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1 Pier A. Mello Quantum transport in mesoscopic systems: Complexity and Statistical Fluctuations. A Maximum Entropy Viewpoint OB1465 2004 eBook  
2 Nagendra Kumar Modelling spectral timing behaviour of compact objects: A Thesis submitted for the degree of Doctor of Philosophy (in Physics) D00092 2016 Book  
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TitleQuantum transport in mesoscopic systems: Complexity and Statistical Fluctuations. A Maximum Entropy Viewpoint
Author(s)Pier A. Mello ;Nagendra Kumar
PublicationOxford University Press 2004.
Abstract NoteThis book presents a statistical theory of complex wave scattering and quantum transport in a class of physical systems of current interest having chaotic classical dynamics (e.g., microwave cavities and quantum dots) or possessing quenched randomness (e.g., disordered conductors). The emphasis here is on mesoscopic fluctuations of the sample-specific transport. The universal character of the statistical behaviour of these phenomena is revealed in a natural way through a novel maximum-entropy approach (MEA). The latter leads to the most probable distribution for the set of random matrices that describe the ensemble of disordered/chaotic samples, which are macroscopically identical but differ in microscopic details. Here, the Shannon information entropy associated with these random matrices is maximized subject to the symmetries and the constraints which are physically relevant. This non-perturbative information-theoretic approach is reminiscent of, but distinct from, the standard random-matrix theory, and indeed forms the most distinctive feature of the book.
ISBN,PriceRs 0.00
Keyword(s)1. EBOOK 2. EBOOK - OXFORD UNIVERSITY PRESS 3. MAXIMUM-ENTROPY METHOD 4. QUANTUM TRANSPORT 5. RANDOM-MATRIX THEORY
Item TypeeBook
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OB1465     On Shelf    

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TitleModelling spectral timing behaviour of compact objects: A Thesis submitted for the degree of Doctor of Philosophy (in Physics) to Jawaharlal Nehru University
Author(s)Nagendra Kumar
PublicationPune, IUCAA, 2016.
ISBN,Price0.00
Keyword(s)1. COMPACT OBJECTS 2. KUMAR, NAGENDRA - THESIS 3. THESIS 4. THESIS - IUCAA 5. THESIS - IUCAA ACADEMICS
Item TypeBook

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D00092   Kept in PhD Thesis Section   On Shelf    

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