Program – Cork 2026

Session 1: Quantum photonics

Monday 20 , 09:00 – 10:25 Chair: Christopher Broderick

• MA01: High-quality photon emission from semiconductor quantum dots enabled by cavity-mediated lifetime engineering; S. Schumacher; Universität Paderborn (DE) – (KEYNOTE)
• MA02: Variational Approach to Multi-Exciton-Cavity Systems with Acoustic Phonon Coupling; B. Lynch (1,2), S. Schulz (1,2); (1) Tyndall National Institute, University College Cork (IR); (2) School of Physics, University College Cork (IR)
• MA03: Structure-Preserving Quantum Photonics with a Discrete Hermitian Maxwell Generator; B. Inci, D. Schulz; TU Dortmund (DE)

Session 2: Semiconductor lasers

Monday 20, 10:55 – 12:20 Chair: Stefan Schumacher

• MB01: From Conventional to Phase-Conjugate Feedback in Quantum Cascade Lasers: Tailoring Dynamics for Emerging Applications; S. Zaminga; Télécom Paris – Institut Polytechnique de Paris (FR) – (INVITED)
• MB02: Simulation of Laser Mode-Partition Noise in a Mode Locked Laser Using Lumped Rate Equations; S. P. O’Duill (1), L. P. Barry (1); Radio and Optics Communications Laboratory School of Electronic Engineering, Dublin City University, Glasnevin Dublin (IR)
• MB03: Simulation of high-power diode lasers with stacked multiple active regions and tunnel junctions; E. Kuhn (1), D. Dolinina (2), M. Kantner (1), U. Bandelow (1), H. Wenzel (2); (1) Weierstrass Institute for Applied Analysis, Berlin (DE); (2) Ferdinand-Braun Institut (FBH) (DE)
• MB04: Modelling the Injection Efficiency of III-V Core-Shell Nanowire Lasers with InGaAs Active Gain Media; F. Römer (1), S. Werner (2), G. Koblmüller (2), B. Witzigmann (1); (1) Friedrich-Alexander-Universität Erlangen-Nürnberg (DE); (2) Technische Universität Berlin (DE)

Session 3: LEDs

Monday 20, 13:50 – 15:55 Chair: Stefan Schulz

• MC01: Overview of Numerical Modeling of Structural Disorder in InGaN LEDs: Random Alloy Fluctuations, V-Defects, and Tail States; H. Lee, P.-S. Hsieh, Y.-R. Wu ; Graduate Institute of Photonics and Optoelectronics and Department of Electrical Engineering, National Taiwan University (TW) – (KEYNOTE)
• MC02: Advancing UV-C LEDs: Nonequilibrium Green’s Function Investigation of Tunnel Junctions; L. Miri (1), F. Mercinelli (1), J. A. Gonzalez Montoya (1), M. Goano (1,2), A. Tibaldi (1), F. Bertazzi (1,2); (1) Department of Electronics and Telecommunications, Politecnico di Torino, Torino (IT); (2) CNR-IEIIT, Torino (IT)
• MC03: A unified numerical framework for lateral carrier diffusion simulations on GaN-based microLEDs; S. Nhaloor (1), G. Muziol (2); (1) Institute of High Pressure Physics, PAS (PL); (2) Institute of High Pressure Physics, PAS (PL)
• MC04: Simulation and Fabrication of Silicon-Based Hetero-Integrated Green Micro-RCLED Array Bio-Probes for Neural Pain Modulation; J. Lin, T. Zhan, X. Liu, Y. Zhang, X. Yi; Institute of Semiconductors, Chinese Academy of Science Beijing (CN)
• MC05: Advancing UV-C LEDs: NEGF-Guided Design of Superlattice Electron-Blocking Layers; F. Mercinelli (1), L. Miri (1), J. A. Gonzalez Montoya (1), M. Goano (1,2), A. Tibaldi(1), F. Bertazzi (1,2); (1) Department of Electronics and Telecommunications, Politecnico di Torino, Torino (IT); (2) CNR-IEIIT, Torino (IT)

