Jun-Han Huang

This paper introduces a quantum algorithm for identifying RNA 3D motifs by processing secondary structure graphs, demonstrating its ability to detect conserved motifs in RNA sequences.

The paper introduces VRP Assembler, a quantum computing-based method for haplotype-resolved de novo genome assembly, demonstrating its feasibility on synthetic genomes and the human MHC region.

This paper proposes a hybrid quantum algorithm for genome assembly using short and long reads to address repetitive sequences and sequencing errors, showing improved convergence and optimization.