NFQC Technology—Qudora´s Approach to Scalable and Robust Quantum Computation

下午 1:40 - 下午 2:10

Quantum computing holds the promise of transforming numerous fields by addressing problems that are intractable for classical systems. The development of practical quantum computers faces major challenges, particularly in achieving scalability and reliable error correction. Here, we introduce NFQC technology - Qudora´s novel approach to scalable and robust quantum computation based on microwave-driven operations. By leveraging precise microwave control, NFQC enables high-fidelity gate operations and enhanced fault tolerance. NFQC can outperform existing modalities in terms of scalability, coherence, and error resilience. These advantages position NFQC as a compelling candidate for next-generation quantum computing architectures.

Key Technologies Covered

Quantum Computing
Hybrid quantum computing
Optimization problems
Data centers
Trapped ions
NFQC

Featured Speakers

Dr. Amado Bautista-Salvador

CEO & Co-Founder, QUDORA Technologies GmbH

As CEO and CO-Founder of Qudora, he leads the company´s vision to build the
infrastructure for the commercial era of fault-tolerant quantum computing. A physicist,
materials scientist, and entrepreneur, with more than 18 years of experience in
trapped-ion quantum technologies. He has pioneered innovations in quantum
processor architecture, scalable ion-trap fabrication and integration, and Qudora´s
Near-Field Quantum Control (NFQC).
His work backed by multiple patented technologies forms the foundation of Qudora´s
platform. Under his leadership, Qudora is transforming breakthrough quantum
technologies into commercially deployable systems, with the goal of making utility-
scale quantum computing a reality.