Faculty

Institution

Unit

Venue

Anthony Sigillito

Assistant Professor

University of Pennsylvania

Affiliations

School of Engineering and Applied Science

Electrical and Systems Engineering

Anthony Sigillito is currently serving as an Electrical And Systems Engineering Assistant Professor at University of Pennsylvania.

Honors

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Experiences

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Education

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Anthony Sigillito

University of Pennsylvania

Assistant Professor

You can click a keyword to filter the displayed items

applied physics materials science electrical engineering particle physics optoelectronics spintronics physics semiconductors condensed matter physics nuclear physics quantum technologies solid-state electronics electronics semiconductor devices atomic physics semiconductor technology quantum photonics quantum materials quantum science semiconductor nanostructures quantum devices quantum hardware shallow donors electron spin coherence science advance condensed matter carbon nuclear science power electronics frequency control full duplex microwave photonics radioanalytical chemistry nuclear magnetic resonance spectroscopy neutron scattering quantum error correction quantum networks filter design bioinstrumentation cnot gate electron spins operation fidelity quantum cnot gate electron spin resonance quantum information resonant swap gates site-selective quantum control quantum control high-fidelity state preparation all-electric control low-power manipulation spin ensembles spin qubits

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fast Virtual Gate Extraction for Silicon Quantum Dot Devices. arXiv (Cornell University) (2024)

Shize CheSeongwoo OhHaoyun QinYuhao LiuAnthony SigillitoGushu Li

virtual gate extractioncomputer sciencequantum devicesquantum dots

Chen QianJicheng JinThomas ChristensenLi HeAnthony SigillitoEugene J. MeleBo Zhen

materials sciencesurface magnon polaritonsparticle physicsgeometrycondensed matter physicsgeometric similarities

Data Needs and Challenges of Quantum Dot Devices Automation: Workshop Report. arXiv (Cornell University) (2023)

Justyna P. ZwolakJacob M. TaylorReed AndrewsJared BensonGarnett BryantDonovan ButerakosAnasua ChatterjeeSankar Das SarmaMark A. ErikssonEliška GreplováMichael J. GullansFabian HaderTyler J. KovachPranav S. MundadaMick RamseyTorbjoern RasmussenBrandon SeverinAnthony SigillitoBrennan UndsethBrian Weber

data needscomputer scienceautomationdata science

Emerging Qubit Systems: Guest Editorial. Applied Physics Letters (2022)

Anthony J. SigillitoJacob P. CoveyJohannes M. FinkKarl PeterssonStefan Preble

physicsquantum hardwarequantum networksquantum sciencequantum mechanicsqubit systemselectronicsquantum error correctionquantum engineeringquantum entanglementquantum computingquantum information science

High-Fidelity State Preparation, Quantum Control, and Readout of an Isotopically Enriched Silicon Spin Qubit. Physical Review Applied (2022)

A.R. MillsC.R. GuinnM.M. FeldmanA.J. SigillitoM.J. GullansM.T. RakherJ. KerckhoffC.A.C. JacksonJ.R. Petta

high-fidelity state preparationapplied physicsoptoelectronicsquantum control

Neutron Elastic and Inelastic Scattering Differential Cross Sections on Carbon. Nuclear Physics A (2022)

A.P.D. RamirezE.E. PetersJ.R. VanhoyS.F. HicksL.A. AlasagasD.K. Alcorn-DominguezS.T. BlockS.T. ByrdE.A. ChouinardB.M. CombsB.P. CriderE.C. DerdynL. DownesJ.A. ErlansonS.E. EvansA.J. FrenchE.A. GarzaJ. GirgisT.D. HarrisonS.L. HendersonT.J. HowardD.T. JacksonL.J. KerstingA. KumarS.H. LiuC.J. LueckE.M. LyonsP.J. McDonoughM.T. McEllistremT.J. MorinS. MukhopadhyayT.A. NguyenM. NickelS. NigamR.L. PechaJ. PotterF.M. Prados-EstévezB.G. RiceT.J. RossZ.C. SantonilJ. SchneiderjanL.C. SidwellA.J. SigillitoJ.L. StevesB.K. ThompsonD.W. WattsY. XiaoS.W. Yates

physicsmaterials sciencedifferential cross sectionsnuclear physicsparticle physicscarbon

Two-Qubit Silicon Quantum Processor With Operation Fidelity Exceeding 99%. Science Advances (2022)

Adam R. MillsCharles R. GuinnMichael J. GullansAnthony J. SigillitoMayer M. FeldmanErik NielsenJason R. Petta

applied physicsquantum computingoperation fidelityscience advance

Coherent Transfer of Quantum Information in a Silicon Double Quantum Dot Using Resonant Swap Gates. npj Quantum Information (2019)

A. J. SigillitoM. J. GullansL. F. EdgeM. BorselliJ. R. Petta

materials scienceresonant swap gatesquantum informationquantum dots

Fast High-Fidelity Entangling Gates for Spin Qubits in Si Double Quantum Dots. Physical review. B./Physical review. B (2019)

