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TA quantum analogies for QIS (Project #1)

KAZI

When

Next event: 10 – 11 a.m., Jan. 28, 2026

Weekly on Wednesday until December 30, 2026

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.

 

P1