The conference will bring together leading researchers in quantum error correction, spanning theory and experiment, and working across a wide range of platforms—from superconducting qubits and trapped ions to photonic and atomic systems. The goal is to foster exchange between communities that, while operating in distinct physical regimes and frameworks such as discrete and continuous variable codes, share common goals in building robust, fault-tolerant quantum technologies. By covering a broad spectrum of approaches, the conference aims to provide an interdisciplinary platform to explore synergies, confront shared challenges, and chart new directions in the pursuit of scalable quantum computing.
Below you’ll find the conference schedule organized by themes, along with a preliminary list of speakers. In the coming months, this list will become more concrete, and a detailed schedule by speaker will be published here.
Schedule by themes
The conference is organized around six broad topics: theoretical quantum error correction (QEC) with discrete (DV) and continuous variable (CV) systems, experimental QEC with DV and CV platforms, theoretical and experimental approaches to fault tolerance (FT).
Confirmed speakers
- Barbara Terhal (TU Delft)
- Steven Flammia (Virginia Tech)
- Kenneth R. Brown (Duke University)
- Victor V. Albert (University of Maryland)
- Margarita Davydova (Caltech)
- Nikolas P. Breuckmann (University of Bristol)
- Philippe Campagne-Ibarcq (Inria)
- Friederike Butt (RWTH Aachen University)
- Seigo Tarucha (RIKEN)
- Jonathan Home (ETH Zürich)
- Andreas Wallraff (ETH Zürich)
- Thomas Monz (University of Innsbruck)
- Benjamin Brown (IBM Quantum)
- Charles Cao (Virginia Tech)
- Harry Putterman (AWS CQC)
- Jeff Thompson (Princeton University)
- Christophe Vuillot (Alice&Bob)
- Alejandro Bermúdez (Instituto de Física Teórica)
- Juan Pablo Bonilla Ataides (Harvard University)
- Joseph Rennes (ETH Zürich)
- Alexander Grimm (PSI)