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How Quantum Computing is Driving the Future of Mobility

The transition to EVs has been heralded as a critical component in the global fight to reduce carbon emissions and tackle climate change. In the U.S., EVs accounted for 7.2% of new vehicle sales in 2023, according to the U.S. Department of Energy, with that number trending upward in 2024. Across Europe, vehicle owners are increasingly getting on board, with fully electric or plug-in hybrid vehicles making up 23.6% of new car sales last year, according to the European Environment Agency. The main obstacle for many drivers and fleet owners is that EVs can be less affordable than conventional vehicles. However, concerns also persist around performance, potential maintenance needs, and a lack of charging stations and other vital infrastructure in many areas. The automotive industry is making huge strides to address this challenge, yet pressure is mounting to move faster. It is for this reason that almost every major automotive manufacturer is embracing quantum computing to accelerate the rate of progress and help find solutions to complex problems.

Full opinion : The potential quantum computing has in development of electric vehicles is truly great.