Session 4: Poster session

Monday 20, 16:25 – 18:30 Chair: Paolo Bardella

• MP01: Monolithic Dual-Band Tunable Single-mode Slotted Fabry-Perot Lasers via Quantum Well Intermixing; Z. Jia (1,2), F.H. Peters (3,4), H. Yang (1,2) ; (1) State Key Laboratory of Optoelectronic Materials and Devices, Institute of Semiconductors, Chinese Academy of Sciences, Beijing (CN); (2) College of Materials Science and Opto-Electronic Technology, University of Chinese Academy of Sciences, Beijing (CN); (3) School of Physics, University College Cork, Cork (IR); (4) Tyndall National Institute, Lee Maltings, Cork (IR)
• MP02: Dispersion Engineered Passive Phase Shifter Design for Enhanced Bandwidth in C-Band; L. Nagy, C. Schweikert, L. Hoppe, W. Vogel, G. Rademacher; Universität Stuttgart (DE)
• MP03: Numerical study of switching dynamics in bistable Si3N4 microring resonators; S. Abdani (1), W. Vogel (1), P. Degenfeld-Schonburg (2), G. Rademacher (1); (1) Institute of Electrical and Optical Communications (INT), University of Stuttgart, Stuttgart (DE); (2) Robert Bosch GmbH, Stuttgart (DE)
• MP04: Lithium Niobate Photonic Moirè Superlattice Designed for Telecoms Wavelengths; R. Grierson-Copeland, C. Johnson-Richards, N. Healy; Newcastle University, Newcastle Upon Tyne (UK)
• MP05: Design of Perovskite Optical Fibre for Nonlinear Zero-dispersion Operation at Telecom Wavelengths; L. Cording, C. Johnson-Richards, N. Healy; Newcastle University, Newcastle Upon Tyne (UK)
• MP06: Parametric Optimization of Evanescent Coupling in Hybrid Silicon Nitride-Glass Waveguides; Q.-Q.Ng ,H.-Y.Hwang, P.O’Brien; Tyndall National Institute (IR) #RIF!
• MP08: Numerical Analysis of an Integrated Gain-Switched Laser Under Self-Injection Scheme; D. Dominguez-Castillejo (1), G. V. Rajeswari (2), F. B. Atar (1), L. Barry (3), M. Moehrle (2), B. Corbett (1); (1) Tyndall National Institute (IR); (2) Fraunhofer Heinrich-Hertz-Institute (GE); (3) Dublin City University (IR)
• MP09: Discrete mode lasers for heterogeneous integration; F. H. Peters; School of Physics, University College Cork, Cork (IR)
• MP10: Thermal Performance Analysis of Power Laser Diodes Packaged with SiC and AlN Submounts: A Simulation and Experimental Study; Z. Liu (1), L. Ye (1),  W. Li (2), T. Zhang (1); (1) Laboratory of Solid State Optoelectronics Information Technology, Institute of Semiconductors Chinese Academy of Sciences (CAS) (CN); (2) Key Laboratory of Semiconductor Display Materials and Chips, Suzhou Institute of Nano-Tech and Nano-Bionics (SINANO), Chinese Academy of Sciences (CAS) (CN)
• MP11: Simulation and Fabrication of GaN-Based Blue Resonant-Cavity Micro-LED Arrays for Optical Interconnects; X. Liu , T. Zhan, J. Lin, Y. Zhang, X. Yi; Institute of Semiconductors, Chinese Academy of Science Beijing (CN)
• MP12: Numerical Analysis of Two-Photon Absorption Effects in High-Power Lasers; D. Dolinina (1), E. Kuhn (2), H. Wenzel (1); (1) Ferdinand-Braun-Institut, Berlin (DE); (2) Weierstrass Institute, Berlin (DE)
• MP13: Fabrication Tolerance Analysis of Modal Phase Matching in MgO-doped LNOI Waveguides; A. Alaeddini (1), S. Ferraresi (2), G. Bellanca (2), S. Wabnitz (1); (1) Department of Information Engineering, Electronics and Telecommunications, Sapienza University of Rome, Rome (IT); (2) Department of Engineering, University of Ferrara, Ferrara (IT)
• MP14: PHOENIX: A High-Performance Open-Source Solver for Two-Dimensional Nonlinear Schrödinger Equations with Extensions; Jan Wingenbach (1,2), David Bauch (1,2), Xuekai Ma (1), Robert Schade (1), Christian Plessl (1), and Stefan Schumacher (1,2,3); (1) Paderborn University, Paderborn (DE); (2) PhoQS, Paderborn University, Paderborn (DE); (3) Wyant College of Optical Sciences, University of Arizona, Tucson, AZ, USA
• MP15: Integrated Quantum Photonic Chips: Entanglement, Loss, and a Bright Path to Scalable Quantum Technologies; M. Nadir; Tampere University (FIN)

