TOP Conference 2024 Programme & Optical Connections

Timetable - Wednesday 21st February

08:30 09:00 REGISTRATION AND COFFEE

Title

Speaker

Start

Finish

09:00 09:45

Plenary

Harald Bock (Infinera)

09:45 10:30

Plenary

Ben Puttnam (NICT)

10:30 11:00 COFFEE BREAK AND POSTER SESSIONS

11:00 12:30 UKTIN Session

- General introduction to UKTIN - Presentation of the Optical Comms EWG findings - Panel: The role of optical and photonics across the broader telecoms ecosystem

Dimitra Simeonidou (University of Bristol) Nick Parsons (HUBER+SUHNER) Simon Saunders (Chair Wireless EWG), Neil McRae (Chair Core Networking EWG), Andy Sellars (Co-Chair Semiconductors EWG) Nick Parsons (Chair Optical Comms EWG),

12:30 12:40

Low-Loss Photonic Wire Bonds and Facet-Attached Micro- Optical Elements: from Telecom to Quantum Applications

Sebastian Skacel (Vanguard Automation GmbH)

12:40 13:10 POSTER SESSIONS AND EXHIBITION TIME

13:10 13:45 LUNCH STREAM 1: Telecommunications Start Finish Title

STREAM 2: Quantum Communications Start Finish Title Speaker 13:45 14:15 Building quantum-safe networks with Symmetric Key Distribution

Speaker

Melchior Aelmans (Juniper Networks)

13:45 14:15

Optical communications – The future is bright Experimentation enabled by the National Dark Fibre Facility

Joerg-Peter Elbers (Adtran)

14:15 14:45

Martyn Fice (University

14:15 14:45

Intra-city quantum networks and Inter-City satellite QKD Characterisation of Faint- Pulse-Sources for QKD An Integrated Fibre and Satellite QKD Network Optimisation

Siddarth Joshi (University of Bristol) Peter Schlosser (Fraunhofer UK) Vasileios Karavias (University of Cambridge)

College London)

14:45 15:15

Integrating Hollow Core fibres with SMFs

Prof. Radan Slavik

14:45 15:00

(University of Southampton)

15:00 15:15

15:15 15:45 COFFEE BREAK / DRINKS RECEPTION, POSTER SESSIONS & EXHIBITION TIME

STREAM 3: Photonic Components Start Finish Title

STREAM 4: Free Space Optics Start Finish Title

Speaker

Speaker

15:45 16:15

15:45 16:15

Pump Lasers for Optical Amplification in Telecommunication Network Design, Reliability and Applications Components for – and system demonstrations using spatial division multiplexing

Nadhum Zayer (Coherent)

Noise-robust transport and manipulation of photonic spatial mode entanglement Toward Wide-Field- of-View and Large Area Optical Detectors

Mehul Malik (Heriot-Watt University, Edinburgh) Abderrahmen Trichili (University of Oxford)

16:15 16:45

16:15 16:45

Prof. Georg Rademacher (University of Stuttgart) Andy Reid (University of Bristol)

for High-Speed Optical Wireless Communication

16:45 17:00

How Does Optical Networking Fit in Telecoms Network Architecture

16:45 17:15

A micromirror array- based streak camera for multi-channel, multi- spectral LIDAR.

David Benton (Aston University)

17:00 17:15

Very Small Fibre Optic Interconnect Solutions Supporting the Exponential Bandwidth Demand

Philip Ward (Senko)

17:20

CLOSE

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