ECIO 2018 was hosted by Universitat Politècnica de València, Spain.
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Programme
Plenary the raise of photonic integration
| ID | Title | Presenter |
|---|---|---|
| S1.1 | We.1.1. 8-Invited Paper, Delphine Marris-Morini (Univ. Paris-Sud), “Chip-scale integrated photonics for the mid-infrared” | Delphine Marris-Morini |
| S1.2 | We.1.2. 22-Invited Paper, Tin Komljenovic (UCSB), “Heterogeneous large-scale photonic integration for communications and beyond” | Tin Komljenovic |
| S1.3 | We.1.3. 30-Invited Paper, Michale Liehr (AIM Photonics) Silicon photonics open access in US | Michael Liehr |
High sensitivity photonic configurations biochemical detection
| ID | Title | Presenter |
|---|---|---|
| S2.1 | Fr.1.A.1 26 Invited Paper, Jaime Garcia, Nanophotonics Technology Center, High sensitivity photonic configurations for biochemical detection | Jaime García-Rupérez |
| S2.2 | Fr.1.A.2 138-Regular Paper, Towards Photonic Biosensing using a Three-Port Mach-Zehnder Interferometer in a Silicon Nitride Platform | Jonas Leuermann |
| S2.3 | Fr.1.A.3 125-Regular Paper, Ultra-compact label-free silicon-nanoantenna-based optofluidic microflow cytometer with a high signal-to-noise ratio | Sergio Lechago |
| S2.4 | Fr.1.A.4 28-Invited Paper, Balpreet S. Ahluwalia (University of Norway), ‘Nanoscopy-on-a-chip high-throughout super-resolution imaging’ | Øystein Ivar Helle |
Plenary science research hightlights
| ID | Title | Presenter |
|---|---|---|
| S3.1 | Fr.2.1 6-Invited Paper, Mark Wade (Ayar Labs), “Zero-change photonic integration for co-integration with CMOS electronics” | Mark Wade |
| S3.2 | Fr.2.2 16-Invited Paper, Weidong Zhou (Univ. Texas Arlington), “Printed active hybrid photonic crystal devices for 3D integrated photonics” | Weidong Zhou |
| S3.3 | Fr.2.3 31-Invited Paper, J. Capmany, (Universitat Politècnica de València) ‘The COST CA16220 Action European Network on High performance Integrated Microwave Photonics’ | Daniel Pérez |
Rf thz photonics
| ID | Title | Presenter |
|---|---|---|
| S4.1 | Fr.1.B.1 66-Regular Paper, Analysis of the Operation of an Integrated Unidirectional Phase Modulator | T. T. M. van Schaijk |
| S4.2 | Fr.1.B.2 67-Regular Paper, Low loss transmission lines in COBRA generic photonic integration platform | Marija Trajkovic |
| S4.3 | Fr.1.B.3 29-Invited Paper, Guillermo Carpintero (Universidad Carlos III), “The future of THz integrated photonics” | Guillermo Carpintero |
| S4.4 | Fr.1.B.4 91-Regular Paper, Integrated Passband Optical Filter with High-Order Phase-Shifted Bragg Grating in Silicon-on-Insulator Technology | Claudio Porzi |
| S4.5 | Fr.1.B.5 101-Regular Paper, Silicon Micro-ring Resonator Integrated in an Optoelectronic Oscillator System | Phuong T. Do |
From monolithic to heterogeneous and hybrid integration
| ID | Title | Presenter |
|---|---|---|
| S5.1 | Th.1.A.1 5-Invited Paper, Milan Mashanovitch (Freedom Photonics), “Novel high-performance lasers in InP” | Dr. Milan L. Mashanovitch Freedom Photonics LLC |
| S5.2 | Th.1.A.2 96-Regular Paper, Gain characteristics of 1.3µm GaInNAs-GaAs quantum wells monolithically integrated on Ge | Jukka Viheriälä |