Session 5: Method & software development

Tuesday 21, 08:30 – 09:55 Chair: Maciej Dems

• TuA01: Drift-Diffusion Simulation of GaN-Based Luminescent Heterostructures; K. Sakowski (1), P. Strak (2), G. Muziol (2), M. Hajdel (2), S. Krukowski (2); (1) Center for Nitride Semiconductor Physics and Technology “GaN-Unipress”, Warsaw (PL); (2) Institute of High Pressure Physics, PAS, Warsaw (PL) – (INVITED)
• TuA02: Design of Nonlinear Photonic and Quantum Devices Using the Nonstandard Finite-Difference Time-Domain Methodology; J.B. Cole (1), S. Banerjee (2); (1) University of Tsukuba (JP); (2) Photonic Wave Analyses Ltd, Cork (IR)
• TuA03: Open-source simulation of semiconductor devices using ChargeTransport; M. O’Donovan (1), D. Abdel (1), Z. Amer (1), M. Osewold (1), P. Thiele (1,2), P. Jaap (1), J. Fuhrmann (1), T. Koprucki (1), P. Farrell (1); (1) Weierstrass Institute for Applied Analysis, Berlin (DE); (2) TU Braunschwieg (DE)
• TuA04: Tight-binding Hamiltonian parameterization incorporating wave function orbital composition; O. N. McElhatton (1,2,3), C. A. Broderick (1,2,3); (1) School of Physics, University College Cork, Cork (IR); (2) UCC Futures Quantum & Photonics, University College Cork, Cork (IR); (3) Tyndall National Institute, University College Cork, Lee Maltings, Dyke Parade, Cork (IR)

Session 6: Materials theory & simulation I

Tuesday 21, 10:25 – 12:10 Chair: Petr Klenovský

• TuB01: Numerical Design Meets Reality: Phoxonic Crystals from Urban-Scale Experiments to Functional Devices; A. Thraenhardt; Technische Universität Chemnitz (DE) – (KEYNOTE)
• TuB02: Simulation of nonlinear response in Silicon-on-Insulator Multi-terminal Devices; M. Auf der Maur (1), A. Bhattacharya (1), A. Pulici (2), G. Seguini (2), M. Perego (2), F. Taglietti (3), M. Fanciulli (4); (1) Tor Vergata University of Rome (IT); (2) National Research Council (IT); (3) Università degli Studi di Milano-Bicocca (IT); (4) Università degli Studi di Torino (IT)
• TuB03: Impact of multiband k.p numerical modeling on the electron effective mass; H. Dely, J.-L. Reverchon, V. Trinité; III-V Lab (FR)
• TuB04: (B,Al,Ga)N quantum wells for ultraviolet light emitters: The role of the alloy microstructure for the electronic and optical properties; A. Power(1,2), R. Finn(1), S. Schulz(1,2); (1)Tyndall National Institute, University College Cork, Cork (IR); (2) School of Physics, University College Cork, Cork (IR)

Session 7: Materials theory & simulation II

Wednesday 22, 08:30 – 09:55 Chair: Angela Thränhardt

• WA01: Many-Body Electronic Structure of InAsP/InP Nanowire Quantum Dots and Quantum-Dot Molecules; P. Klenovský (1,2); (1) Department of Condensed Matter Physics, Faculty of Science, Masaryk University, Brno (CZ); (2) Czech Metrology Institute, Brno (CZ) – (INVITED)
• WA02: Extracting the g-tensor of [111]-oriented (In,Ga)As Quantum Dots Under Low Magnetic Fields; Z. Zhang(1,2), N. D. O’Connor(1,2), G. Juska(1), E. Pelucchi(1), S. Schulz(1,2) ; (1) Tyndall National Institute (iR); (2) University College Cork, Cork (IR)
• WA03: Toward the Predictive Modeling of Excitonic States in [111]-oriented Site-Controlled GaAs QDs; N. D. O’Connor (1,2), G. Juska(1), E. Pelucchi(1), S. Schulz(1,2); (1) Tyndall National Institute, University College Cork, Cork (IR); (2) – School of Physics, University College Cork, Cork (IR)
• WA04: Electronic and Excitonic Properties of [111]-oriented GaAs Quantum Dot Molecules; R. Santana Alonso (1,2), N. O’Connor (1,2), E. Murphy (1,2), L. Colavecchi (1,2), F. Noel (1,2), S. C. R. Sanivarapu (1,2), G. Juška (2), E. Pelucchi (2), S. Schulz (1,2); (1) School of Physics, University College Cork, Cork (IR); (2) Tyndall National Institute (IR)

