Eduardo Mendoza
Quantum Hardware Lead
Pioneering breakthroughs in quantum hardware development, including revolutionary superconducting qubit technologies and scalable quantum processor architectures.
Quantum Hardware Lead
Pioneering breakthroughs in quantum hardware development, including revolutionary superconducting qubit technologies and scalable quantum processor architectures.
Specializing in quantum processor architectures with room-temperature superconducting qubits and novel materials science applications.
Creating production-ready quantum systems with high stability, scalability, and error correction implementations for real-world applications.
Spearheading quantum hardware development with breakthroughs in room-temperature superconducting qubits and modular quantum processor assemblies.
Revolutionized superconducting qubit design with first room-temperature capable qubits. Developed scalable qubit manufacturing techniques.
Developed foundational work in error correction for superconducting qubits. Contributed to 15+ peer-reviewed quantum hardware papers.
Seeking collaboration on quantum hardware development or want to discuss the future of quantum computing infrastructure?
Initiate a Discussion