SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS
ABSTRACT As it is known, quantum inductive circuits with charge discreteness show Bloch-like oscillations in electrical current under a dc external voltage. In this paper, the effect of a superimposed ac voltage in the circuit is considered. The Shapiro effect is found to be related to the existence...
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Universidad de Tarapacá.
2006
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oai:scielo:S0718-330520060001000022009-08-07SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESSChandía Valenzuela,KristopherFlores Araya,Juan CesarLazo Nuñez,Edmundo Mesoscopic circuits quantum circuits theory Shapiro effect charge discreteness ABSTRACT As it is known, quantum inductive circuits with charge discreteness show Bloch-like oscillations in electrical current under a dc external voltage. In this paper, the effect of a superimposed ac voltage in the circuit is considered. The Shapiro effect is found to be related to the existence of resonance. Surprisingly, in the limit of low frequency (no resonance), the electrical averaged current exists and has always the same sign. Eventually this allows for an experimental method to measure discrete charge effect in quantum mesoscopic circuits.info:eu-repo/semantics/openAccessUniversidad de Tarapacá.Ingeniare. Revista chilena de ingeniería v.14 n.2 20062006-08-01text/htmlhttp://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0718-33052006000100002en10.4067/S0718-33052006000100002 |
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Scielo Chile |
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Scielo Chile |
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English |
topic |
Mesoscopic circuits quantum circuits theory Shapiro effect charge discreteness |
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Mesoscopic circuits quantum circuits theory Shapiro effect charge discreteness Chandía Valenzuela,Kristopher Flores Araya,Juan Cesar Lazo Nuñez,Edmundo SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS |
description |
ABSTRACT As it is known, quantum inductive circuits with charge discreteness show Bloch-like oscillations in electrical current under a dc external voltage. In this paper, the effect of a superimposed ac voltage in the circuit is considered. The Shapiro effect is found to be related to the existence of resonance. Surprisingly, in the limit of low frequency (no resonance), the electrical averaged current exists and has always the same sign. Eventually this allows for an experimental method to measure discrete charge effect in quantum mesoscopic circuits. |
author |
Chandía Valenzuela,Kristopher Flores Araya,Juan Cesar Lazo Nuñez,Edmundo |
author_facet |
Chandía Valenzuela,Kristopher Flores Araya,Juan Cesar Lazo Nuñez,Edmundo |
author_sort |
Chandía Valenzuela,Kristopher |
title |
SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS |
title_short |
SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS |
title_full |
SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS |
title_fullStr |
SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS |
title_full_unstemmed |
SHAPIRO EFFECT IN INDUCTIVE QUANTUM CIRCUITS WITH CHARGE DISCRETENESS |
title_sort |
shapiro effect in inductive quantum circuits with charge discreteness |
publisher |
Universidad de Tarapacá. |
publishDate |
2006 |
url |
http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0718-33052006000100002 |
work_keys_str_mv |
AT chandiavalenzuelakristopher shapiroeffectininductivequantumcircuitswithchargediscreteness AT floresarayajuancesar shapiroeffectininductivequantumcircuitswithchargediscreteness AT lazonunezedmundo shapiroeffectininductivequantumcircuitswithchargediscreteness |
_version_ |
1714203352750882816 |