Session 8: Photonic device modelling I

Wednesday 22, 10:25 – 12:10 Chair: Thomas Koprucki

• WB01: Numerical modelling of polarization in hollow-core anti-resonant fibers; G. Guerra; University of Southampton (UK) – (INVITED)
• WB02: Wigner Formalism for Coherent Quantum Structures in Photonic Devices; T. Alexewicz, A. Abdi, D. Schulz; TU Dortmund (DE)
• WB03: Modeling of the output power of edge emitting gain chips combined with a silicon nitride external micro ring resonator; M. Schossau (1), M. Adams (2), A. Bonhoff (1), C. Holly (1,2); (1) RWTH Aachen University – Chair for Technology of Optical Systems TOS (DE); (2) Fraunhofer Institute for Laser Technology ILT (DE)
• WB04: Modeling of Nonlinear Effects in an InP-Membrane Microring Resonator; A. Lechiara (1), A. Marchisio (2), V. Curri (2), P. Bardella (2), A. Carena (2), Y. Jiao (1), R. Stabile (1); (1) Eindhoven University of Technology, Eindhoven (NL); (2) Politecnico di Torino, Torino (IT)
• WB05: Monte Carlo Modeling and Optimization of SPAD Arrays for Spaceborne LiDAR Applications; M. Baiocchi (1), A. Gulinatti (2), A. Buzzin (3), F. Zappa (2), R. Asquini (1); (1) Dipartimento di Ingegneria dell’Informazione, Elettronica e Telecomunicazioni, Sapienza Università di Roma, Rome (IT); (2) Dipartimento di Elettronica, Informazione e Bioingegneria, Politecnico di Milano, Milan (IT); (3) Dipartimento interdisciplinare di Benessere, Salute e Sostenibilità Ambientale, Sapienza Università di Roma, Rieti (IT)

Session 9: Integrated photonic devices I

Wednesday 22, 13:40 – 14:40 Chair: Hua Yang

• WC01: Optimisation of MMI Coupler using ML Based Inverse Design; A.-P. Sharma , B. -P. Kaul; (1) SRM Institute of Science and Technology, Kattankulathur Oral
• WC02: SiPh (RA-)MZI de-multiplexer performance optimization for CWDM O-band; N. S. Henriquez (1), A. Fincato (2), L. Virot (3), V. Curri (1), P. Bardella (1), A. Carena (1); (1) Politecnico di Torino (IT); (2) ST Microelectronics (retired) (IT); (3) ST Microelectronics (FR)
• WC03: Design of an Anti-Resonant Reflection Optical Fibre with Perovskite Inclusions; C. Johnson-Richards, L. Cording, N. Healy; Newcastle University, Newcastle Upon Tyne (UK)

Session 10: VCSEL

Wednesday 22, 15:10 – 16:30 Chair: Bryan Kelleher

• WD01: Temperature clipping in large-area donut-VCSELs; V. Torrelli (1,2), M. G. C. Alasio (1,2), M. D’Alessandro (1,2), G. Moiso (1), A. Gullino (2); (1) Dipartimento di Elettronica e Telecomunicazioni, Politecnico di Torino, Torino (IT); (2) CNR-IEIIT, Torino (IT)
• WD02: Impact on self-heating of multiple oxides in oxide-aperture VCSELs; A. Gullino (1), M. G. C. Alasio (1,2), V. Torrelli (1,2), M. D’Alessandro (1,2), P. Debernardi (1); (1) CNR-IEIIT, Torino (IT); (2) Dipartimento di Elettronica e Telecomunicazioni, Politecnico di Torino, Torino (IT)
• WD03: Impact of coherent coupling on VCSEL transverse modal competition; M. D’Alessandro (1,2), V. Torrelli (1,2), M. G. C. Alasio (1,2), A. Gullino (1,2); (1) Dipartimento di Elettronica e Telecomunicazioni, Politecnico di Torino, Torino (IT); (2) CNR-IEIIT, Torino (IT)
• WD04: Surface emitting QCL with topological states; O.J. Hejtman (1), M. Dems (2), T. Fördös (1); (1) VSB-Technical University of Ostrava, (CZ); (2) Lodz University of Technology (PL)

