Synthesis of Quantum Multiplexer Circuits
Combinational quantum circuits are essential for quantum computation; and quantum multiplexer circuit is one of the important combinational circuits. In this paper, we have presented the synthesis of quantum multiplexer circuit in detail. Instead of using functional blocks, we have used physically realizable quantum logic gates for synthesis of quantum multiplexers. In addition to this, our synthesis procedure shows that it is possible to construct quantum multiplexer circuit that can operate in the minimum dimension of the vector space and scalable according to linear nearest neighbor architecture. The detail functionality of the circuits along with the matrix formulations is presented.
Keywords: Quantum Synthesis, Quantum Circuits, Quantum Multiplexer, Quantum Computation
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ABOUT THE AUTHORS
Arijit Roy
Dr. Arijit Roy has attended many prestigious institutes like IITs and Infineon Technologies in his career. He obtained the Ph.D. degree from School of Electrical and Electronic Engineering, Nanyang Technological University, Singapore. His publication includes regular paper, review article, conference article etc. in international journals and conferences. His paper in Symposium On Electronics – 2004 (Singapore) won the second best paper award. Among his various publications, a 75-journal-page-size review article on “Electromigration” is published in a journal of impact factor 17.731. So far his research works have been cited more than one hundred times (excluding self citations) and his present research h-index is five. In 2011, Dr. Roy authored a research monograph, titled “Electromigration in Cu Interconnects, The Driving Force Formalism: Modeling and Experiments”, published by Lambert Academic Publishing, Germany (ISBN: 978-3-8454-1292-4). Dr. Roy is also involved as reviewer, advisory board member etc. for many international publishers. Dr. Roy is frequently invited for invited/plenary lectures by many organizations. His research interests include Micro- and Nano-electronics, Microelectronic Reliability, Quantum Circuits and Single Electron Transistor. Presently he is Assistant Professor and Head of the Electronics Department at West Bengal State University (Barasat, India).
Dibyendu Chatterjee
Mr. Dibyendu Chatterjee completed his B.Sc. degree in Electronics (Hons.) and stood First Class First (gold medalist) from Bankura Christian College (under Burdwan University, West Bengal, India) in 2006 and M.Sc. degree in Electronic Science from Jadavpur University (West Bengal, Kolkata, India) in 2008. He is also qualified prestigious examinations such as NET (National Eligibility Test, conducted by UGC govt. of India) and GATE (Graduate Aptitude Test in Engineering, conducted by IITs) in Electronics. Presently Mr. Chatterjee is pursuing Ph.D. at the Department of Electronics, West Bengal State University (Barasat, India). His main area of research is Quantum Computation.
Subhasis Pal
Mr. Subhasis Pal is graduated as a student of Electronics (Hons.) from Vidyasagar University (West Bengal, India) in 2006 and M.Sc in Electronic Science from Jadavpur University (West Bengal, India) in 2008. He got first class first position (gold medalist) in graduation. Presently, he is pursuing Ph.D. at the Department of Electronics, West Bengal State University (Barasat, India). His area of research is Quantum Computation.
Arijit Roy
Dr. Arijit Roy has attended many prestigious institutes like IITs and Infineon Technologies in his career. He obtained the Ph.D. degree from School of Electrical and Electronic Engineering, Nanyang Technological University, Singapore. His publication includes regular paper, review article, conference article etc. in international journals and conferences. His paper in Symposium On Electronics – 2004 (Singapore) won the second best paper award. Among his various publications, a 75-journal-page-size review article on “Electromigration” is published in a journal of impact factor 17.731. So far his research works have been cited more than one hundred times (excluding self citations) and his present research h-index is five. In 2011, Dr. Roy authored a research monograph, titled “Electromigration in Cu Interconnects, The Driving Force Formalism: Modeling and Experiments”, published by Lambert Academic Publishing, Germany (ISBN: 978-3-8454-1292-4). Dr. Roy is also involved as reviewer, advisory board member etc. for many international publishers. Dr. Roy is frequently invited for invited/plenary lectures by many organizations. His research interests include Micro- and Nano-electronics, Microelectronic Reliability, Quantum Circuits and Single Electron Transistor. Presently he is Assistant Professor and Head of the Electronics Department at West Bengal State University (Barasat, India).
Dibyendu Chatterjee
Mr. Dibyendu Chatterjee completed his B.Sc. degree in Electronics (Hons.) and stood First Class First (gold medalist) from Bankura Christian College (under Burdwan University, West Bengal, India) in 2006 and M.Sc. degree in Electronic Science from Jadavpur University (West Bengal, Kolkata, India) in 2008. He is also qualified prestigious examinations such as NET (National Eligibility Test, conducted by UGC govt. of India) and GATE (Graduate Aptitude Test in Engineering, conducted by IITs) in Electronics. Presently Mr. Chatterjee is pursuing Ph.D. at the Department of Electronics, West Bengal State University (Barasat, India). His main area of research is Quantum Computation.
Subhasis Pal
Mr. Subhasis Pal is graduated as a student of Electronics (Hons.) from Vidyasagar University (West Bengal, India) in 2006 and M.Sc in Electronic Science from Jadavpur University (West Bengal, India) in 2008. He got first class first position (gold medalist) in graduation. Presently, he is pursuing Ph.D. at the Department of Electronics, West Bengal State University (Barasat, India). His area of research is Quantum Computation.