| S5.3 | Th.1.A.3 79-Highly Rated Paper, 100 Gb-s Duobinary Electro-Absorption Modulation of a Heterogeneously Integrated InP-on-Si DFB Laser Diode | Amin Abbasi |
| S5.4 | Th.1.A.4 21-Invited Paper, Tomohiro Amemiya (Tokyo Institute of Technology), “Semiconductor membrane lasers” | Tomohiro Amemiya |
| S5.5 | Th.1.A.5 15-Invited Paper, Brian Corbett (Tyndall Institute), “Micro-transfer printing for advanced scalable hybrid photonic integration” | R. Loi |
Plenary photonic integration technologies platforms applications
| ID | Title | Presenter |
|---|---|---|
| S6.1 | Th.3.1 2-Invited Paper, Gloria Hoefler (Infinera), “Large scale InP photonic integrated circuits (PICs)” | G. E. Hoefler |
| S6.2 | Th.3.2 10-Invited Paper, Tobias Kippenberg, EPFL, “Optical frequency combs technologies for generation and applications” | Maxim Karpov |
| S6.3 | Th.3.3 9-IP, Caterina Ciminelli (Polit. Bari), “Silicon photonics biosensors” | C. Ciminelli |
| S6.4 | Th.3.4 14-Invited Paper, Joyce Poon (Univ. Toronto), “Monolithically Integrated 3D Silicon Photonic Platforms” | Joyce K. S. Poon |
Programmable and reconfigurable pics
| ID | Title | Presenter |
|---|---|---|
| S7.1 | We.3.A.1. 11-Invited Paper, Wim Bogaerts (Univ. Gent), “Programmable photonic integrated circuits” | Wim Bogaerts |
| S7.2 | We.3.A.2. 86-Regular Paper, Ultra-low-power stress-based integrated photonic phase actuator | Jörn P. Epping |
| S7.3 | We.3.A.3. 109-Regular Paper, Automatic Hitless Tuning of Third Order Micro-Ring Resonator Add-Drop Filters | Maziyar Milanizadeh |
| S7.4 | We.3.A.4. 131-Regular Paper, On-chip full-field test engine for photonic integrated devices based on optical frequency domain reflectometry technique | Luis A. Bru |
| S7.5 | We.3.A.5. 64-Regular Paper, Matrix Addressing Silicon Photonics Phase Shifters using Heaters with Integrated Diodes | Antonio Ribeiro |
| S7.6 | We.3.A.6. 105-Regular Paper, A tuning method for photonic integrated circuits in presence of thermal cross talk | Maziyar Milanizadeh |
Quantum integrated photonics
| ID | Title | Presenter |
|---|---|---|
| S8.1 | We.2.A.1. 13-Invited Paper, Yasuhiko Arakawa (Univ. of Tokyo), “Quantum nanostructures and photonic devices” | Yasuhiko Arakawa |
| S8.2 | We.2.A.2. 61-Highly Rated Paper, Quantum Photonic Processor based on Silicon Nitride Waveguides | Caterina Taballione |
| S8.3 | We.2.A.3. 47-Highly Rated Paper, Tilted-potential Photonic Crystal Cavities for Integrated Quantum Photonics | A. Delgoffe |
| S8.4 | We.2.A.4. 27-Invited Paper, Carlos Abellan (Quside), “Photonic integration of quantum random number generators” | C. Abellan |
| S8.5 | We.2.A.5. 20-Invited Paper, Carsten Schuck (Univ. Munster), “Integrated quantum photonics” | Carsten Schuck |
Si photonics for tele datacom
| ID | Title | Presenter |
|---|---|---|
| S9.1 | Th.2.A.1 3-Invited Paper, Charles Baudot (STMicroelectronics), “High-speed Si transceiver for datacom applications” | Charles Baudot |
| S9.2 | Th.2.A.2 84-Highly Rated Paper, Low-threshold and High-speed Quantum-dot Microring Lasers on Silicon | Chong Zhang |
| S9.3 | Th.2.A.3 103-Highly Rated Paper, InAs-GaAs quantum dot 1.3 um DFB laser heterogeneously integrated on a silicon waveguide circuit | Sarah Uvin |