Session 11: Photonic device modelling II

Thursday 23, 08:30 – 10:10 Chair: Gianluca Guerra

• ThA01: Classical solutions for a van Roosbroeck-Helmholtz model for a semiconductor laser diode; G. Ali (1), Z. Amer (2), P. Farrell (2), N. Rotundo (3); (1) University of Calabria, Italy; (2) WIAS Berlin, Germany; (3) University of Florence (IT)
• ThA02: MathModDB: Improving transparency and reproducibility in optoelectronic device simulation; T. Koprucki (1), C. Biedinger (2), J. Fiedler (2), M. Reidelbach (3), B. Schembera (4), B. Schmidt (1) , A. Shehu (1), K. Tabelow (1).; (1) Weierstrass Institute for Applied Analysis (WIAS) Berlin (DE); (2) Fraunhofer Institute for Industrial Mathematics (ITWM) (DE); (3) Zuse Institute Berlin (ZIB) (DE); (4) University of Stuttgart (DE)
• ThA03: Comparative Finite-Difference Analyses of Strong and Weak DBR Mirrors; S.Saeidi, Y. Logvin, K. Pimenov; Inpho (ElectroPhotonic-IC Inc.), Kanata (CA)
• ThA04: Computationally Efficient Metalens Design Framework; G. Piscopo (1,2), A. S. Vorobev (1), J. H. Mendoza-Castro (2,3), G. Magno (2), L. O’Faolain (1,4); (1) Munster Technological University (MTU) Centre for Advanced Photonics and Process Analysis (CAPPA), Cork (IR); (2) Dipartimento di Ingegneria Elettrica e dell’Informazione (DEI), Politecnico di Bari, Bari (IT); (3) TU Wien Institute of Chemical Technologies and Analytics (AU); (4) Tyndall National Institute, University College Cork, Cork (IR)
• ThA05: Floquet Stability Analysis of Subharmonic Generation in Gain Switched Coupled Lasers; D. O’Sullivan (1,2), F. Peters (1,2), B. Kelleher (1,2); (1) School of Physics, University College Cork, Cork (IR); (2)Tyndall National Institute, University College Cork, Cork (IR).

Session 12: Integrated photonic devices II

Thursday 23, 10:40 – 12:30 Chair: Sara Zaminga

• ThB01: Modelling optically coupled quantum dot lasers: Confessions of a lazy simulator; B. Kelleher; University College Cork (IR) – (KEYNOTE)
• ThB02: Simulation of low-loss, high-speed LiNbO3/SiNx modulators for micro-transfer printing; L. Xiong (1,2), Z. Jia (1,2), S. Liu (1), T. Duan (1,2), H. Yang (1,2); (1) Institute of Semiconductors, Chinese Academy of Sciences (CN); (2) University of Chinese Academy of Sciences (CN) – (INVITED)
• ThB03: Design of ultra-compact waveguide bend on AlGaAs-on-insulator; X. Fu, H. Chen, Y. Liu, Y. Lan, L. Yang; State Key Laboratory of Optoelectronic Materials and Devices, Institute of Semiconductors, Chinese Academy of Sciences(CN)
• ThB04: Genetic algorithm optimization of intermixed AlInGaAs quantum wells for photonic integration; J. Walsh (1,2), F. Peters (2,1), C. Broderick (2,3,1); (1) Tyndall National Institute, University College Cork, Cork (IR); (2) School of Physics, University College Cork, Cork (IR); (3) UCC Futures Quantum & Photonics, University College Cork, Cork (IR)

Session 13: Materials theory & simulation III

Thursday 23, 13:50 – 14:55 Chair: Matthias Auf der Maur

• ThC01: Optimization of Si/SiGe Heterostructures for Large and Robust Valley Splitting in Spin Qubits; M. Kantner, A. Thayil, L. Ermoneit, T. Kopruck; Weierstrass Institute for Applied Analysis (WIAS), Berlin (DE) – (INVITED)
• ThC02: Low-Complexity E-Field Reconstruction of Grating Couplers using Physics-Informed Optimization; L. Konecsny, R. H. Klenk, W. Vogel, G. Rademacher; Institute of Electrical and Optical Communications, University of Stuttgart, Stuttgart (DE)
• ThC03: Hyperbolic nanoresonators with tunable optical response; O. A. Kochanowska (1), F. Ligmajer (2), T. J. Antosiewicz (1); (1) University of Warsaw (PL); (2) Brno University of Technology (CZ)

