ECIO 2020 was hosted by Paris-Saclay University, France.
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Programme
Heterogenous integration
| ID | Title | Presenter |
|---|---|---|
| S1.1 | Application of Magneto-optic Material to Silicon Photonic Integrated Circuits | Tetsuya Mizumoto |
| S1.2 | Hybrid silicon nitride-lithium niobate integrated platform for electro-optic conversion | Mikhail Churaev |
| S1.3 | Liquid crystal phase shifter integrated in a silicon photonics platform | Lukas Van Iseghem |
| S1.4 | Electro-Optic Slot Waveguide Phase Modulator in the IMOS platform(Student Paper) | A.A. Kashi |
| S1.5 | Erbium-doped oxide for optical gain on hybrid silicon photonics platforms (StudentPaper) | Alicia Ruiz-Caridad |
| S1.6 | Ultra-compact low-power hybrid VO2/Si waveguide switch (Student paper) | Jorge Parra |
Programmable reconfigurable integrated photonics and neural network 2020 ecio
| ID | Title | Presenter |
|---|---|---|
| S2.1 | Broadband Compact Single-Pole Double-Throw Silicon Photonic MEMS Switch (Student Paper) | Alain Y. Takabayashi |
| S2.2 | Application-specific Scaling in Programmable Photonic Circuits (Student Paper) | Iman Zand |
| S2.3 | Recursive MZI mesh for integral equation implementation (Student Paper) | Maziyar Milanizadeh |
Passive photonic integrated structures and new platforms 2020 ecio
| ID | Title | Presenter |
|---|---|---|
| S3.1 | Statistical analysis of passive components manufactured in a thick silicon nitride platform (Student Paper) | Juan Fernández |
| S3.2 | Polarization insensitive tunable hitless filter for extended C band (Student Paper) | Maziyar Milanizadeh |
| S3.3 | Building large scale photonic integrated circuits in suspended gallium arsenide: Passives | Pisu Jiang |
| S3.4 | 3D Photonic Integration: Cascaded 1×1 3D Multi-mode Interference Couplers for Vertical Multi-layer Connections | Madeleine Weigel |
| S3.5 | Silicon Nitride Waveguides and Spot Size Converters with < 1.76 dB Loss Over Broad Wavelength Range from 1010 nm to 1110 nm for OCT Applications | Piotr. J Cegielski |
Tranceiver and high speed devices 2020 ecio
| ID | Title | Presenter |
|---|---|---|
| S4.1 | Silicon Photonics DWDM NLFT Soliton Transmitter Implementation and Link Budget Assessment | A. Moscoso-Mártir |
| S4.2 | Tensile Strained Ge0.99 Si0.01 EA Modulator Arrays for Integrated Broadband Modulation | Danhao Ma |
Advances passive photonic devices ecio 2020
| ID | Title | Presenter |
|---|---|---|
| S5.1 | Discretely tunable optical delay lines using step-chirped subwavelength grating Bragg gratings (Student’s paper) | Hao Sun |
Integrated light source 2
| ID | Title | Presenter |
|---|---|---|
| S6.1 | Monolithically Integrated Tunable Comb Source using Gain Switched Slotted Fabry-P´erot Lasers (Student Paper) | John McCarthy |
| S6.2 | Heterogeneous integration of III-V materials on Silicon photonic platforms: In the quest for high power, single-longitudinal mode and widely tuneable on-chip laser diodes Student Paper | P. Fanneau |
Optomechanics and on chip plasmonics
| ID | Title | Presenter |
|---|---|---|
| S7.1 | Generation of a compact oscillator using self-injected piezoelectric optomechanical crystal | Aude Martin |
| S7.2 | Subwavelength engineering for Brillouin gain optimization in silicon optomechanical waveguides | Jianhao Zhang |
| S11.1 | Frequency comb and microwave generation with a full phononic bandgap1D optomechanical crystal cavity (Student Paper) | L. Mercad ́e |
Sensing spectroscopy and biophotonics
