ECIO 2016 was hosted by Warsaw University of Technology, Poland.
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Programme
Ecio owtnm plenary joint session
| ID | Title | Presenter |
|---|---|---|
| S1.1 | Tunable photonic integrated toolbox: from realistic models to control algorithm | Andrea MELLONI* |
| S1.2 | Light interaction with resonance | Philippe LALANNE |
| S1.3 | Challenges for Designing Large-scale Integrated Photonics | Wim BOGAERTS |
Plenary session 2
| ID | Title | Presenter |
|---|---|---|
| S2.1 | Nanoparticles-based Liquid Crystals Integrated with Photonic Crystal Fibers | Tomasz R. WOLIŃSKI |
| S2.2 | Multimodal Photonic Crystal Biosensors | Thomas F. KRAUSS* |
| S2.3 | GVD control of low loss slot photonic crystal waveguides for hybrid silicon photonics | Samuel Serna |
Plenary session 3
| ID | Title | Presenter |
|---|---|---|
| S3.1 | InP-based Photonic Integration: Achievements and Opportunities | Michael WALE |
| S3.2 | Glass and Glass-Ceramic Photonic Systems | Anna LUKOWIAK |
Plenary session 4
| ID | Title | Presenter |
|---|---|---|
| S4.1 | Quantum state generation via integrated frequency combs | Piotr ROZTOCKI |
Plenary session
| ID | Title | Presenter |
|---|---|---|
| S5.1 | Prospects for InP-based integrated photonics | Meint K. SMIT |
| S5.2 | Plasmonics – a Technology for Microscale High-Speed Integrated Optics | Juerg LEUTHOLD |
| S5.3 | Monolithically integrated coupled-cavity quantum cascade lasers | M. BUGAJSKI |
Poster session
| ID | Title | Presenter |
|---|---|---|
| S6.1 | Sol-gel derived rib waveguides for evanescent wave spectroscopy | Cuma TYSZKIEWICZ* |
| S6.4 | Integrated optical time division reflectometer | Stanisław STOPIŃSKI* |
| S6.5 | Lossy Metallic Micro/Nano-Structures for Solar Thermal Applications | S. NÚÑEZ-SÁNCHEZ |
| S6.8 | Near-stoichiometric Ti:D:LiNbO3 (D = Mg2+, Sc3+, Ga3+, Zr4+) Optical Waveguides for Integrated Optics | De-Long Zhang |
| S6.10 | Threshold Analysis of 2-D Gain and Index Coupled Photonic Crystal Lasers | Marcin KOBA |
| S6.11 | Integrated Photonic Lithium-Niobate Electric-Field Sensor utilizing a Y-fed Balanced-Bridge(YBB) MachZehnder Interferometric Modulator | Hongsik Jung |
| S6.12 | Pareto optimization of group delay response of apodized tapered fibre gratings | Konrad MARKOWSKI |
| S6.14 | White luminescence in borate and phosphate glasses containing lead | Marta SOŁTYS |
Laser light sources
| ID | Title | Presenter |
|---|---|---|
| S7.1 | Direct Integration of Quantum Dot Lasers on Silicon | Alwyn SEEDS |
| S7.2 | Mode locked laser systems on InP integration technology platforms | Erwin Bente |
| S7.3 | Monolithically Integrated Lasers for Comb Generation in Bandwidth Variable Transponders | M. Deseada GUTIERREZ |
| S7.4 | Integrated Long Cavity Mode Locked Ring Laser | Vinicio CORRAL |
| S7.5 | High-Speed Direct Modulation of Waveguide-Coupled Metal-Cavity Nano-Light-Emitting Diodes | B. ROMEIRA* |
| S7.6 | Multi-Wavelength Lasing with SOA and AWG for Linear-Cavity Fiber Sensor | Mao OKADA |
| S11.1 | Coherence Comb Laser Sources: Quantum Dots, Packaging and Active Control | Zhenguo LU |
| S11.2 | Indium phosphide monolithic photonic integrated circuits for gas sensing applications | S. Latkowski |
| S11.3 | Development of active-passive regrowth for buttcoupled lasers in membrane photonic integrated circuits | Vadim POGORETSKIY* |
| S11.4 | On-Chip Multiple Colliding Pulse Mode-Locked Laser for Millimeter and Terahertz Wave Generation | Carlos D. GORDON |
Simulations modelling
| ID | Title | Presenter |
|---|---|---|
