Free Delivery Over $100
|
|
|||
|
||||
OverviewFull Product DetailsAuthor: M Chaichian (University of Helsinki and Helsinki Inst of Physics, Finland) , A DemichevPublisher: Taylor & Francis Ltd Imprint: Institute of Physics Publishing Dimensions: Width: 17.80cm , Height: 2.30cm , Length: 25.40cm Weight: 0.861kg ISBN: 9780750308014ISBN 10: 075030801 Pages: 352 Publication Date: 01 July 2001 Audience: College/higher education , Professional and scholarly , Undergraduate , Postgraduate, Research & Scholarly Format: Hardback Publisher's Status: Active Availability: In Print  This item will be ordered in for you from one of our suppliers. Upon receipt, we will promptly dispatch it out to you. For in store availability, please contact us. Table of ContentsReviewsIn contrast to many other existing books on functional integral methods, this monograph introduces the path integral in an inductive way by studying the Brownian motion of a particle in a solvent. Indeed the Brownian motion is probably the best example how to understand and acquire the concept of the path integral in the most natural way. . . The book will be definitely very helpful for teachers of ths subject as a source of ideas how to present concepts of functional integrals with their applications to their students . . .the monography can serve as a manual for almost an encyclopedical collection of informations from both the physical subject and the bibliography in this field. Milan Noga The reader whose interest ranges across quantum, statistical and stochastic field theories and their application to particle physics and condensed matter physics will find much to enjoy here. The applications are diverse, from the physics of macromolecules to Bose - Einstein condensation to quantization on non-commutative spaces. The explanations are clear, the details is present without being overwhelming, and the equations support the text well, without being the impenetrable hedge that detail sometimes provokes ... I found reading these books a confortable and, on occasion, a familiar, experience. R Rivers, University of London trast to many other existing books on functional integral methods, this monograph introduces the path integral in an inductive way by studying the Brownian motion of a particle in a solvent. Indeed the Brownian motion is probably the best example how to understand and acquire the concept of the path integral in the most natural way. . . The book will be definitely veryhelpful for teachers of ths subject as a source of ideas how to present concepts of functional integrals with their applications to their students . . .the monography can serve as a manual for almost an encyclopedical collection of informations from both the physical subject and the bibliography in this field. Milan Noga The reader whose interest ranges across quantum, statistical and stochastic field theories and their application to particle physics and condensed matter physics will find much to enjoy here. The applications are diverse, from the physics of macromolecules to Bose - Einstein condensation to quantization on non-commutative spaces. The explanations are clear, the details is present without being overwhelming, and the equations support the text well, without being the impenetrable hedge that detail sometimes provokes ... I found reading these books a confortable and, on occasion, a familiar, experience. R Rivers, University of London """In contrast to many other existing books on functional integral methods, this monograph introduces the path integral in an inductive way by studying the Brownian motion of a particle in a solvent. Indeed the Brownian motion is probably the best example of how to understand and acquire the concept of the path integral in the most natural way … The book will definitely be very helpful for teachers of the subject as a source of ideas on how to present concepts of functional integrals with their applications to their students … the monography can serve as a manual for almost an encyclopedia collection of information from both the physical subject and the bibliography in this field."" -Milan Noga ""The reader whose interest ranges across quantum, statistical, and stochastic field theories and their application to particle physics and condensed matter physics will find much to enjoy here. The applications are diverse, from the physics of macromolecules to Bose-Einstein condensation to quantization on non-commutative spaces. The explanations are clear, the details present without being overwhelming, and the equations support the text well, without being the impenetrable hedge that detail sometimes provokes … I found reading these books a comfortable and, on occasion, a familiar, experience."" -R. Rivers, University of London, UK" In contrast to many other existing books on functional integral methods, this monograph introduces the path integral in an inductive way by studying the Brownian motion of a particle in a solvent. Indeed the Brownian motion is probably the best example of how to understand and acquire the concept of the path integral in the most natural way ... The book will definitely be very helpful for teachers of the subject as a source of ideas on how to present concepts of functional integrals with their applications to their students ... the monography can serve as a manual for almost an encyclopedia collection of information from both the physical subject and the bibliography in this field. -Milan Noga The reader whose interest ranges across quantum, statistical, and stochastic field theories and their application to particle physics and condensed matter physics will find much to enjoy here. The applications are diverse, from the physics of macromolecules to Bose-Einstein condensation to quantization on non-commutative spaces. The explanations are clear, the details present without being overwhelming, and the equations support the text well, without being the impenetrable hedge that detail sometimes provokes ... I found reading these books a comfortable and, on occasion, a familiar, experience. -R. Rivers, University of London, UK Author InformationChaichian, M; Demichev, A Tab Content 6Author Website:Countries AvailableAll regions |
||||
