Poster Session 2
SPW 2026
Poster Session 2
Wednesday & Thursday
| No. | Presenting Author | Affiliation | Title | Paper |
|---|---|---|---|---|
| 1 | Chiao-Tzu Huang | Research Center for Critical Issues, Academia Sinica | Tuning the Fine-Structure Splitting of InAs/InP Nanowire Quantum Dots via Voigt-Configuration Magnetic Field | Open paper |
| 2 | Barbara Damasceno | Julius-Maximilians-Universität Würzburg | Deterministic Circular Bragg Grating Integration for Electrically Tunable InAs Quantum Dot Molecules | Open paper |
| 3 | Hala Said | Humboldt University of Berlin | Interfacing Quantum Dot Single-Photon Emitters with Cesium Atomic Vapor | Open paper |
| 4 | Mohamed Benyoucef | University of Kassel | Telecom wavelength single emitters in InP photonic structures for quantum communication | Open paper |
| 5 | Ehsan Ullah Rashid | Department of Polymer Chemistry and Technology, Kaunas University of Technology | Molecular Engineering of Chalcogen-Containing Hole Transport Materials | Open paper |
| 6 | Guillaume Thekkadath | National Research Council of Canada | Quantitative Super-Resolution Microscopy Using Nonclassical Photon Statistics | Open paper |
| 7 | Seongju Ha | Korea Research Institute of Standards and Science (KRISS) | Broadband Photon-Pair Generation in a Semiconducting van der Waals Material via Relaxed Phase-Matching | Open paper |
| 8 | Eva Katharina Raffalt | RhySearch | Wafer‑Bow Control in DIBS‑Deposited Thin‑Film Optical Stacks to Improve SNSPD Performance | Open paper |
| 9 | Fabian Wietschorke | Technical University Munich | Enhancement of NbTiN Superconducting Nanowire Single-photon Detectors using Local Helium Ion Irradiation | Open paper |
| 10 | Manish Kumar Sahu | University of Geneva | Towards Large Area SNSPDs: MoN Thin Film Process Development | Open paper |
| 11 | Luke Arabskyj | National Physical Laboratory | Free-space and Fibre-coupled Single-photon Detector Comparison | Open paper |
| 12 | Andreas Lehr | PicoQuant. GmbH | Characterizing SNSPD Performance via High-Resolution and High-Throughput Multichannel Time Tagging | Open paper |
| 13 | Alice Meda | INRiM | Polarization-Dependent Detection Efficiency measurement for SNSPDs | Open paper |
| 14 | Irene Bonanomi | University of Colorado Boulder, National Institute of Standards and Technology | Ultra-Precise Measurements of Non-Uniform Wave Retardance | Open paper |
| 15 | Hristina Georgieva | Physikalisch-Technische Bundesanstalt | Study on a Disseminable Single-Photon Emitter for Quantum Radiometry | Open paper |
| 14 | Anders Brusch | Danish Fundamental Metrology | Traceable calibration of single-photon detectors and accurate determination of fibre-coupling loss | Open paper |
| 16 | Mohsen Esmaeilzadeh | Physikalisch-Technische Bundesanstalt (PTB) | Traceable Detection Efficiency Calibration of SPADs at the Sodium Fraunhofer Line for Secure Quantum Communication | Open paper |
| 17 | Justus Christinck | Physikalisch-Technische Bundesanstalt | Metrological Characterization of a Commercial SNSPD System at 1550 nm for Quantum Applications | Open paper |
| 18 | Rory Hatfield | Imperial College London | Complex Temporal Mode Profiles from Time-Resolved Single-Photon Intensity Interferometry | Open paper |
| 19 | Sonia Buckley | National Institute of Standards and Technology | Survey on single photon detector needs | Open paper |
| 20 | Vadim Makarov | Vigo Quantum Communication Center, University of Vigo | Energy–time attack on detectors in quantum key distribution | Open paper |
| 21 | Alessandro Restelli | Joint Quantum Institute | Time-domain measurement of spontaneous Raman scattering in optical fibre in the single-photon regime | Open paper |
| 23 | Francesco Devecchi | INRiM | Universal Protection of Single Qubit Systems from Decoherence | Open paper |
| 24 | Domenico Abbondandolo | Politecnico di Torino and INRiM | Direct Observation of the Quasi-Distribution Associated with the Wigner's Inequality | Open paper |
| 25 | Jeongwan Jin | National Research Council of Canada | Development of a Three-Node Entangled Quantum Networks | Open paper |
| 26 | Kiyohisa Shimada | Research Institute of Electrical Communication, Tohoku University | Quantum State Tomography of Photonic Frequency-Encoded States via Hong-Ou-Mandel Interference | Open paper |
