WG Quantum Computing & Applications: The Role of Hardware in Advancing Fault-Tolerant Quantum Computing
Time
9:00 am, 6 Nov 2025 - 17:30 pm, 6 Nov 2025(GMT+01:00) View in my time
Location
Matrix One
Science Park 301, 1098 XH
Event Details
QBN WG Meetings are for QBN members only!Contact us for
Event Details
WG meeting details
Date: 06.11.2025, 09:00-17:30 CET
Venue: Matrix One, Science Park 301, 1098 XH Amsterdam, Netherland
RSVP required.
Join us for the QBN WG QC&A meeting, hosted by Amsterdam Scientific Instruments at Matrix One in Amsterdam, to delve into The Role of Hardware in Advancing Fault-Tolerant Quantum Computing. This gathering will bring together leading experts, researchers, and industry pioneers to discuss the critical challenges in achieving fault tolerance and the strategies for implementing effective quantum error correction.
The agenda will cover key topics such as the current limitations in hardware development, emerging solutions to enhance quantum error correction, and the path toward robust, fault-tolerant quantum systems. Participants will gain valuable insights into cutting-edge research, practical applications, and the roadmap to scalable quantum computing.
Join us to exchange knowledge, foster collaborations, and explore the next steps in bridging hardware innovations with the pursuit of fault tolerance in quantum computing.
Agenda:
- News from the Network
- Tech & Biz talks on Hardware, Error Correction & Fault Tolerance
- Valuable networking & business opportunities
- Labtour
- WG session: interactive Workshop
Speakers
- From Signal to Decoding: Low-Latency Control Stack for Real-Time Fault Tolerance
Francesco Battistel, Roadmap Leader, Qblox - MAGIC Quantum Computers
Michael Fromm, Quantum Applications Engineer, eleQtron - qCMOS in Quantum Computing
Sebastian Beer, Senior Application Engineer, Hamamatsu Photonics - Integrated control electronics for super-conducting qubits in the Munich Quantum Valley
Thomas Thönes, Group Manager RFIC Design, Fraunhofer Institute for Integrated Circuits - Quantum hardware at TNO
Pieter Thijs Eendebak, Quantum engineer, TNO - State of Hardware for Photonic Quantum Computing and Open Problems
Trevor Demille, Head of Quantum Hardware, QuiX Quantum - Making Quantum Matter Atom by Atom
Christoph Gohle, Quantum Systems Engineer, planqc - Flexibility and power of ASI detectors to power quantum science
Beniamino Ferrando, Product Manager, Amsterdam Scientific Instruments - Facilitating the European Quantum infrastructure with a one-stop-shop for end-users: Introduction of the EuroHPC JU QEX (Quantum Excellence Center)”
Julia Oesterling, EU adviser & coordinator Funding, Quantum Delta NL
About WG Quantum Computing & Applications
We are keen to drive the development of practical quantum applications and quantum advances. By fostering global relationships, forging international collaborative partnerships, and disseminating knowledge, we aim to establish the Working Group as a key figure driving Europe’s leadership in the area of quantum computing, influencing policy and fostering sector-wide integration.
Organizer
Speakers for this event
-
Beniamino Ferrando
Beniamino Ferrando
Amsterdam Scientific Instruments
Product Manager
Amsterdam Scientific Instruments
-
Christoph Gohle
Christoph Gohle
planqc
Quantum
Systems Engineerplanqc
-
Francesco Battistel
Francesco Battistel
Qblox
Qblox
-
Julia Oesterling
Julia Oesterling
Quantum Delta NL
EU adviser & coordinator Funding
Quantum Delta NL
-
Michael Fromm
Michael Fromm
eleQtron
Quantum Applications Engineer
eleQtron
-
Pieter Thijs Eendebak
Pieter Thijs Eendebak
TNO
Quantum
engineerTNO
-
Sebastian Beer
Sebastian Beer
Hamamatsu Photonics
Senior Application
EngineerHamamatsu Photonics
-
Thomas Thönes
Thomas Thönes
Fraunhofer IIS
Group manager RFIC Design
Fraunhofer IIS
-
Trevor Demille
Trevor Demille
QuiX Quantum
Head of Quantum Hardware
QuiX Quantum
