Battery technology is reaching its performance limit and may not be able to cope with the next generation of power hungry cell phones, laptops, digital cameras, camrecorders, PDAs and military ...

A research team has successfully developed a new method that can prevent the crossover of large fuel molecules and suppress the degradation of electrodes in advanced fuel cell technology using ...

University of Tsukuba researchers create a graphene filter that blocks large molecules to prevent fuel cell degradation. The new filter maintains high proton conductivity while stopping fuel crossover ...

Diamond semiconductors, nanoparticle-seeded solar cells and carbon-captured liquid fuels are illuminating a pathway to low-emissions energy systems. The transition to a clean energy future is crowded ...

The demand for direct methanol/formic acid-fuel cell technology development has been rising to achieve carbon neutrality. Methanol or formic acid is utilized as an e-fuel in a new technique to ...

Tsukuba, Japan—For realizing carbon neutrality, the demand for the development of direct methanol/formic acid-fuel cell technology has been increasing. In this technology, methanol or formic acid is ...