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Learn how to identify suitable problems for quantum computing in this 30-minute video from the Quantum Computing in Practice series. Explore broad guidelines for problem selection based on computational complexity theory and practical considerations, followed by analysis of three recent real-world applications. Examine detailed case studies including quantum simulations of hadron dynamics using the Schwinger Model with 112 qubits, bias-field digitized counterdiabatic quantum optimization, and mRNA secondary structure prediction using utility-scale quantum computers. Gain insights from current research papers and discover how to effectively leverage quantum computing capabilities for solving complex computational challenges.
Syllabus
Which Problems Are Quantum Computers Good For? Quantum Computing in Practice
Taught by
Qiskit