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Your search keyword '"Slepyan Gregory"' showing total 3 results
Start Over Author "Slepyan Gregory" Topic nanoelectronics
3 results on '"Slepyan Gregory"'

2. On small signal equivalent circuit models for quantum dots.

Author

Miano, Giovanni, Forestiere, Carlo, Boag, Amir, Slepyan, Gregory, and Maffucci, Antonio

Subjects
QUANTUM dots, LOGIC circuits, ELECTROMAGNETIC fields, DIPOLE-dipole interactions, LIGHT matter interaction (Quantum optics), NANOELECTRONICS
Abstract

In this paper, we introduce small signal equivalent circuit models for quantum dots at equilibrium driven by classical electromagnetic fields. We investigate both an isolated quantum dot and a pair of interacting quantum dots coupled by the electric dipole-dipole interaction. In particular, we derive the impulse responses of the equivalent circuit elements from the density operator of the quantum dots. The use of equivalent circuit elements for complex systems of quantum dots may greatly simplify the analysis and the design of light-matter interaction processes at the nanoscale. Copyright © 2017 John Wiley & Sons, Ltd. [ABSTRACT FROM AUTHOR]

Published
2017
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3. Quantum entanglement in electric circuits: From anomalous crosstalk to electromagnetic compatibility in nano-electronics

Author

Antonio Maffucci, Gregory Ya. Slepyan, Giovanni Miano, Mikhail E. Portnoi, Eugene Sinkevich, Vladimir Mordachev, Polina Kuzhir, Sergey A. Maksimenko, Amir Boag, Slepyan, Gregory, Boag, Amir, Mordachev, Vladimir, Sinkevich, Eugene, Miano, Giovanni, Portnoi, Mikhail E., Maksimenko, Sergey, Kuzhir, Polina, and Maffucci, Antonio

Subjects
quantum dots, 02 engineering and technology, Quantum entanglement, quantum entanglement, Electromagnetic crosstalk, 01 natural sciences, Crosstalk, nano-antenna, nano-antennas, Artificial Intelligence, Quantum mechanics, 0103 physical sciences, 0202 electrical engineering, electronic engineering, information engineering, nano-EMC, Electromagnetic coupling, Electrical and Electronic Engineering, 010306 general physics, Electronic circuit, Physics, Electromagnetic compatibility, quantum dot, Computer Science Applications1707 Computer Vision and Pattern Recognition, 020206 networking & telecommunications, Computer Networks and Communication, Nanoelectronics, Hardware and Architecture, Quantum dot
Abstract

We show that the electromagnetic coupling at the nanoscale may be accompanied by another coupling mechanism, related to quantum entanglement. Consequently, a combined "electromagnetic-quantum" coupling is created, which stipulates long-distance and long-living interactions in electric circuits. Manifestation of this effect in electromagnetic compatibility (EMC) is discussed. An efficient theoretical framework for EMC analysis in nanoelectronics is developed based on the generalized theory of electric circuits. It is shown that the action of quantum entanglement is equivalent to an addition of the supplementary elements in electric circuit with the effective admittances defined as general susceptibilities that can be calculated using the Kubo-technique.

Published
2016
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