Faster Genome Assembly for Plant and Animal Breeding

De novo genome assembly, the process of efficiently piecing short DNA segments (reads) into the full genome sequence, is a vital but computationally time-consuming task in life sciences, currently requiring days or weeks for completion.

Quantum search algorithms, such as those based on Grover’s algorithm, offer a potential quadratic speed-up over classical brute force search methods for searching large databases.

This enables extremely fast whole-genome assemblies, with run times potentially reduced from days/weeks to minutes, for entire breeding populations. This significantly enhances breeding efforts and aids early screening for deleterious mutations.