Researchers show how unavoidable fabrication variations can be incorporated into nanodevice design, turning manufacturing imperfections into a resource for more robust device performance.

Bleaching transforms pollen paper into a robust substrate for a recyclable triboelectric generator that matches high performance polymer devices while preserving recoverable components and a ...

Researchers uncover how alkylsilane molecules improve charge injection in conducting polymers, offering a new route to higher-performance flexible and wearable electronics.

Carbon nanotube fibers and MXene form an ultrathin, mechanically strong film that provides electromagnetic interference shielding while suppressing infrared emission.

Researchers show that magnetite can spontaneously fragment tungsten, molybdenum and tantalum nanoclusters at room temperature ...

Atomically resolved imaging and quantum simulations show how defect type and density can stabilize, disorder, or melt ...

Molecular engineering creates a rigid perovskite thin film with exceptional thermal insulation, overcoming the usual tradeoff ...

Researchers developed a graphene oxide membrane that selectively removes caffeine from brewed coffee while retaining compounds important to its flavor and character.

Researchers developed a new spinning process that produces exceptionally strong graphene fibers while preserving the material’s high thermal conductivity.

A van der Waals integration framework separates the growth of high-quality functional crystals from the conventional ...