Physics of nanostructures : proceedings of the thirty-eighth Scottish Universities Summer School in Physics, St. Andrews, July-August 1991
著者
書誌事項
Physics of nanostructures : proceedings of the thirty-eighth Scottish Universities Summer School in Physics, St. Andrews, July-August 1991
（SUSSP publications）
Scottish Universities Summer School in Physics , Institute of Physics, c1992
- : pbk
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注記
"A NATO Advanced Study Institute." -- T.p.
Includes bibliographical references and index
内容説明・目次
- 巻冊次
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: pbk ISBN 9780750301695
内容説明
The papers from this summer school have been developed and published as a textbook for postgraduate students working on the physics of nano- and microstructures. Leading international researchers teaching and working in research into low-and-zero dimensional structures, particularly in electronics and semiconductor physics, present concise lectures designed to introduce postgraduate researchers to the field. These lectures cover the theory and practice of nanoscale device technology. This book will serve as a significant postgraduate text and a valuable reference work for young researchers, as well as serving as an introduction to the field for others.
目次
Molecular beam epitaxy for the formation of nanostructures (H Sakaki). Lateral patterning of nanostructures (H G Craighead, Cornell University). Theory of electrons in low-dimensional systems (F Stern, IBM T J Watson Research Center). Hole eigenstates in semiconductor heterostructures (G Bastard). Theory of coherent quantum transport (A D Stone, Yale University). Is atomically precise lithography necessary for nanoelectronics? (G Timp, AT&T Research Laboratories). Semiclassical motion in periodic potentials and non-local resistance (P Main). Double barrier resonant tunnelling devices with lateral gates (L Eaves). Mesoscopic localised transport (A B Fowler, IBM T J Watson Research Center). Charge quantisation effects in small tunnel junctions (L J Geerligs, University of California, Berkeley). Spectroscopy of semiconductor nanostructures (C M Sotomayor Torres). Collective and single-particle excitations in low-dimensional systems (D Heitmann). Experiments on lateral superlattices (W Hansen).
- 巻冊次
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ISBN 9780750301701
内容説明
The revolution in semiconductor physics over the last few years has led to the miniaturization of devices. The aim of the 38th Scottish Universities Summer School was to study the fabrication of these devices, their electron transport and optical properties, and to examine future developments in the field of nanostructures. The early chapters focus on fabrication processes including the use of molecular beam epitaxy and high-resolution lithography. Various theoretical approaches to the electronic properties of nanostructures and complementary experiments are described. The final papers cover a range of optical properties of arrays of nanostructures and discuss the practical applications of optical effects in quantum wires and dots.
目次
- Molecular beam epitaxy for the formation of nanostructures, H. Sakaki
- lateral patterning of nanostructures, H. Craighead
- theory of electrons in low-dimensional systems, F. Stern
- hole eigenstates in semiconductor heterostructures, G. Bastard
- theory of coherent quantum transport, A. Stone
- is atomically precise lithography necessary for nanoelectronics?, G. Timp
- semiclassical motion in periodic potentials and non-local resistance, P. Main
- double barrier resonant tunnelling devices with lateral gates, L. Eaves
- mesoscopic localized transport, A. Fowler
- charge quantization effects in small tunnel junctions, L. Geerligs
- spectroscopy of semiconductor nanostructures, C. Torres
- collective and single-particle excitations in low-dimensional systems, D. Heitmann
- experiments on lateral superlattices, W. Hansen.
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