Insider Brief Researchers identified 24 computational problems with potential for substantial quantum speedups and outlined the conditions needed to achieve them.
The study covers areas including chemistry, optimization and data analysis, connecting theoretical quantum methods with possible practical applications.
Quantum computers could deliver substantial speedups on 24 computational problems, but a new study also reveals the challenging conditions that would make those gains useful.
From Candidate Problems to Useful Work The researchers group the 24 computational problems identified in the study into two stages based on how much is known about their potential quantum advantage.
The guide is aimed at scientists and other specialists who understand computing but may not know how to apply quantum methods to their work.