Semiconducting polymer nanomaterials combine flexibility and conductivity, driving advancements in organic electronics, energy storage, and sensor technologies.

Explore the differences between intentional (engineered) and incidental (unintentionally produced) nanomaterials, their origins, applications, regulatory considerations, and implications for health ...

Nanomaterials are human-generated substances on the nano scale. In nanomedicine, scientists are creating materials and devices that work with your body at the atomic or molecular level.

Why Are Nanomaterials Poised to Change the World? While a single nanoparticle possesses special properties, billions of them together can bring these properties into the material world.

Innovative nanomaterials in skincare improve cosmetic formulations, offering targeted delivery and enhanced stability for ...

Nanomaterials can also be used in dispersants. Clay-based nanomaterials can stabilize oil particles in an emulsion, resulting in a larger area for oil-eating bacteria to grow and accelerating oil ...

Carbon nanomaterials offer significant opportunities across diverse industries, such as aerospace, energy, and healthcare, due to their unique properties like high strength, flexibility, and ...

The Global Market for Nanotechnology and Nanomaterials 2024-2034 is an in-depth analysis of the opportunities afforded by these remarkable materials and technologies.

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Nanotoxicity refers to the potential adverse health effects caused by exposure to nanomaterials. Understanding the factors influencing toxicity and assessing the risks are crucial for the safe ...

The analysis reviewed 1,154 original scientific articles published between 2009 and 2022 on the effects of nanomaterials in 1,374 plants belonging to 253 species.

Clay-based nanomaterials can stabilize oil particles in an emulsion, resulting in a larger area for oil-eating bacteria to grow and accelerating oil disappearance.