| ID | Title | Presenter |
|---|---|---|
| S8.1 | Integrated Photonic Lantern for Speckle Spectroscopy Student Paper | Dan Yi |
| S8.2 | Tunable optical dual-comb experiments using silicon Mach-Zehnder modulators(Student Paper) | Lucas Deniel |
| S8.3 | Realization of a Hybrid Integrated Diode laser for Visible Light Student Paper | Albert van Rees |
| S8.4 | Highly Sensitive and Fast Responsive Photonic Integrated Relative Humidity Sensor using Porous SiO2 Cladding Student Paper | Mahir Asif Mohammed |
| S8.5 | Real-time functionalization and biosensing in subwavelength grating bimodal waveguides(Student paper) | Luis Torrijos-Mor ́an |
Integrated non lineair photonics
| ID | Title | Presenter |
|---|---|---|
| S9.1 | Monolithic piezoelectric control of soliton microcombs(Student Paper) | Junqiu Liu |
| S9.2 | Microresonator Soliton based parallel FMCW LiDAR | Anton Lukashchuk |
| S9.3 | A hybrid chalcogenide-on-silicon platform for non linear photonics | Samuel Serna |
Mid ir photonics
| ID | Title | Presenter |
|---|---|---|
| S10.1 | Widely Tunable 2.6 μm GaSbDiode Lasers UtilizingDiffraction Gratings or Silicon Photonics Reflectors (Student Paper) | Samu-Pekka Ojanen |
| S10.2 | Dispersion Trimming for Mid-Infrared Supercontinuum Generation in Silicon-Germanium on Silicon Wave guides (Student paper) | Alberto Della Torre |
| S10.3 | Optical modulation from 5 to 11 μm wavelength range using Ge-rich graded SiGe waveguides Student paper | Miguel Montesinos-Ballester |
Transreceivers and high speed devices
| ID | Title | Presenter |
|---|---|---|
| S12.1 | Silicon-germanium p-i-n photodiodes with double heterojunction: high-speed operation at 10Gbps and beyond | Daniel Benedikovic |
| S12.2 | 240 Gb/s (8×30 Gb/s) Directly Modulated Transmitter Monolithically Integrated on InPG. | Contestabile |
Integrated lightsource 2020 ecio
| ID | Title | Presenter |
|---|---|---|
| S13.1 | Study of hybrid silicon quantum dot frequency comb laser dynamic for 5G and datacom applications | Bozhang Dong |
| S13.2 | Frequency Modulated Continuous Wave Narrow Linewidth Laser Diode Based on Self-injection locking with External Micro-ring Resonator | Liwei Tang |
| S13.3 | Single-mode and multi-mode DBR lasers using InP-Si3N4/SiO2 integration (Student paper) | S. Boust |
Integrated quantum optics 2020 ecio
| ID | Title | Presenter |
|---|---|---|
| S14.1 | Near-optimal Sources of Single Photons in Silicon Quantum Photonics based on Intermodal Spontaneous Four-Wave-Mixing (Student) | Alexandre Maïnos |
| S14.2 | Silicon source providing multi-spectral photon pairs with high-quality entanglement | Dorian Oser |
| S14.3 | Monolithically integrated differential phase shift transmitter for quantum key distribution | H. O. Çirkinoglu |
Advances passive photonic devices 2020 ecio
| ID | Title | Presenter |
|---|---|---|
| S15.1 | Ultra-Broadband Passive Phase Shifter Using Anisotropic Subwavelength Metamaterials | David González-Andrade |
| S15.2 | Independent phase matching for TE and TM polarization in directional couplers with tilted subwavelength structures (Student Paper) | José Manuel Luque-González |
| S15.3 | Dual-metamaterial silicon micro-ring resonators (Student Paper) | T. T. D. Dinh |
| S15.4 | Bridging the Graded-Index Few-Mode Fibre with Photonic Integrated Circuits via Efficient Diffraction Waveguide Gratings (Student Paper) | Yeyu Tong |
Poster 1 light sources and amplifiers
| ID | Title | Presenter |
|---|---|---|
| S16.1 | Dual wavelength Y-junction glass integrated waveguides for mm-wavecarrier generation | Arab N |
