Alice & Bob in the news

Alice & Bob is contributing its cat-qubit expertise to QuBriC, Europe's first doctoral network focused on quantum error correction, aiming to train researchers and advance fault-tolerant quantum computing.

Alice & Bob is partnering with QuBriC, Europe's first doctoral network focused on quantum error correction, to train researchers and advance fault-tolerant quantum computing.

Alice & Bob has partnered with Qubric, a European doctoral network, to train researchers in quantum error correction.

Alice & Bob joined the QuBriC doctoral network to train quantum error correction specialists and advance fault-tolerant quantum computing.

Alice & Bob contributes its quantum error correction knowledge to QuBriC, a European doctoral network training researchers in quantum error correction.

Alice & Bob joined the —4.6M QuBriC Doctoral Network to advance quantum error correction by training PhDs and integrating their cat-qubit technology.

Alice & Bob is partnering with QuBriC, Europe's first doctoral network dedicated to quantum error correction, to train researchers and advance fault-tolerant quantum computing.

Alice & Bob joins QuBriC, a European doctoral network, to advance quantum error correction and train researchers for fault-tolerant quantum computing.

Alice & Bob's COO advocated for strategic European investment and collaboration to secure technological leadership in quantum computing at a digital sovereignty summit.

Alice & Bob partners with TERATEC to integrate quantum hardware into high-performance computing environments and advance quantum technology adoption.

Alice & Bob researchers rigorously defined Tiger codes algebraically, enabling finite constraint sets, non-Clifford gates, and robust bosonic quantum error correction.

Alice & Bob researchers discovered that specific gate restrictions can cancel the benefits of biased noise in quantum error correction, emphasizing the need for a bias-preserving CX gate or alternative measurement-based architectures.

Alice and Bob develops fault-tolerant quantum computers using cat qubits that suppress bit-flip errors at the hardware level, with a 2030 target of 100 logical qubits.

Researchers optimized cat qubit control using PPO and CMA-ES algorithms to improve stability and preserve error bias against hardware noise and drift, with a focus on moon cat states for enhanced robustness.

Alice & Bob is addressing the immense challenge of quantum error correction scalability by developing cat qubits and a decoupled AI approach to manage the high overhead of physical qubits needed for a stable logical qubit.

Bull and Alice & Bob are expanding their quantum computing partnership across R&D, software, product, and commercial work, focusing initially on France, the UK, and Germany.

Alice & Bob has published a blueprint for a decoupled AI architecture to reduce latency in quantum error correction control loops.

Alice & Bob released a technical blueprint for a decoupled AI architecture that manages error correction and hardware calibration within the strict microsecond latency requirements of superconducting quantum computers.

Quantum computing firm Alice & Bob rapidly expanded its team to 250 people and joined the French Tech Next40 program to accelerate its fault-tolerant hardware development.

Alice & Bob secured a spot in the French Tech Next40 index, highlighting its rapid growth and leadership in fault-tolerant quantum computing.