Session 14: Photodetectors & solar cells I

Thursday 23, 15:25 – 16:30 Chair: Piotr Martyniuk

• ThD01: Numerical modelling in novel tandem solar cells; J. Connolly; CentraleSupélec / GeePs (FR) – (INVITED)
• ThD02: Full-Band Monte Carlo analysis of avalanche buildup dynamics in silicon SPADs; A. Mudanò (1,4), D. Liu (3), L. Errico (3), Z. Niu (3), E. Bellotti (3), M. Penna (4), A. Gola (4), F. Bertazzi (1), M. Goano (1,2), M. G. C. Alasio (1,2); (1) Politecnico di Torino, Italy (IT); (2) IEIIT-CNR, Torino (IT); (3) Boston University, USA; (4) Fondazione Bruno Kessler (IT)
• ThD03: Degradation Model for Perovskite-based Photovoltaic Modules; A. Di Vito, M. Auf der Maur; University of Rome Tor Vergata, Rome (IT)

Session 15: Materials theory & simulation IV

Friday 24, 08:30 – 10:00 Chair: Markus Kantner

• FA01: Rigorous Many-Body Physics based Modeling of Light interaction with 3D and 2D Semiconducting Materials; J. V. Moloney; (1) Wyant College of Optical Sciences, University of Arizona, Tucson AZ (USA); (2) Nonlinear Control Strategies, Tucson AZ (USA) – (KEYNOTE)
• FA02: Numerical modeling of bidimensional exciton transport in WS2 and WSe2 monolayers; L. Hemmen (1), S. Raha (1), P. Renucci (1), X. Marie (1), E. Blundo (2), A. Polimeni (2), H. Carrère (1), L. Lombez (1); (1) Université de Toulouse, INSA-CNRS-UT, LPCNO, Toulouse (FR); (2) Sapienza Università, Dipartimento di Fisica, Roma (IT) – (INVITED)
• FA03: Split-Interstitial Defect Density dependance of Optical Response in Ge; K. Alvi (1,2), L. O’Faolain(2), F. Murphy Armando(1) ; (1) Tyndall National Institute University College Cork Cork (IR); (2) Centre for Advanced Photonics & Process Analysis Munster Technological University Cork (IR)

Session 16: Photodetectors & solar cells II

Friday 24, 10:30 – 12:40 Chair: James Connolly

• FB01: Synergy between DFT calculations and device modeling: bridging atomic-scale interface physics to device performance in emerging photovoltaics; A. Di Vito; University of Rome Tor Vergata (IT) – (KEYNOTE)
• FB02: Interband cascade detectors – performance and simulations; P. Martyniuk; Military University of Technology (PL) – (INVITED)
• FB03: Trap and band alignment induced Voc losses in wide-bandgap perovskite solar cells; A. Fronteddu, F. Cappelluti; Dipartimento di Elettronica e Telecomunicazioni, Politecnico di Torino, Torino (IT)
• FB04: How nanotextures influence electric and electronic properties in perovskite solar cells; P. Farrell (1), D. Abdel (1), J. Relle (2,3), T. Kirchartz (4,5), P. Jaap (1), J. Fuhrmann (1), S. Burger (3), C. Becker (2,7), K. Jäger (2,3); (1) WIAS Berlin (DE); (2) Helmholtz-Zentrum Berlin für Materialien und Energie GmbH, Berlin (DE); (3) Zuse Institute Berlin, Berlin (DE); (4) Forschungszentrum Jülich GmbH, Jülich (DE); (5) University of Duisburg-Essen, Duisburg (DE); (6) JCMwave GmbH, Berlin (DE); (7) Hochschule für Technik und Wirtschaft Berlin, Berlin (DE)
• FB05: Drift-diffusion modeling of silicon single-photon avalanche detectors: breakdown probability and photon detection efficiency; M. G. C. Alasio (1,2), C. Piras (1), A. Mudanò (1,3), V. Torrelli (1,2), M. D’Alessandro (1,2), A. Gullino (2), M. Penna (3), A. Gola (3), M. Goano (1,2); (1) Politecnico di Torino (iT); (2) IEIIT-CNR, Torino (IT); (3) Fondazione Bruno Kessler (IT)
• Closing ceremony

Tutorials

Friday 24

• 14:00 – 15:30 ChargeTransport.jl Workshop for drift-diffusion simulation
• 16:00 – 17:00 Po.Li.Te Workshop for VCSEL modeling

(last update: May 18, 12:40 UTC)