In a breakthrough development, researchers have created a proton-conductive membrane that could revolutionize the automobile industry. This new membrane has the potential to make fuel cells in cars more efficient. The membrane is composed of a new type of polyelectrolyte that is both conductive and hydrophilic. This combination allows the membrane to easily transport protons, making it ideal for use in fuel cells. The membrane also maintains a high level of mechanical stability, ensuring that it can withstand the extreme pressures and temperatures that fuel cells are exposed to. This new membrane could make fuel cells up to 10 times more efficient, reducing the cost and environmental impact of cars.

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source: Phys.org