Collections

Filters ​

  • Focus |

    Several important works of art have been inspired by scientific concepts and are being displayed in several galleries around the world.

    Image: Heritage Image Partnership Ltd / Alamy Stock Photo

  • Focus |

    Plastic dispersed in the environment eventually fragments in minuscule particles known as microplastic and nanoplastic.

    Image: Artwork by Thomas Kast, PhD

  • Focus |

    When two or more individual monolayers are placed together to form an artificial homo- or heterostructure, the real van der Waals (vdW) architecture begins offering reach electronic, optical and magnetic phenomena oftentimes utterly unlike the monolayer case.

    Image: Fabien Vialla

  • Collection |

    In health and biomedical applications, electronic technologies allow monitoring, sensing and extracting physiological data as well as correcting or supporting tissue function through electrical stimuli. This collection highlights the recent developments in materials science, electronics and biology of bioelectronic devices.

    Image: Andriy Popov / Alamy Stock Photo

  • Insight |

    Water is arguably the most fundamental natural resource for life. But the availability of clean water for all the needs of modern society is becoming a challenging issue.

    Image: Stephen Buford / EyeEm / Getty

  • Collection |

    Welcome to NatureTech, Nature's home for life-science technology content.

  • Collection |

    Efficient redox catalysis offers an important avenue in using renewable energy to process fuels. To this end, efforts in homogeneous, heterogeneous and microbial catalysis may each advance our fundamental understanding and technological capabilities.

    Image: David Schilter/Rachael Tremlett

  • Focus |

    Colloidal quantum dots are often referred to as artificial atoms, primarily because of their atom-like electron energy spectrum. Like atoms, they can form ordered structures that are commonly referred to as quantum dot solids. In this focus we provide an overview of the electronic properties of quantum dot solids. In particular, we explore the developments that have led to the observation of high electron mobility, and the challenges and opportunities for the incorporation of quantum dot solids in optoelectronic devices.