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Researchers have developed hairy cellulose nanocrystals that can capture off-target chemotherapy drugs to prevent tissue damage.

Researchers have developed a thin film containing a phase-change material that can switch between absorbing heat from the Sun and reflecting it.

By taking advantage of novel materials, researchers have produced nanolasers that can be switched on and off with a magnetic field.

Researchers have developed a method for stabilizing a specific perovskite material in solar cells, without compromising its near-perfect performance.

By applying machine learning to the data in their own megalibraries, researchers have successfully guided the synthesis of new nanomaterials.

Simple and effective approach to manufacturing a super hard material from bulk natural wood

By making selective adjustments to sulfidation reactions, researchers have developed methods for separating rare metals from mixed-metal materials.

New battery material offers useful stability and recharges as fast as lithium-ion batteries

Researchers have developed a novel low-temperature process for producing a stable black perovskite for use in solar cells.

Researchers have created a polymer-based photodetector that can be stretched by up to 200% without significantly losing its conductivity.

New material simulates all three layers of skin

Researchers have found that a nickel nanoparticle can catalyze the speedy synthesis of bilayer nanoribbons of molybdenum disulfide.

Particles made of an organic polymer core covered in DNA molecules can come together to form a material with properties of both a crystal and a liquid.

By incorporating soft joints, researchers have created a new type of porous, carbon-based crystals that can stretch to more than twice their length.

Researchers have discovered that a novel liquid crystalline cholesteric compound has the shortest known pitch.

By diluting a salt solution with an inert solvent, researchers have developed a syrupy electrolyte for longer-lasting sodium-sulfur batteries.

A combination of quantum mechanics and machine learning can accurately predict the reduction temperature of metal oxides to their base metals.

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Researchers have developed a method for stabilizing a specific perovskite material in solar cells, without compromising its near-perfect performance.

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