| S8.1 | Analysis of Quantum Dot Single Section FP Lasers for Comb Spectra Generation | Mariangela GIOANNINI |
| S8.2 | Rate-Equation Analysis for an Integrated Coupled- Cavity Laser with MMI Anti-Phase Coupler | Daan LENSTRA Eindhoven University of Technology |
| S8.3 | Angled 3D Glass-to-SiPh adiabatic coupler | Giannis POULOPOULOS |
| S8.4 | Optimization of Silicon Photonic Components using Multi-Fidelity Simulations and Co-Kriging | Pierre WAHL |
| S8.5 | Feedback-Insensitive Integrated Laser | Perry van SCHAIJK* |
Company session
| ID | Title | Presenter |
|---|---|---|
| S9.1 | Laser soldering for highest-accuracy passive bonding applications | Moritz SEYFRIED* |
| S9.2 | Integratated IR detection modules | Maciej FIMIARZ* |
| S9.3 | High Fidelity Electron Beam Lithography for Photonic Devices | Martin KIRCHNER |
| S9.5 | PICs in Terabit Networks | Marcin TOMKIEWICZ |
Passive components devices
| ID | Title | Presenter |
|---|---|---|
| S10.1 | Optical Isolators for Photonic Integrated Circuits | Martijn J. R. HECK |
| S10.2 | Engineering the optical characteristics of waveguide grating couplers | Hon Ki TSANG |
| S10.3 | Electro-optic Long Period Ti:LiNbO3 Waveguide Gratings in Parallel for Broadband Filtering | De-Long Zhang |
| S10.4 | Critical coupling enhanced refractive index sensing in SOI slot microring resonators | Weiwei Zhang* |
| S10.5 | Integrated polarization controller with 40 dB polarization extinction ratio range in the C-Band | Jose D. SARMIENTO-MERENGUEL |
| S12.1 | Waveguide coupled high-Q micro-optical resonators | Simone BERNESCHI |
| S12.2 | Highly-Efficient Subwavelength Engineered Grating Couplers for Silicon-on-Insulator Waveguides | D. Benedikovic |
| S12.3 | Optical frequency domain reflectometry for characterization of waveguide crossings | Dan ZHAO |
| S12.4 | Highly efficient nonlinear waveguides in LiNbO3 fabricated by a combination of Soft Proton Exchange (SPE) and E-beam writing. | Maxim NERADOVSKIY |
Technology platforms
| ID | Title | Presenter |
|---|---|---|
| S13.1 | A new hybrid fibre / planar platform for optics, offering ultralow loss and robust integration | Peter G.R. SMITH* |
| S13.2 | Overview of Laser Sources for Silicon Photonic Transceivers | Sylvie MENEZO |
| S13.3 | High-Optical-Quality Oxide-Free InP-on-Si Hybrid Interface | Anne Talneau |
| S13.4 | CMOS-compatible low-loss silicon nitride waveguide integration platform for interferometric sensing | Paul MUELLNER |
| S13.5 | Euler bends and TIR mirrors for ultra-dense PIC integration on SOI | Timo AALTO |
| S13.6 | Buried heterostructures for deep UV lithography | Valeria RUSTICHELLI |
| S15.5 | Double-sided processing for membrane-based photonic integration | Longfei SHEN |
Active devices
| ID | Title | Presenter |
|---|---|---|
| S16.5 | Fast and Energy Efficient Micro-Ring-Resonator-Based 4×4 InP Switch Matrix | Ripalta STABILE* |
Paradigm
| ID | Title | Presenter |
|---|---|---|
| S17.1 | A New Approach to Designing Polarization Rotating Waveguides | Moritz BAIER* |
| S17.2 | COBRA long wavelength active-passive monolithic photonic integration technology platform | S. Latkowski |
| S17.3 | Low-Energy, Dilated 4×4 Hybrid MZI-SOA Cross-point Optical Switch | M. DING |
| S17.4 | Design environment for active photonic integrated circuits improves the DML | D. GALLAGHER |
| S17.5 | InP-based Photonic Integration Platform: Status and Prospects | Victor DOLORES-CALZADILLA* |
| S17.6 | Unidirectional Operation of a Monolithically Integrated Mode locked Semiconductor Ring Laser | Shuxuan Zhu |
Transferred from the official ECIO conference archive; presenter names are shown as listed in the original programme.