New research in Nature Communications finds that agrivoltaic systems, which combine solar panels with active farming, can reduce political polarization...

A free-chloride-rich ionic liquid electrolyte enables a reversible three-electron sulfur redox in lithium–disulfur dichloride batteries, lifting the operating voltage to...

Researchers have developed a modular co-simulation framework that couples a physics-based PEM fuel cell stack model with a dynamic balance-of-plant...

Frontiers Science House will convene scientists, business leaders, and policy heads in New York during Climate Week NYC to debate...

Wind turbines have become one of the most recognizable symbols of the global transition to renewable energy, yet their smooth,...

Researchers have optimized the layout of hundreds of vertical, sun-tracking solar panels on a lunar south pole ridge to deliver...

Scientists have printed a biodegradable PBAT–polypropylene battery separator whose nanoscale pore structure delivers ionic conductivity 633 percent higher than standard...

Lithium-sulfur and sodium-sulfur batteries have long promised a revolution in energy storage, offering theoretical energy densities far beyond today's lithium-ion...

A signal that seems to reveal lithium ions racing through a battery may, in fact, be nothing more than a...

In a development that could reshape the landscape of clean energy technology, researchers at the University of Texas at San...