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Junior the autonomous car passes an initial round of tests in preparation for DARPA’s Urban Challenge, slated for later this year.
The technologies behind the battery packs for the GM Volt are being tested and could be ready within a year.
A new way to make hydrogen from corn or potatoes could make fuel-cell vehicles more practical.
New trafficking software will enable drivers to find the quickest route to their final destination.
A new material prevents overheating, making lithium-ion batteries safer for use in vehicles.
A leading chemist says that a better understanding of photosynthesis could lead to cheap ways to store solar energy as chemical fuel.
The flexible electric car platform is innovative, but the fuel-cell version is freighted with hydrogen’s flaws.
A new adaptive polymer coating combines unusual chemical properties to help maintain a clear view.
A new engine design could significantly improve fuel efficiency for cars and SUVs, at a fraction of the cost of today’s hybrid technology.
Polymers made using clay nanoparticles could lead to fuel-saving car parts and to lightweight fabrics much more resistant to tear.