PUBLICATIONS

2022

Jacob Engelberg and Levy, Uriel . 2022. “Generalized Metric For Broadband Flat Lens Performance Comparison”. Nanophotonics, 11, 16, Pp. 3559-3574. . Publisher's Version

Generalized metric for broadband flat lens performance comparison.pdf

Zhengli Han, Frydendahl, Christian , Mazurski, Noa , and Levy, Uriel . 2022. “Mems Cantilever-Controlled Plasmonic Colors For Sustainable Optical Displays”. Science Advances, 8, 16, Pp. eabn0889. . Publisher's Version

sciadv.abn0889.pdf

Xiaolong Zhu, Engelberg, Jacob , Remennik, Sergei , Zhou, Binbin , Pedersen, Jonas Nyvold , Uhd Jepsen, Peter , Levy, Uriel , and Kristensen, Anders . 2022. “Resonant Laser Printing Of Optical Metasurfaces”. Nano Letters, 22, 7, Pp. 2786-2792. . Publisher's Version

Resonant Laser Printing of Optical Metasurfaces.pdf

Jacob Engelberg and Levy, Uriel . 2022. “Standardizing Flat Lens Characterization”. Nature Photonics, 16, 3, Pp. 171-173. . Publisher's Version

Standardizing_Flat_Lens_Characterization.pdf

Aharon Weiss, Frydendahl, Christian , Bar-David, Jonathan , Zektzer, Roy , Edrei, Eitan , Engelberg, Jacob , Mazurski, Noa , Desiatov, Boris , and Levy, Uriel . 2022. “Tunable Metasurface Using Thin-Film Lithium Niobate In The Telecom Regime”. Acs Photonics, 9, 2, Pp. 605-612. . Publisher's Version

tunable_metasurface_using_thin-film_lithium_niobate_in_the_telecom_regime.pdf

Shahar Edelstein, Indukuri, S.R.K. Chaitanya, Mazurski, Noa , and Levy, Uriel . 2022. “Waveguide-Integrated Mid-Ir Photodetector And All-Optical Modulator Based On Interlayer Excitons Absorption In A Ws2/Hfs2 Heterostructure”. Nanophotonics, 11, 19, Pp. 4337-4345. . Publisher's Version

10.1515_nanoph-2022-0203_2.pdf

2021

Jacob Engelberg and Levy, Uriel . 2021. “Achromatic Flat Lens Performance Limits”. Optica, 8, 6, Pp. 834-845. . Publisher's Version

achromatic_flat_lens_performance_limits.pdf

Roy Zektzer, Talker, Eliran , Barash, Yefim , Mazurski, Noa , Stern, Liron , and Levy, Uriel . 2021. “Atom-Photon Interactions In Atomic Cladded Waveguides: Bridging Atomic And Telecom Technologies”. Acs Photonics, 8, 3, Pp. 879-886. . Publisher's Version

atom-photon_interactions_in_atomic_cladded_waveguides_bridging_atomic_and_telecom_technologies.pdf

Yoel Sebbag, Talker, Eliran , Naiman, Alex , Barash, Yefim , and Levy, Uriel . 2021. “Demonstration Of An Integrated Nanophotonic Chip-Scale Alkali Vapor Magnetometer Using Inverse Design”. Light: Science & Applications, 10, Pp. 54. . Publisher's Version

demonstration_of_an_integrated_nanophotonic.pdf

Jacob B. Khurgin, Sebbag, Yoel , Edrei, Eitan , Zektzer, Roy , Shastri, Kunal , Levy, Uriel , and Monticone, Francesco . 2021. “Emulating Exceptional-Point Encirclements Using Imperfect (Leaky) Photonic Components: Asymmetric Mode-Switching And Omni-Polarizer Action”. Optica, 8, 4, Pp. 563-569. . Publisher's Version

emulating_exceptional-point_encirclements_using_imperfect_eaky_photonic_components_asymmetric_mode-switching_and_omni-polarizer_action.pdf

