Free PDF Loops Knots Gauge Theories and Quantum Gravity (Cambridge Monographs on Mathematical Physics)

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Loops, Knots, Gauge Theories and Quantum Gravity (Cambridge Monographs on Mathematical Physics) web.mit.edu / jik/src/Attic/kerberos_ password - . .mn 0 01 05_1 1 10 100 10th 11 11_d0003 12 13 14 141a 143b 15 16 17 17igp 18 19 1900 1901 1902 1903 1904 1905 1906 1907 1908 1909 1910 1911 1912 1913 1914 1915 ... Le Live Marseille : aller dans les plus grandes soires ... Retrouvez toutes les discothque Marseille et se retrouver dans les plus grandes soires en discothque Marseille. Ideadiez.com is and in to a was not you i of it the be he his but for are this that by on at they with which she or from had we will have an what been one if would who has her ... [ihtik.lib.ru] _ [ihtik.lib.ru] _. : 14292 : 573 GB; ; d:\_ihtik.lib.ru\2012.03 ... Oxbridge essays scampi shrimp recipe nobu-zzvc Oxbridge essays scampi shrimp recipe nobu-zzvc Samedi 14 mar 2015 [ihtik.lib.ru] _. [ihtik.lib.ru] _. . : 10015 : 493 GB; PageInsider - Information about all domains Own a website Manage your page to keep your users updated View some of our premium pages: google.com. yelp.com. yahoo.com. microsoft.com. Upgrade to a Premium Page Full text of "NEW " - Internet Archive Search the history of over 279 billion web pages on the Internet. Brown_freq Compleat Lexical Tutor brown_freq worrisome worry worry-worryin worrying worse worsened worsens worship worshiped worshipful worshiping worshipped worshippers worshipping worst worst-marked Connect with EarthLink the award-winning Internet service ... Save on EarthLink's award-winning Internet services for your home: dial-up DSL high-speed cable more. Plus web hosting software. Connect with us! Rank: #2869998 in BooksBrand: Brand: Cambridge University PressPublished on: 2000-07-03Original language: EnglishNumber of items: 1Dimensions: 9.72" h x .71" w x 6.85" l, 1.31 pounds Binding: Paperback340 pagesUsed Book in Good Condition 16 of 17 people found the following review helpful.Good introduction to some of the early researchBy Dr. Lee D. CarlsonThe search for a theory of quantum gravity has occupied the time of a large number of researchers for over half a century, but as yet there is hardly any agreement on the conceptual foundations of such a theory, and this situation is aggravated by the lack of any experimental results that would drive its construction. Such evidence is absolutely necessary, for the lack of it sometimes leads the researcher into making wild speculations, which even though they are interesting from a mathematical standpoint, cannot be distinguished from alternatives that also have no experimental foundation. This situation has not prevented researchers from trying to find a theory of quantum gravity, and some of them proceed by analogy to what is done in quantum field theories that are well understood, such as quantum electrodynamics. Other researchers, particularly those that have a sophisticated mathematical background, have chosen string theory as the best candidate for a quantum theory of gravity.As is readily apparent in the forward to this book, the authors favor the first approach, believing that quantum gauge theories, of which quantum electrodynamics is a primary example, offer the best hope for guidance in constructing a viable quantum gravity. They emphasize though a very particular aspect of these theories, namely that the requirement for gauge invariance forces one to view the "Wilson loops" as being the entities of primary importance. But more importantly, the authors assert that that Wilson loops allow one to gain information in the non-perturbative realm of quantum field theory. Calculations in non-perturbative quantum field theory are notoriously difficult, even though some progress has been made in the area of lattice gauge theories, so any insight the authors can offer in this regard is of utmost importance. Hence this book should be viewed as a study of quantum observables on the loop space. The authors hope that these observables, called `Schwinger functions' in the perturbative realm, will along with the differential equations and boundary conditions that determine them, will give a viable theory of quantum gravity.The differential geometry of gauge theories is usually done using the formalism of principal fiber bundles. Classical gauge fields are viewed as sections of these bundles, and the results of non-trivial field interactions are compared from point to point by the use of parallel transport along curves defined in the base spaces of these bundles. This comparison is done with a `connection' on the bundle, and for a closed curve the failure of an entity to return to its original value after traversing the curve is taken to be a sign of non-trivial interactions or "curvature". Principal fiber bundles of course have an associated Lie group and elements of this group act on objects to parallel transport them along the closed curves. These group elements are thus dependent on the curve, and are called `holonomies'.This is the classical picture, but what happens to this scenario in the quantum realm, and in this realm is it plausible to view it as a theory of quantum gravity The authors spend the first six chapters discussing the loop group, and its use in the quantization of classical electrodynamics and classical Yang-Mills theory, as compared with what is done in the usual Hamiltonian formalism. The `quantum loop representation' plays a central role in their exposition, which is motivated by essentially two different approaches, one of which is essentially a Fourier transform of wavefunctions of the connection, while the other involves the quantization of a non-canonical algebra. In both cases the quantization procedure involves coming to grips with a constrained system, which as is well known is very challenging and the loop representation cannot be expected to be a panacea in this regard.The trick involves the identification of the physical states taking into account diffeomorphism invariance and the Hamiltonian constraint. The authors do this for pure quantum gravity (no matter fields) using the Ashtekar formalism and `point-splitting' methods, reinforcing the idea of course that one is not going to escape the need for regularization, as is the case for all successful quantum field theories so far. The inclusion of matter fields is done for (uncharged) Weyl fermions, with the geometric interpretation that the Weyl part of the Hamiltonian is a translation operator in much the same way as the Hamiltonian in the case of pure gravity. The authors believe take this to mean that the loop representation for quantum gravity predicts the Dirac equation for fermions, but unfortunately they do not elaborate on this in much detail at all.If loop quantization is to bring about a "unified" field theory in some sense then it must be able to show how the loops from one theory can be combined with the loops from another. The authors do this for the case of general relativity and electrodynamics, wherein a loop representation is introduced that is based on a single loop that accounts for the information of these two interacting theories. As expected, this involves enlarging the symmetry group SU(2) to U(2). They show that the wavefunctions for the unified loop representation depend on two loops, but that there is no effective distinction between the two loops. Generalizations to the case of Yang-Mills + general relativity are alluded to in the text but not discussed in any depth.See all 1 customer reviews... Full text of "NEW " - Internet Archive Search the history of over 279 billion web pages on the Internet. [ihtik.lib.ru] _ [ihtik.lib.ru] _. : 14292 : 573 GB; ; d:\_ihtik.lib.ru\2012.03 ... Ideadiez.com is and in to a was not you i of it the be he his but for are this that by on at they with which she or from had we will have an what been one if would who has her ... Brown_freq Compleat Lexical Tutor brown_freq worrisome worry worry-worryin worrying worse worsened worsens worship worshiped worshipful worshiping worshipped worshippers worshipping worst worst-marked [ihtik.lib.ru] _. [ihtik.lib.ru] _. . : 10015 : 493 GB; web.mit.edu / jik/src/Attic/kerberos_ password - . .mn 0 01 05_1 1 10 100 10th 11 11_d0003 12 13 14 141a 143b 15 16 17 17igp 18 19 1900 1901 1902 1903 1904 1905 1906 1907 1908 1909 1910 1911 1912 1913 1914 1915 ... PageInsider - Information about all domains Own a website? 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