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Aizenberg

Biomineralization and Biomimetics Lab

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    • Adaptive Hybrid Architectures
    • Wettability
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    • Self-assembly
    • Slippery Surfaces
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    • Crystal Growth
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  • Biological Engineering Principles

    The level of control that organisms exercise over the materials properties of structural inorganic biomaterials is unparalleled

  • Adaptive Hybrid Architectures

    Dynamic structures that respond reversibly to changes in their environment...

  • Wettability

    The need to fend off water is as fundamental as the need to acquire it: water absorption by buildings fosters mold growth ...

  • Slippery Surfaces

    Harvard Professor Joanna Aizenberg shows David Pogue the Nepenthes Pitcher Plant, a carnivorous plant whose slippery surface...

  • Bio-inspired Optics

    Micropillar arrays used to emulate diffraction found in the butterfly P. Luna

  • Self-assembly

    A colloidoscope of colloid-based porous materials

  • Bionanointerfaces

    Cells of all types take cues from the surfaces they encounter in their environment.

  • Crystal Growth

    Using only simple salts from the soil or water and only themselves as .....

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AIZENBERG Biomineralization and Biomimetics Lab

29 Oxford Street | Cambridge, MA | 02138

 

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