Broadband plasmonic half-subtractor and digital demultiplexer in pure parallel connections

Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we experimentally demonstrate plasmonic half-subtractor and demultiplexer circuits based on transmission-lines. Empowered by the unique polarization selec...

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Published inNanophotonics (Berlin, Germany) Vol. 11; no. 16; pp. 3623 - 3629
Main Authors Wu, Pei-Yuan, Chang, Yun-Chorng, Huang, Chen-Bin
Format Journal Article
LanguageEnglish
Published Germany De Gruyter 01.09.2022
Walter de Gruyter GmbH
Subjects
Boolean algebra
Broadband
demultiplexer
Demultiplexers
Design
Integrated circuits
Laser beams
Lasers
Nanowires
optical nanocircuits
Photonics
Plasmonics
polarization controls
Selectivity
Sensors
subtractor
surface plasmon polaritons
Wire
optical nanocircuits
polarization controls
surface plasmon polaritons
demultiplexer
subtractor
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Abstract Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we experimentally demonstrate plasmonic half-subtractor and demultiplexer circuits based on transmission-lines. Empowered by the unique polarization selectivity in the surface plasmon modal behaviors, both circuits are realized without cascading. The operations of the half-subtractor and demultiplexer can be performed using a single laser beam with three predefined linear polarizations. All of our experiments are performed using a 56 fs laser providing greater than 12.5 THz optical bandwidth. The experimental results are found in excellent quantitative accordance with numerical calculations. The photonic integrated circuit framework proposed in this work could pave the future avenue towards the realization of highly compact, multi-functional, on-chip integrated photonic processors.
AbstractList Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we experimentally demonstrate plasmonic half-subtractor and demultiplexer circuits based on transmission-lines. Empowered by the unique polarization selectivity in the surface plasmon modal behaviors, both circuits are realized without cascading. The operations of the half-subtractor and demultiplexer can be performed using a single laser beam with three predefined linear polarizations. All of our experiments are performed using a 56 fs laser providing greater than 12.5 THz optical bandwidth. The experimental results are found in excellent quantitative accordance with numerical calculations. The photonic integrated circuit framework proposed in this work could pave the future avenue towards the realization of highly compact, multi-functional, on-chip integrated photonic processors.
Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we experimentally demonstrate plasmonic half-subtractor and demultiplexer circuits based on transmission-lines. Empowered by the unique polarization selectivity in the surface plasmon modal behaviors, both circuits are realized without cascading. The operations of the half-subtractor and demultiplexer can be performed using a single laser beam with three predefined linear polarizations. All of our experiments are performed using a 56 fs laser providing greater than 12.5 THz optical bandwidth. The experimental results are found in excellent quantitative accordance with numerical calculations. The photonic integrated circuit framework proposed in this work could pave the future avenue towards the realization of highly compact, multi-functional, on-chip integrated photonic processors.Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we experimentally demonstrate plasmonic half-subtractor and demultiplexer circuits based on transmission-lines. Empowered by the unique polarization selectivity in the surface plasmon modal behaviors, both circuits are realized without cascading. The operations of the half-subtractor and demultiplexer can be performed using a single laser beam with three predefined linear polarizations. All of our experiments are performed using a 56 fs laser providing greater than 12.5 THz optical bandwidth. The experimental results are found in excellent quantitative accordance with numerical calculations. The photonic integrated circuit framework proposed in this work could pave the future avenue towards the realization of highly compact, multi-functional, on-chip integrated photonic processors.
Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we experimentally demonstrate plasmonic half-subtractor and demultiplexer circuits based on transmission-lines. Empowered by the unique polarization selectivity in the surface plasmon modal behaviors, both circuits are realized without cascading. The operations of the half-subtractor and demultiplexer can be performed using a single laser beam with three predefined linear polarizations. All of our experiments are performed using a 56 fs laser providing greater than 12.5 THz optical bandwidth. The experimental results are found in excellent quantitative accordance with numerical calculations. The photonic integrated circuit framework proposed in this work could pave the future avenue towards the realization of highly compact, multi-functional, on-chip integrated photonic processors.
Author Chang, Yun-Chorng
Wu, Pei-Yuan
Huang, Chen-Bin
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  surname: Huang
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  organization: Academia Sinica, Taipei, China
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Issue 16
Keywords optical nanocircuits
polarization controls
surface plasmon polaritons
demultiplexer
subtractor
Language English
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Snippet Nanophotonic arithmetic circuits requiring cascaded Boolean operations are difficult to implement due to loss and footprint issues. In this work, we...
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SubjectTerms Boolean algebra
Broadband
demultiplexer
Demultiplexers
Design
Integrated circuits
Laser beams
Lasers
Nanowires
optical nanocircuits
Photonics
Plasmonics
polarization controls
Selectivity
Sensors
subtractor
surface plasmon polaritons
Wire
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Title Broadband plasmonic half-subtractor and digital demultiplexer in pure parallel connections
URI https://www.degruyter.com/doi/10.1515/nanoph-2022-0267
https://www.ncbi.nlm.nih.gov/pubmed/39634449
https://www.proquest.com/docview/2702542774
https://www.proquest.com/docview/3146520649
https://pubmed.ncbi.nlm.nih.gov/PMC11501105
https://doaj.org/article/d90799f21e11427fa4b5cecb7b02b68e
Volume 11
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