| S16.2 | Low Polarization Sensitive Semiconductor Optical Amplifier Co-Integrated with Passive Waveguides for Optical Datacom and Telecom Networks Student Paper | Aref Rasoulzadeh Zali |
| S16.3 | Bifurcation and Chaotic Behavior of Feedback Semiconductor Lasers Operating in the Full Range of External Reflectivity | Qin Zou |
| S16.4 | Narrow-Linewidth DBR Laser Using Open-Access High-Precision Gratingin InP PIC Generic Foundry Platform | Julio Darío López |
| S16.5 | Design of hybrid lasers for silicon photonics: efficiency, optical feedback tolerance and laser dynamics | Mariangela Gioannini |
| S16.6 | Design of III-V on Silicon OpticalSwitch based on Mach-ZehnderandSOA Switching Elements | Junfei Xia |
| S16.7 | Manufacture-compliant InP-based metal cavity nanolaser designStudent Paper | E. Malysheva |
| S16.8 | Monolithically Integrated Wavelength Tunable Dual Comb Source usingGain Switching(Student Paper) | Jack Mulcahy |
| S16.9 | Perovskite Nanocrystals:an Active Material for Integrated Optics(Student Paper | Juan Navarro-Arenas |
| S16.10 | An Accurate Characterization Method for Polarization Converters on theIndium Phosphide Membrane on Silicon Platform(Student Paper) | Sander Reniers |
| S16.11 | Hybrid Integration of aSingle-Frequency Ring Laser withaMicroelectronic Driver | Stanisław Stopiński |
| S16.12 | Prospect for compact on-chiplasing with hybriderbium-doped siliconintegration(Student Paper) | ZhengruiTu |
Poster 2 new technology new materials new modelling for non linear and passive devices
| ID | Title | Presenter |
|---|---|---|
| S17.1 | Low-loss single-mode waveguides operating at UV/violet wavelengths and fabricated with contactoptical lithography Student Paper | Chupao Lin |
| S17.2 | Ultra-wide band inter-mode four-wave mixingin sub-wavelength silicon waveguides | Jianhao Zhang |
| S17.3 | Two-process frequency conversion under stimulated Raman adiabatic passage via a continuum of dark intermediate modes | Pragati Aashna |
| S17.4 | Characterization of an Er3+/Yb3+Codoped Two CoreIntegrated Waveguide Femtosecond Laser written in a Phosphate Glass (Studentpaper) | BenedictoD |
| S17.5 | Amorphous chalcogenide thin filmsfor nonlinear integrated optics in mid-infrared | J.-B. Dory |
| S17.6 | Polarization-selective defect mode suppression in a deterministic aperiodic photonic crystal through plasmon excitation in an embedded array of metallic nanoparticles | Student Paper Glukhov I.A. |
| S17.7 | High refractive index low-loss aluminium oxidewaveguides(Student Paper) | W.A.P.M. Hendriks |
| S17.8 | Quantum Well Intermixing of InP-Based AlInGaAs Quantum Wells Using IFVD Technique and the Mask Boundary Effect | Zhengkai Jia |
| S17.9 | Robust Architecture for Programmable Universal Unitaries | I.V. Kondratyev |
| S17.10 | Phase composition and electro-optic properties of channel proton-exchanged LiNbO3waveguides | S.M. Kostritskii |
| S17.11 | The Aperiodic DM-FFF compared to the A-FMM: A Rigorous Method forthe Modeling of Guided Optical StructuresStudent Paper | Habib Mohamad |
| S17.12 | Er3+doped Silica-on-Siliconusing fs-laserdopingprocess for Integrated Waveguide AmplifierPlatforms ‘Student Paper’ | Paramita Pal |
| S17.13 | Kerr effect enhancement through hybrid integration of 2D materials on thesilicon platformStudent Paper | Vincent Pelgrin |
| S17.14 | Multi Mode Interferometer plus simplified coherent coupling to design asmall footprint SOI power splitter | R.Peyton |
