate north south direction on the paper.

Secondly, we select a suitable scale, say 100 kilometre per hour being represented by 1.0 cm, just as we do while drawing a geographical map. According to this scale, 500 km/h will be represented by 5 cm line. Now we draw a line 5c, in length parallel to east direction, and put an arrowhead at A. This arrows represent by the velocity vector of 500 km/h toward east. The length of this arrow represent the magnitude of the given vector on a selected scale and arrow-head at A indicates the direction of the vector. So the line is called representative line vector. The initial point O of the line is the tail, while the arrow -head is at the terminal point of the vector.

In the above example, the velocity of the aeroplane has been represented by using north-South and east direction. However vectors are often represented by using any three straight lines mutually perpendicular to each other. One of these is named as x-axis, but we shell restrict ourselves to two lines. Such two lines are called reference axis. For example, a grass mover is pulled with a force of 15 N acting at an angle of 30 with the ground level. In this example x-axis represents the ground level and line drawn at 30 with x-axis gives the representative line of the required force.

It must be remembered that a representative line represent the given vector and it may start from any point provided its length and direction is not changed. Some time a vector is represented by two letters written at two extremities of representative line. In the above example, the force vector F--> can be represented by The arrow on indicates that the direction of this vector is from O to A.

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