Spectroscopy of quantum-dot atoms and antidot arrays

D. Heitmann; B. Meurer; K. Kern; P. Grambow; K. Ploog; Y. H. Zhang

Spectroscopy of quantum-dot atoms and antidot arrays

D. Heitmann, B. Meurer, K. Kern, P. Grambow, K. Ploog, Y. H. Zhang

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

Advances in submicron technology make it possible to realize man-made low-dimensional electronic systems with quantum confined energy states, i.e., quantum wires, quantum dots and antidots. With typical confinement energies in the meV regime far-infrared spectroscopy gives a direct access to the quantum confined energy levels in these systems. One is now approaching the limit to prepare quantum dots with well defined small numbers of electrons per dot, N = 1,2,3,.. It becomes thus possible to perform a kind of `atomic' spectroscopy on these systems. We will show in this review that the dynamic excitations in these systems exhibit a very interesting complex interplay of atomic-like single-particle and collective many-body effects.

Original language	English (US)
Title of host publication	Institute of Physics Conference Series
Publisher	Publ by Institute of Physics Publishing Ltd
Pages	183-188
Number of pages	6
ISBN (Print)	0750302259
State	Published - Dec 1 1992
Externally published	Yes
Event	Proceedings of the International Workshop on Quantum Effect Physics, Electronics and Applications - Luxor, Egypt Duration: Jan 6 1992 → Jan 10 1992

Publication series

Name	Institute of Physics Conference Series
Volume	127
ISSN (Print)	0951-3248

Other

Other	Proceedings of the International Workshop on Quantum Effect Physics, Electronics and Applications
City	Luxor, Egypt
Period	1/6/92 → 1/10/92

ASJC Scopus subject areas

General Physics and Astronomy

Cite this

Heitmann, D, Meurer, B, Kern, K, Grambow, P, Ploog, K & Zhang, YH 1992, Spectroscopy of quantum-dot atoms and antidot arrays. in Institute of Physics Conference Series. Institute of Physics Conference Series, vol. 127, Publ by Institute of Physics Publishing Ltd, pp. 183-188, Proceedings of the International Workshop on Quantum Effect Physics, Electronics and Applications, Luxor, Egypt, 1/6/92.

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abstract = "Advances in submicron technology make it possible to realize man-made low-dimensional electronic systems with quantum confined energy states, i.e., quantum wires, quantum dots and antidots. With typical confinement energies in the meV regime far-infrared spectroscopy gives a direct access to the quantum confined energy levels in these systems. One is now approaching the limit to prepare quantum dots with well defined small numbers of electrons per dot, N = 1,2,3,.. It becomes thus possible to perform a kind of `atomic' spectroscopy on these systems. We will show in this review that the dynamic excitations in these systems exhibit a very interesting complex interplay of atomic-like single-particle and collective many-body effects.",

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AU - Heitmann, D.

AU - Meurer, B.

AU - Kern, K.

AU - Grambow, P.

AU - Ploog, K.

AU - Zhang, Y. H.

PY - 1992/12/1

Y1 - 1992/12/1

N2 - Advances in submicron technology make it possible to realize man-made low-dimensional electronic systems with quantum confined energy states, i.e., quantum wires, quantum dots and antidots. With typical confinement energies in the meV regime far-infrared spectroscopy gives a direct access to the quantum confined energy levels in these systems. One is now approaching the limit to prepare quantum dots with well defined small numbers of electrons per dot, N = 1,2,3,.. It becomes thus possible to perform a kind of `atomic' spectroscopy on these systems. We will show in this review that the dynamic excitations in these systems exhibit a very interesting complex interplay of atomic-like single-particle and collective many-body effects.

AB - Advances in submicron technology make it possible to realize man-made low-dimensional electronic systems with quantum confined energy states, i.e., quantum wires, quantum dots and antidots. With typical confinement energies in the meV regime far-infrared spectroscopy gives a direct access to the quantum confined energy levels in these systems. One is now approaching the limit to prepare quantum dots with well defined small numbers of electrons per dot, N = 1,2,3,.. It becomes thus possible to perform a kind of `atomic' spectroscopy on these systems. We will show in this review that the dynamic excitations in these systems exhibit a very interesting complex interplay of atomic-like single-particle and collective many-body effects.

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Spectroscopy of quantum-dot atoms and antidot arrays

Abstract

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