Christian Frydendahl, Indukuri, S.R.K. Chaitanya, Grajower, Meir , Mazurski, Noa , Shappir, Joseph , and Levy, Uriel . 2021. “Graphene Photo Memtransistor Based On Cmos Flash Memory Technology With Neuromorphic Applications”. Acs Photonics, 8, 9, Pp. 2659-2665. . Publisher's Version

graphene_photo_memtransistor_based_on_cmos_flash_memory_technology_with_neuromorphic_applications.pdf

Eliran Talker, Arora, Pankaj , Zektzer, Roy , Sebbag, Yoel , Dikopltsev, Mark , and Levy, Uriel . 2021. “Light-Induced Atomic Desorption In Microfabricated Vapor Cells For Demonstrating Quantum Optical Applications”. Physical Review Applied, 15, 5, Pp. L051001. . Publisher's Version

Light-Induced Atomic Desorption in Microfabricated Vapor Cells for Demonstrating Quantum Optical Applications.pdf

Roy Zektzer, Mazurski, Noa , Barash, Yefim , and Levy, Uriel . 2021. “Nanoscale Atomic Suspended Waveguides For Improved Vapour Coherence Times And Optical Frequency Referencing”. Nature Photonics , 15, Pp. 772-779. . Publisher's Version

Nanoscale atomic suspended waveguides for improved vapour coherence times and optical frequency referencing.pdf

Roy Zektzer, Mazurski, Noa , Barash, Yefim , and Levy, Uriel . 2021. “Nanoscale Atomic Suspended Waveguides For Improved Vapour Coherence Times And Optical Frequency Referencing”. Nature Photonics, 15, 10, Pp. 772-779. . Publisher's Version

s41566-021-00853-4_1.pdf

Eitan Edrei, Weiss, Aharon , Engelberg, Jacob , Zektzer, Roy , Mazurski, Noa , and Levy, Uriel . 2021. “Spectrally Gated Microscopy (Sgm) With Meta Optics For Parallel Three-Dimensional Imaging”. Acs Nano, 15, 11, Pp. 17375-17383. . Publisher's Version

Spectrally Gated Microscopy (SGM) with Meta Optics for Parallel Three-Dimensional Imaging.pdf

Moshe Katzman, Munk, Dvir , Priel, Maayan , Grunwald, Etai , Hen, Mirit , Inbar, Naor , Feldberg, Moshe , Sharabani, Tali , Zektzer, Roy , Bashan, Gil , Vofsi, Menachem , Levy, Uriel , and Zadok, Avi . 2021. “Surface Acoustic Microwave Photonic Filters In Standard Silicon-On-Insulator”. Optica, 8, 5, Pp. 697-707. . Publisher's Version

surface_acoustic_microwave_photonic_filters_in.pdf

Saswata Halder, Kessel, Amit , Mazurski, Noa , and Levy, Uriel . 2021. “Thermal Transport In Engineered Hybrid Organic&Ndash;Inorganic Perovskite Metasurfaces”. The Journal Of Physical Chemistry C, 125, 28, Pp. 15134-15144. . Publisher's Version

thermal_transport_in_engineered_hybrid_organic_inorganic.pdf

Kaili Sun, Zhao, Zongshan , Cai, Yangjian , Levy, Uriel , and Han, Zhanghua . 2021. “Ultra-Narrowband And Highly-Directional Thz Thermal Emitters Based On The Bound State In The Continuum”. Nanophotonics, 10, 16, Pp. 4035-4043. . Publisher's Version

Ultra-narrowband and highly-directional THz thermal emitters based on the bound state in the continuum.pdf

2020

Ido Cooperstein, Indukuri, S.R.K. Chaitanya, Bouketov, Alisa , Levy, Uriel , and Magdassi, Shlomo . 2020. “3D Printing Of Micrometer‐Sized Transparent Ceramics With On‐Demand Optical‐Gain Properties”. Advanced Materials, 32, 28, Pp. 2001675. . Publisher's Version

3d_printing_of_micrometer-sized_transparent_ceramics_with_on-demand_optical-gain_properties.pdf

$The advantages of metalenses over diffractive lenses$

Jacob Engelberg and Levy, Uriel . 2020. “The Advantages Of Metalenses Over Diffractive Lenses”. Nature Communications, 11, Pp. 1991. . Publisher's Version

the_advantages_of_metalenses_over_diffractive_lenses.pdf

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