Peter Qiang Liu

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Claire F GmachlProfessor of Electrical Engineering, Princeton UniversityDirección de correo verificada de princeton.edu
Jerome FaistETH ZurichDirección de correo verificada de phys.ethz.ch
Jacob B KhurginJohns Hopkins UniversityDirección de correo verificada de jhu.edu
Matthew EscarraProfessor of Physics and Engineering Physics, Tulane UniversityDirección de correo verificada de tulane.edu
Anthony HoffmanUniversity of Notre DameDirección de correo verificada de nd.edu
Isaac LuxmooreResearch Fellow, University of ExeterDirección de correo verificada de exeter.ac.uk
Xianglong MiaoUniversity at BuffaloDirección de correo verificada de buffalo.edu
Nyan AungPrinceton UniversityDirección de correo verificada de princeton.edu
Mariano TroccoliEvolution Photonics Inc.Dirección de correo verificada de evolutionphotonics.com
Puspita PaulPhD Candidate, University at BuffaloDirección de correo verificada de buffalo.edu
John L RenoSandia National Laboratories, University of Illinois at Chicago, Center for IntegratedDirección de correo verificada de sandia.gov
Igal BrenerSenior Scientist, Sandia National LabsDirección de correo verificada de sandia.gov
Tetiana SlipchenkoPhD, INMA(CSIC)-Universidad de Zaragoza, SpainDirección de correo verificada de unizar.es
Luis Martin-MorenoInstituto de Nanociencia y Materiales de Aragón, CSIC-Universidad de ZaragozaDirección de correo verificada de unizar.es
Alexey KuzmenkoGroup leader, University of GenevaDirección de correo verificada de unige.ch
Sergey A. MikhailovDr Physik, Privatdozent, University of AugsburgDirección de correo verificada de physik.uni-augsburg.de
Zheng, Mei CElectrical Engineering, Princeton UniversityDirección de correo verificada de princeton.edu
Sheng LiuAppleDirección de correo verificada de sandia.gov
Penglei LiUniversity of BathDirección de correo verificada de ucl.ac.uk
Anna MichelWoods Hole Oceanographic InstitutionDirección de correo verificada de whoi.edu

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Peter Qiang Liu

University at Buffalo (SUNY Buffalo)

Dirección de correo verificada de buffalo.edu

Mid-IR &THz Optoelectronics & Photonics Graphene & 2D Materials Strongly Correlated Electron Materials Chemical & Bio-Sensing


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Highly tunable hybrid metamaterials employing split-ring resonators strongly coupled to graphene surface plasmons PQ Liu, IJ Luxmoore, SA Mikhailov, NA Savostianova, F Valmorra, J Faist, ... Nature Communications 6, 8969, 2015	235	2015
Highly power-efficient quantum cascade lasers PQ Liu, A Hoffman, M Escarra, K Franz, J Khurgin, Y Dikmelik, X Wang, ... Nature Photonics 4 (2), 95-98, 2010	220	2010
Highly power-efficient quantum cascade lasers PQ Liu, AJ Hoffman, MD Escarra, KJ Franz, JB Khurgin, Y Dikmelik, ... Nature Photonics 4 (2), 95-98, 2010	217	2010
Electrically controlled terahertz magneto-optical phenomena in continuous and patterned graphene JM Poumirol, PQ Liu, TM Slipchenko, AY Nikitin, L Martin-Moreno, J Faist, ... Nature Communications 8, 14626, 2017	120	2017
Role of interface roughness in the transport and lasing characteristics of quantum-cascade lasers JB Khurgin, Y Dikmelik, PQ Liu, AJ Hoffman, MD Escarra, KJ Franz, ... Applied Physics Letters 94 (9), 091101, 2009	116	2009
Strong coupling in the far-infrared between graphene plasmons and the surface optical phonons of silicon dioxide IJ Luxmoore, CH Gan, PQ Liu, F Valmorra, P Li, J Faist, GR Nash ACS Photonics 1 (11), 1151-1155, 2014	99	2014
Graphene–Metamaterial Photodetectors for Integrated Infrared Sensing IJ Luxmoore, PQ Liu, P Li, J Faist, GR Nash ACS Photonics 3 (6), 936-941, 2016	85	2016
Importance of interface roughness induced intersubband scattering in mid-infrared quantum cascade lasers YT Chiu, Y Dikmelik, PQ Liu, NL Aung, JB Khurgin, CF Gmachl Applied Physics Letters 101 (17), 171117, 2012	74	2012
Electrically tunable graphene anti-dot array terahertz plasmonic crystals exhibiting multi-band resonances PQ Liu, F Valmorra, C Maissen, J Faist Optica 2 (2), 135-140, 2015	61	2015
High-sensitivity nanophotonic sensors with passive trapping of analyte molecules in hot spots X Miao, L Yan, Y Wu, PQ Liu Light: Science & Applications 10 (1), 5, 2021	59	2021
Quantum cascade laser open-path system for remote sensing of trace gases in Beijing, China APM Michel, PQ Liu, JK Yeung, P Corrigan, ML Baeck, Z Wang, T Day, ... Optical Engineering 49 (11), 111125-111125-8, 2010	53	2010
Nonlinear terahertz metamaterials with active electrical control GR Keiser, N Karl, PQ Liu, C Tulloss, HT Chen, AJ Taylor, I Brener, ... Applied Physics Letters 111 (12), 121101, 2017	38	2017
Multilayer Graphene Terahertz Plasmonic Structures for Enhanced Frequency Tuning Range G Li, V Semenenko, V Perebeinos, PQ Liu ACS Photonics 6 (12), 3180-3185, 2019	34	2019
Magnetoplasmonic enhancement of Faraday rotation in patterned graphene metasurfaces M Tamagnone, TM Slipchenko, C Moldovan, PQ Liu, A Centeno, ... Physical Review B 97 (24), 241410, 2018	33	2018
Single-mode quantum cascade lasers based on a folded Fabry-Perot cavity PQ Liu, X Wang, JY Fan, CF Gmachl Applied Physics Letters 98 (6), 061110, 2011	32	2011
Design and deployment of a quantum cascade laser absorption spectrometer in an open-path sensor system for trace gas analysis APM Michel, PQ Liu, JK Yeung, P Corrigan, ML Baeck, X Pan, H Dong, ... 2009 Conference on Lasers and Electro-Optics and 2009 Conference on Quantum …, 2009	32*	2009
High power spiral cavity quantum cascade superluminescent emitter MC Zheng, NL Aung, A Basak, PQ Liu, X Wang, JY Fan, M Troccoli, ... Optics Express 23 (3), 2713-2719, 2015	31	2015
Single-mode quantum cascade lasers employing asymmetric Mach-Zehnder interferometer type cavities PQ Liu, X Wang, CF Gmachl Applied Physics Letters 101 (16), 161115, 2012	27	2012
Graphene Nanoribbon Plasmonic Conveyor Belt Network for Optical Trapping and Transportation of Nanoparticles PQ Liu, P Paul ACS Photonics 7 (12), 3456-3466, 2020	23	2020
Post-fabrication wavelength selection and spectral narrowing of Quantum Cascade lasers via application of a shallow distributed Bragg reflector A Sadeghi, PQ Liu, C Gmachl CLEO: Science and Innovations, CF3K. 4, 2012	23	2012

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