Novel reformulation of genome assembly and related tasks as graph-traversal optimisation (QUBO/HUBO), solved with Iterative-QAOA. Developed methodology to reintegrate computational solutions back into biology.
Developed hybrid quantum-classical pre-processing algorithms that losslessly shrink the input graph, paired with a tailored QAOA solver for the Maximum Weighted Clique problem. Demonstrated on IBM Heron r3 recovering more maximum-weight cliques than classical solvers.
Exact, information-conserving encoding of whole genomes as quantum states, using matrix product state depth–width trade-offs and index-reported verification.
World-first: the complete Hepatitis-Delta virus genome successfully loaded onto NISQ hardware.
A novel correlation-preserving encoding with no known classical or quantum analogue. Developed RotorMap which delivers a dramatic speedup over Minimap2 for long, noisy-read mapping. Developed a quantum DNA authentication protocol with evidence of quantum advantage in communication complexity.
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