| S17.15 | Polarization splitter based on form birefringence for micron-scale Silicon photonics(Student Paper) | Dura Shahwar |
| S17.16 | Valley-polarized beam propagation in metallic photonic graphene | Kang WangUniversit ́e Paris-Saclay |
Poster 3 optoelectronic devices and integrated photonic circuits ecio 2020
| ID | Title | Presenter |
|---|---|---|
| S18.1 | Microwave model for optimizing electro-optical modulation response of the Mach-Zehnder modulator | A. Meighan |
| S18.2 | Modeling of plasmonic organic hybrid E/O modulators: towards a comprehensive 3D simulation framework | Alberto Tibaldi |
| S18.3 | InP-based integrated OLT and ONU with cyclic AWG for WDM-PON Student Paper | Aleksandra Paśnikowska |
| S18.4 | Fast Silicon Photonics Wavelength-Selective Phase Shifter | C. Porzi |
| S18.5 | Strain-induced electro-optical effect in silicon Mach-Zehnder modulators (Student paper) | Christian Lafforgue |
| S18.6 | LiNbO3 V-Groove Fabrication for Optical Fibre Pigtailing (Student Paper) | Ercan Karagöz |
| S18.7 | Cryogenic operation of a polarisation cinverter and directional coupler in LiNbO3 for quantum circuits (student paper) | Frederik Thiele |
| S18.8 | Design of an Integrated Optical Circuit for Generation of Optical Vortex | Mihai Kusko |
| S18.9 | Compact InP Wavelength Blocker based on a Single AWG and SOA gates for Metro Networks | N. Tessema |
| S18.10 | Enhanced Optical Readout in Resistive Memory Through Plasmonic Amplification (Student Paper) | Rahul D. Mishra |
| S18.11 | Side Mode Suppression Ratio Reduction in Mach-Zehnder Modulators Using Slow-Light Waveguides | Reza Hosseini |
| S18.12 | Integrated Microwave Photonic Signal Generation System based on the External Modulation Technique | Robinson Guzman |
| S18.13 | Optical fiber-to-chip assembly process for ultra-low loss photonic devices based on silicon nitride for space applications | A. Brimont |
Poster 4 sin devices resonator ecio 2020
| ID | Title | Presenter |
|---|---|---|
| S19.1 | First results on an electro-optic visible multi-telescope beam combiner for next generation FIRST/SUBARU instruments | G. Martina |
| S19.2 | Guided-Wave, Electro-Optic Electric-Field Sensors Utilizing Ti Diffused Lithium-Niobate (Ti:LiNbO3) Channel Waveguides | Hongsik Jung |
| S19.3 | Optimized low-loss integrated photonics silicon-nitride Y-branch splitter | I.A. Krutov |
| S19.4 | Chiroptical Applications Enabled by Integrated Photonic Waveguides (Student Paper) | J. Enrique V´azquez-Lozano |
| S19.5 | Light-Intensity Distributions in Distributed-Feedback Resonators | Jerry Yeung |
| S19.6 | Silicon nitride passive photonic platform for applications at visible wavelengths: design, fabrication and characterization (Student Paper) | Marcin Lelit |
| S19.7 | Fabrication of Silicon Nitride PIC by Laser Direct Writing | Mauricio Tosi |
| S19.8 | FSR free coupled microring resonator filter on extended C-band in silicon photonics (Student Paper) | Maziyar Milanizadeh |
| S19.9 | Self-referenced Sensing in Microring Resonators | Nirmalendu Acharyya |
| S19.10 | Enabling High-Resolution Fluorescence Microscopy and Detection using Integrated Photonics | N. Verellen |
| S19.11 | CMOS Compatible Thermal Management Solutions for Silicon Photonic Optical Phased Arrays | Pedro-Andrei Krochin-Yepez |
| S19.12 | PECVD SiN photonic integrated circuit for swept source OCT at 840 nm (Student Paper) | Nevlacsil S. |
Transferred from the official ECIO conference archive; presenter names are shown as listed in the original programme.