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Condensed Matter Physics in the Prime of 21st Century
This is a collection of lectures by 11 active researchers, renowned specialists in a number of modern, promising, dynamically-developing research directions in condensed matter/solid state theory. The lectures are concerned with phenomena, materials and ideas, discussing theoretical and experimental features, as well as with methods of calculation.Readers will find up-to-date presentations of the methods of carrying out efficient calculations for electronic systems and quantum spin systems, together with applications to describe phenomena and to design new materials. These applications include systems of quantum dots, quantum gates, semiconductor materials for spintronics, and the unusual characteristics of warm dense matter.
Quantum Criticality In Condensed Matter: Phenomena, Materials And Ideas In Theory And Experiment - 50th Karpacz Winter School Of Theoretical Physics
This volume comprises 8 articles written by lecturers of 50th Karpacz Winter School of Theoretical Physics and their collaborators. The contributing lecturers are outstanding researchers, and experts in various fields of physics, in particular in condensed matter, quantum phase transitions and quantum critical phenomena. The articles reflect the contents of the lectures given for school participants and cover various aspects of quantum phase transitions and quantum critical phenomena, from experimental to mathematical ones. For those wishing to get acquainted with the subject, extensive lists of references are provided in the articles.
Physical Models Of Neural Networks
This lecture note volume is mainly about the recent development that connected neural network modeling to the theoretical physics of disordered systems. It gives a detailed account of the (Little-) Hopfield model and its ramifications concerning non-orthogonal and hierarchical patterns, short-term memory, time sequences, and dynamical learning algorithms. It also offers a brief introduction to computation in layered feed-forward networks, trained by back-propagation and other methods. Kohonen's self-organizing feature map algorithm is discussed in detail as a physical ordering process. The book offers a minimum complexity guide through the often cumbersome theories developed around the Hopfield model. The physical model for the Kohonen self-organizing feature map algorithm is new, enabling the reader to better understand how and why this fascinating and somewhat mysterious tool works.
Models of Quantum Matter
The book introduces tools with which models of quantum matter are built. The most important technique, the Bethe ansatz, is developed in detail to perform exact calculations of the physical properties of quantum matter.
Poland, 1918-1945
Poland, 1918-1945 is a challenging, revisionist analysis and interpretation, supported by documentary evidence, of a crucial and controversial period in Poland's recent history
Poland, 1918-1945
Based on extensive range of Polish, British, German, Jewish and Ukranian primary and secondary sources, this work provides an objective appraisal of the inter-war period. Peter Stachura demonstrates how the Republic overcame giant obstacles at home and abroad to achieve consolidation as an independent state in the early 1920s, made relative economic progress, created a coherent social order, produced an outstanding cultural scene, advanced educational opportunity, and adopted constructive and even-handed policies towards its ethnic minorities. Without denying the defeats suffered by the Republic, Peter Stachura demonstrates that the fate of Poland after 1945, with the imposition of an unwanted, Soviet-dominated Communist system, was thoroughly undeserved.
Physica B + C.
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