| 27 | In-Ho Bae | Korea Research Institute of Standards and Science | Metrological Characterization and Uncertainty Analysis of InGaAs/InP SPADs in Free-Running and Gated Operational Modes | Open paper |
| 28 | Melvee George | The University of Queensland | Indefinite Causal Order Advantage for Noisy Metrology | Open paper |
| 29 | Sreeja R R | Department of Electronics and Communication Engineering, Anna University | An FPGA-Based Controller for B92 QKD Systems Featuring Synchronized Secret Key Extraction | Open paper |
| 30 | Arnav Bhavsar | INRiM | Quantum enhanced Target Ranging | Open paper |
| 31 | Sandor Plosz | Heriot-Watt University | 3D Reconstruction in Low Light using Single-Photon Gaussian Splatting | Open paper |
| 32 | Devendra Mishra | Banaras Hindu University | Enhancement in phase sensitivity in displacement-assisted SU(1,1) interferometer via photon recycling | Open paper |
| 33 | Rakhi Thomas | University of Naples Federico II | Ultra-Sensitive Tilt Displacement Measurements using Photonic Gear | Open paper |
| 34 | Danny Kim | HRL Laboratories, LLC | Demonstration of entanglement swapping in a deployable payload | Open paper |
| 35 | Saverio Francesconi | QTI S.r.l. | Deploying and Stress‑Testing a Quantum-Resilient Communications Infrastructure Across an Urban Area | Open paper |
| 36 | Denis Abramović | Ruđer Bošković Institute, Division of Experimental Physics, Laboratory for Photonics and Quantum Optics | Croatian Optical Ground Station as a QKD Node Connecting Zagreb Metropolitan Network and Germany via European Eagle-1 Satellite | Open paper |
| 37 | Malte Arps | Kirchhoff Institute for Physics, Heidelberg University | High-speed quantum key distribution system | Open paper |
| 38 | Tiff Brydges | University of Geneva | Integrated Photonics for Quantum Repeaters | Open paper |
| 39 | Eduardo Lima | Universidade Federal do ABC (UFABC) | Bound State in the Continuum by Tunable Q-factors on Photonic Circuit | Open paper |
| 40 | Fabian Steinhauser | University of Innsbruck | Frequency-Resolved Polarisation Tomography of Hyperentangled Photon Pairs | Open paper |
| 41 | Ilya Kondratyev | Lomonosov Moscow State University | Programming of a reconfigurable integrated optical interferometer with a complex structure to prepare a maximally entangled three-photon quantum state | Open paper |
| 42 | Yazeed Alwehaibi | Imperial College London | Tractable protocol for long distance detection-loophole-free Bell tests | Open paper |
| 43 | Rong Xue | National Physical Laboratory | Towards a Quantum Network Testbed | Open paper |
| 44 | Jae-Keun Yoo | Korea Research Institute of Standards and Science | A Measurement Platform for Characterizing Single-Photon Detectors and QKD Optical Systems | Open paper |
| 45 | Bereneice Sephton | University of Naples Federico II | A nonlocal topological switch: skyrmions and multi-skyrmion dynamics | Open paper |
| 46 | Mingsong Wu | University of Geneva | Integrated Microring Resonators for Quantum Repeaters | Open paper |
| 47 | Elena Volkova | TU Delft | Suspended Silicon Photonic Platform for On-Chip Quantum Photonics with Color Centers | Open paper |
| 48 | David Becker | Institute of Physics and Astronomy, Technical University Berlin | Advances in Quantum Cryptography using Quantum Dot Devices | Open paper |
| 49 | Suyash Gaikwad | Universität Basel | Broadband Single Photon Storage in a Scalable Quantum Memory | Open paper |
| 50 | Valentin Dumas | Institut de Physique de Nice | Polarization Entanglement Based Quantum Key Distribution Over 100 km Deployed Quantum Network | Open paper |
| 51 | Anton Vetlugin | Nanyang Technological University | Dissipation-Induced Transparency of Single Photons in a Chain of Coherent Perfect Absorbers | Open paper |
| 52 | Santiago Gómez López | Sapienza Università di Roma | Quantum key distribution in a free-space link in the Sapienza Campus | Open paper |
| 53 | Emanuel Peinke | CEA | Low-loss 200-mm SiN platform for 925 nm photonic quantum computing | Open paper |
| 54 | Paulina Kuo | NIST | Compensating Non-Ideal Entangled-Photon State Generation | Open paper |
| 55 | Ted Silva | National Physical Laboratory | Development of a digital twin for the NPL quantum network testbed | Open paper |
| 56 | Peter Iveson | Optoelectronics Research Centre, University of Southampton | A Fibre-Integrated SPDC PPLN Source of Polarisation-Entangled Photons | Open paper |