| S9.4 | Th.2.A.4 7-Invited Paper Michal Lipson (Columbia Univ.), “Next generation Silicon Photonics” | Michal Lipson |
| S9.5 | Th.2.A.5 44-Regular Paper, O-Band QPSK modulation based on a silicon dual-drive Mach-Zehnder | Diego Pérez-Galacho |
| S9.6 | 39 Th.2.A.6 39-Highly Rated Paper, Dual-polarization O-band silicon nitride Bragg filters with high extinction ration | Elena Durán-Valdeiglesias |
Spectroscopy
| ID | Title | Presenter |
|---|---|---|
| S10.1 | We.2.B.1. 129-Regular Paper, The performance of High-Index-Contrast Photonics Platforms for On-Chip Raman Spectroscopy | A. Raza |
| S10.2 | We.2.B.2. 45-Regular Paper, On-Chip Vernier Filtering of Colliding Pulse Mode-Locked Laser Coupled with Fabry-Pérot Feedback Cavity via MMI Reflector | Mu-Chieh Lo |
| S10.3 | We.2.B.3. 4-Invited Paper, Alan Scott (Honeywell), “A Compressive Sensing Integrated Fourier Raman Spectrometer” | Alan Scott |
| S10.4 | We.2.B.4. 119-Highly Rated Paper, Integrated Silicon-on-Insulator AWG Spectrometer with Single Pixel Readout for 2.3 um Spectroscopy Applications | Anton Vasiliev |
| S10.5 | We.2.B.5. 74-Regular Paper, Integrated Al2O3-Yb3+ Microring Laser for On-Chip Active Sensing in an Aqueous Environment | Michiel de Goede |
Subwavelength plasmonics metamaterials
| ID | Title | Presenter |
|---|---|---|
| S11.1 | Th.1.B.1 73-Regular Paper, Water-loaded plasmonic stripe integrated with Si3N4 waveguide using gold and CMOS compatible metals | A. Manolis |
| S11.2 | Th.1.B.2 80-Regular Paper, Surface enhanced Raman spectroscopy via isolated plasmonic nanoantennas integrated on silicon nitride waveguides | Ali Raza |
| S11.3 | Th.1.B.3 12-Invited Paper, Jens Schmid (National Research Council, Canada), “Silicon photonics and subwavelength photonic structures-metamaterials” | J. H. Schmid |
| S11.4 | Th.1.B.4 53-Regular Paper, High performance and small footprint spot size converters based on SWG metamaterial lenses | José Manuel Luque-González |
| S11.5 | Th.1.B.5 121-Regular Paper, Coherent control of the absorption and scattering of an isolated plasmonic nanoantenna integrated in a silicon waveguide | Alba Espinosa-Soria |
| S11.6 | Th.1.B.6 19-Invited Paper, Pierre Berini (Univ. Ottawa), “Plasmonics for Integrated Optics” | Pierre Berini |
Technologies from visible to mid infrared applications
| ID | Title | Presenter |
|---|---|---|
| S12.1 | 141 Th.2.B.1 141-Regular Paper, Synchronization of Modelocked Coupled Microresonator Combs | Jae K. Jang |
| S12.2 | Th.2.B.2 110-Regular Paper, Low-loss inverted taper edge coupler in silicon nitride | Juan Fernández |
| S12.3 | Th.2.B.3 24-Invited Paper, Gonzalo Wangüemert (Univ. Málaga), “Mid-infrared suspended waveguide platform & building blocks” | J. G. Wangüemert-Pérez |
| S12.4 | Th.2.B.4 94-Regular Paper, A new platform for integrated quantum optics the short-wave infrared | Lawrence Rosenfeld |
| S12.5 | Th.2.B.5 59-Regular Paper, High-efficiency SiN Grating Fiber-Chip Coupler with Bottom Reflector | Siddharth Nambiar |
| S12.6 | Th.2.B.6 25-Invited Paper, David Domenech-VLC, “PIX4life developments the path towards a visible light photonic foundry” | Marco A. G. Porcel |
Transferred from the official ECIO conference archive; presenter names are shown as listed in the original programme.