F. A. Calderon-VargasGeorge S. BarronXiu-Hao DengA. J. SigillitoEdwin BarnesSophia E. Economou

physicsmaterials scienceparticle physicscondensed matter physicsspintronicsquantum entanglementoptoelectronicsspin qubits

Fast High-Fidelity Entangling Gates in Si Double Quantum Dots. Bulletin of the American Physical Society (2019)

Fernando Calderon-VargasGeorge BarronXiuhao DengEdwin BarnesSophia Economou

materials sciencenanoelectronicssolid-state electronicselectronicsquantum technologieselectrical engineeringmicroelectronicsquantum photonicsapplied physicsoptoelectronicsnanotechnologyphotonics

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Anthony Sigillito

Assistant Professor

University of Pennsylvania

Affiliations

School of Engineering and Applied Science

Electrical and Systems Engineering

Anthony Sigillito is currently serving as an Electrical And Systems Engineering Assistant Professor at University of Pennsylvania.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Anthony Sigillito

University of Pennsylvania

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fast Virtual Gate Extraction for Silicon Quantum Dot Devices. arXiv (Cornell University) (2024)

Shize CheSeongwoo OhHaoyun QinYuhao LiuAnthony SigillitoGushu Li

virtual gate extractioncomputer sciencequantum devicesquantum dots

Chen QianJicheng JinThomas ChristensenLi HeAnthony SigillitoEugene J. MeleBo Zhen

materials sciencesurface magnon polaritonsparticle physicsgeometrycondensed matter physicsgeometric similarities

Data Needs and Challenges of Quantum Dot Devices Automation: Workshop Report. arXiv (Cornell University) (2023)

data needscomputer scienceautomationdata science

Emerging Qubit Systems: Guest Editorial. Applied Physics Letters (2022)

Anthony J. SigillitoJacob P. CoveyJohannes M. FinkKarl PeterssonStefan Preble

High-Fidelity State Preparation, Quantum Control, and Readout of an Isotopically Enriched Silicon Spin Qubit. Physical Review Applied (2022)

A.R. MillsC.R. GuinnM.M. FeldmanA.J. SigillitoM.J. GullansM.T. RakherJ. KerckhoffC.A.C. JacksonJ.R. Petta

high-fidelity state preparationapplied physicsoptoelectronicsquantum control

Neutron Elastic and Inelastic Scattering Differential Cross Sections on Carbon. Nuclear Physics A (2022)

physicsmaterials sciencedifferential cross sectionsnuclear physicsparticle physicscarbon

Two-Qubit Silicon Quantum Processor With Operation Fidelity Exceeding 99%. Science Advances (2022)

Adam R. MillsCharles R. GuinnMichael J. GullansAnthony J. SigillitoMayer M. FeldmanErik NielsenJason R. Petta

applied physicsquantum computingoperation fidelityscience advance

Coherent Transfer of Quantum Information in a Silicon Double Quantum Dot Using Resonant Swap Gates. npj Quantum Information (2019)

A. J. SigillitoM. J. GullansL. F. EdgeM. BorselliJ. R. Petta

materials scienceresonant swap gatesquantum informationquantum dots

Fast High-Fidelity Entangling Gates for Spin Qubits in Si Double Quantum Dots. Physical review. B./Physical review. B (2019)

F. A. Calderon-VargasGeorge S. BarronXiu-Hao DengA. J. SigillitoEdwin BarnesSophia E. Economou

physicsmaterials scienceparticle physicscondensed matter physicsspintronicsquantum entanglementoptoelectronicsspin qubits

Fast High-Fidelity Entangling Gates in Si Double Quantum Dots. Bulletin of the American Physical Society (2019)

Fernando Calderon-VargasGeorge BarronXiuhao DengEdwin BarnesSophia Economou

materials sciencenanoelectronicssolid-state electronicselectronicsquantum technologieselectrical engineeringmicroelectronicsquantum photonicsapplied physicsoptoelectronicsnanotechnologyphotonics

1
2
3
4
10 / page

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Similar Faculty Members

Alexei Orlov

Institution

University of Notre Dame

applied physics

materials science

Daniel E. Prober

Institution

Yale University

coherent quantum transport

quantum device

Jonathan Bird

Institution

University at Buffalo

nanoelectronics

nanonetwork

Serge Luryi

Institution

Stony Brook University

laboratory investigation

clinical engineering

John P. Prineas

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University of Iowa

nanophotonics

electronic material

Hong Tang

Institution

Yale University

nonlinear science

nonlinear phenomena

Hongwen Jiang

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quantum mechanics

David Goldhaber-Gordon

Institution

Stanford University

materials science

applied physics

Andrei Afanasev

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fundamental physic

collider physic

Xuedong Hu

Institution

University at Buffalo

nature physic

solid state theory