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Every week, we hold a meeting to share updates and engage in discussions on advancing quantum computing through our novel approach—acoustic-based phase computing! Led by Arif A. Hasan (Wayne State University) and Pierre Deymier (University of Arizona), we are tackling one of the grand challenges of our time: scalable, robust quantum computing.
🔍 Current Focus:
Developing TA platforms for scalable Hilbert spaces with multiple nonlinear phi-bits.
Creating coherent superpositions of strongly correlated nonlinear phi-bits.
Designing operations and algorithms for large phi-bit systems.
📈 Anticipated Outcome:
Our goal is to develop the world’s first ambient operation tabletop 50 phi-bit computer, capable of processing complex data strings with up to 250 components in just milliseconds. This breakthrough promises robustness and scalability without the fragility typical of traditional quantum systems.
