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2015
This article discusses some applications of concepts from random matrix theory (RMT) to condensed matter physics, with emphasis on phenomena, predicted or explained by RMT, that have actually been observed in experiments on quantum wires and quantum dots.
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This article discusses some applications of concepts from random matrix theory (RMT) to condensed matter physics, with emphasis on phenomena, predicted or explained by RMT, that have actually been observed in experiments on quantum wires and quantum dots.
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High harmonic generation in condensed matter
Nature Photonics, 2022E. Goulielmakis, T. Brabec
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Condensed Matter Physics [PDF]
European Journal of Physics, 2000 Condensed matter physics constitutes nowadays an enormous field of knowledge. To write a good textbook covering all main topics in that field in a suitable way and in a reasonable volume is very hard indeed. I believe Michael Marder has achieved this goal with great success. The text is arranged in six parts. Part I describes the atomic structure of
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Supercontinuum Generation in Condensed Matter
1989Supercontinuum generation, the production of intense ultrafast broadband "white light" pulses, arises from the propagation of intense picosecond or shorter laser pulses through condensed or gaseous media. Various processes are responsible for continuum generation.
Q. Z. Wang, Robert R. Alfano, P. P. Ho
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Slow electrons in condensed matter
Physical Review B, 1986The irreversible thermalization of energy lost by an electron in amorphous condensed matter makes successive losses incoherent. This allows us to extend a stochastic treatment of electron degradation down to the thermal range. The probability of a given momentum and energy transfer is viewed as a macroscopic property of each material, which reduces to ...
Ugo Fano, J. A. Stephens
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Theory of Condensed Matter [PDF]
Physics Bulletin, 1969 J. Ziman, F. Bassani and G. Cagliotti (Eds) Vienna: IAEA. 1968 Pp. 1015. Price £8 6s. 8d. This book is a collection of the lecture courses and individual lectures given at an international course held at the International Centre for Theoretical Physics at Trieste.
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Nucleation in Condensed Matter
1983Consider a first order phase transition or an amorphous to crystalline transformation α→β . Experience shows that such a transformation does not occur homogeneously. Small domains of the β phase appear at distinct points in α and then grow at the expense of α . This process is called nucleation and growth [ 1] .
P. Germain, K. Zellama
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2017
Abstract Soft condensed matter is a very suitable system to be investigated with a probe of “neutron.” Typical energy range associated with soft condensed matter is tens of kJ (or a few meV), which is of the same order as those of cold neutrons. In addition, soft condensed matter consists of organic compounds and hence inevitably contains hydrogen ...
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Abstract Soft condensed matter is a very suitable system to be investigated with a probe of “neutron.” Typical energy range associated with soft condensed matter is tens of kJ (or a few meV), which is of the same order as those of cold neutrons. In addition, soft condensed matter consists of organic compounds and hence inevitably contains hydrogen ...
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Axion physics in condensed-matter systems
, 2020Dennis M. Nenno +4 more
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2019
Fundamental Physics focuses its efforts on finding out the smallest building blocks of matter. Following this purpose along the centuries, the elements were discovered in the 19th century and Chemistry achieved unprecedented significance. Throughout the 20th century, Physics has endorsed a feverishly search for elementary particles.
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Fundamental Physics focuses its efforts on finding out the smallest building blocks of matter. Following this purpose along the centuries, the elements were discovered in the 19th century and Chemistry achieved unprecedented significance. Throughout the 20th century, Physics has endorsed a feverishly search for elementary particles.
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