10 November 2025 — Fault tolerance remains one of quantum computing’s most complex frontiers, and one that cannot be solved by algorithms alone. The key lies deep within the hardware: in how we design, control, and scale quantum systems to reduce and manage errors.
At last week’s QBN WG Quantum Computing & Applications, hosted by Amsterdam Scientific Instruments, our members continued this essential conversation, delving into the advances shaping the future of robust quantum computing.
The morning sessions set the stage with perspectives on Europe’s evolving quantum infrastructure and presentations from leading hardware innovators, spanning trapped ions, photonics, and neutral atom systems. Each addressed key aspects of error correction, coherence, and control.
In the afternoon, discussions turned increasingly practical during the interactive workshop on advancing toward fault-tolerant quantum computing. Participants exchanged ideas on the near-term steps needed to translate scientific insight into engineering progress. The session was followed by presentations exploring detectors, control electronics, and integrated systems, examining how each component contributes to achieving fault tolerance in real-world applications.
A highlight of the programme was the lab tour at the University of Amsterdam’s Strontium Quantum Gases Group, where members experienced first-hand how fundamental research on neutral atom systems is pushing the boundaries of precision and control. It was a vivid reminder of how closely science and engineering intertwine on the path to scalable quantum computing.
Days like this underline the importance of the 𝐐𝐁𝐍 𝐖𝐨𝐫𝐤𝐢𝐧𝐠 𝐆𝐫𝐨𝐮𝐩𝐬, providing a space where research meets application and collaboration turns complex challenges into shared understanding.
We thank all QBN members who joined the discussions and helped shape the day’s insights, including organisations represented in the sessions — Qblox, eleQtron, Fraunhofer IIS, TNO, QuiX Quantum, Amsterdam Scientific Instruments, Quantum Delta NL, and planqc. Their presentations highlighted the latest advances in hardware for fault-tolerant quantum computing, while the wider QBN community brought a wealth of perspectives and expertise. Together, these contributions showcase the collaborative spirit and strength of Europe’s quantum computing ecosystem.
Read more about WG Quantum Computing & Applications.
Media contact:
Mila Korunovska
Marketing & Event Manager
+49 176 8499 6747
m.korunovska@qbn.world
www.qbn.world