| 57 | Alberto Emilio Rodríguez-Moldes Sebastián | ICFO - The Institute of Photonic Sciences | Spin-rephased storage of single photons in a Pr3+:YSO quantum memory | Open paper |
| 58 | Ewan Mer | Imperial College | Tomography of distributed single-photon entangled state | Open paper |
| 59 | Leon Meßner | AQLS / DLR | Interfacing a rack-mounted narrow-band photon pair-source with a quantum memory | Open paper |
| 60 | Silia Babel | Paderborn University | Realization of a Highly Efficient Quantum Pulse Gate in Thin-Film Lithium Niobate | Open paper |
| 61 | Connor A.Graham-Scott | Department for Quantum Technology, University of Münster; CeNTech – Center for Nanotechnology; SoN, Münster | MultiQomm: Multi-Functional Platform for Secure Quantum Key Distribution Using Waveguide-Integrated SNSPDs | Open paper |
| 62 | Daniel Peace | University of Queenslan | Next-generation quantum photonics at the National Advanced Photonics Facility | Open paper |
| 63 | Italo Pio De Simeone | France Université Paris Cité, Laboratoire Matériaux et Phénomènes Quantiques | Deep-Learning-Designed AlGaAs Interface Linking Trapped Ions to Telecom Quantum Networks | Open paper |
| 64 | Johannes Loitzl | Institute for Experimental Physics, University of Innsbruck | Bragg-Reflection Waveguides for Quantum Frequency Conversion | Open paper |
| 65 | Hao Li | Shanghai Institute of Microsystem and Information Technology | Cryogenic-Compatible Ultrahigh-Rejection and Narrowband Filter for Integrated Quantum Photonics | Open paper |
| 66 | Jonathan Hänni | ICFO | Quantum Repeater Link Demonstrations with Photon Pair Sources and Rare-Earth Based Multimode Memories | Open paper |
| 67 | Noureldin Amer | University of Glasgow | Scalable FPGA-based Time Tagging Electronics For Photon Counting | Open paper |
| 68 | Shawn Geller | National Institute of Standards and Technology | Measuring Multiparticle Indistinguishability with the Generalized Bunching Probability | Open paper |
| 69 | Thomas Produit | ID Quantique | Photon-Number Resolution with SNSPDs: Single-Pixel Rise-Time Analysis vs. Multi-Pixel Architectures | Open paper |
| 70 | Junmin Wang | Shanxi University, Institute of Opto-Electronics | 852-nm Single Photon Sources Based on Single Cesium Atom and Cesium Rydberg Super-atom Trapped in Optical Tweezer | Open paper |
| 71 | Matthias Aquilina | University of Glasgow | Biologically-Inspired Spatial Filtering for Photon-Event LiDAR with Neural Networks | Open paper |
| 72 | Valeri Saveliev | Abu Dhabi Maritime Academy | Silicon Photomultiplier for Novel Autonomous Flash LiDAR | Open paper |
| 73 | John Jeffers | University of Strathclyde | Optimisation of quantum illumination-based radar and lidar with noise, loss and gain-added single photon detection | Open paper |
| 74 | Jacopo Pelini | Istituto Nazionale di Ottica (CNR-INO | CW Mid-Infrared LiDAR based on Pseudo Random Noise Modulation technique | Open paper |
| 75 | Melissa Wu | Duke University | Fast Inference Methods for Parallelized Diffuse Correlation Spectrosocpy Enabled by SPAD Arrays | Open paper |
| 76 | Gennaro Fratta | Politecnico di Milano | University of Geneva | Open paper |
| 77 | Piergiorgio Daniele | Politecnico di Milano | A Giga-Event Throughput TCSPC System for Real-Time FLIM: Achieving Lifetime Estimation within 1 µs | Open paper |
| 78 | Mehmet Caglar Koca | Politecnico di Milano | Unlocking Ultra-Fast TCSPC: An Integrated Readout Circuit for a 3D Digital Silicon Photomultiplier | Open paper |
| 79 | Mehmet Ali Uluisik | Politecnico di Milano | Fast-Switching Routing Logic for High-Speed Interleaving Operation of a Multichannel Time-to-Amplitude Converter | Open paper |
| 80 | Yasmina Beghriche | University Constantine | Finite Element Method for the Simulation of Single-Excitation States in Quantum Optics: Codes Matlab | Open paper |
| 81 | Vikas Vikas | James Watt School of Engineering, University of Glasgow | Single Photon Time Resolved Detection of Singlet Oxygen for In Vivo Monitoring of Photodynamic Therapy | Open paper |
| 82 | Mohamed Dalah | University Constantine 1 –UFMC 1- , FES, Department of Mathematics | Three-Dimensional Modeling of Micropillar Microcavities Using a Coupled FEM–Multigrid Approach | Open paper |
| 83 | Sandra De Vega | Thorlabs GmbH | Thorlabs’ Quantum Optics Kit | Open paper |