Autonomous Materials Systems Group

Autonomous Materials Systems Group

A new model for materials systems

The Autonomous Materials Systems Group creates unprecedented functions through a unique combination of bioinspired design, novel manufacture, and multiscale analysis.

Microcapsules in a polymer
A polymer sample fabricated via frontal polymerization shows a rainbow of colors in concentric rings
The Autonomous Materials Systems Group combines chemistry, materials science, mechanics, and computational science. Biological systems inspire the group’s work. Members then synthesize a limited palate of material ingredients to create new multiscale, hierarchical material architectures that combine chemical, electrical, mechanical processes and signals.
A polarized optical microscopy image of a nanothin film, which looks like neon purple lines against a darker purple backround
Including interdisciplinary viewpoints is essential to the group’s work. They’re developing autonomous materials systems with the ability to perform multiple functions through careful combinations of structural properties and additional functional capabilities. They deliver truly dramatic improvements in system-level efficiency. The group is uniquely configured to stimulate communication, increase knowledge, and bridge gaps across disciplines related to this emerging design philosophy.
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Group leader

  • Nancy R. Sottos

Latest news

  • News
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    2020 Beckman Institute postdoctoral fellows announced

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    Understanding how monomer sequence affects conductance in ‘molecular wires’

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    Diao, Sadaghiani named LEAP Scholars by LAS

    Portraits of Sepideh Sadaghiani, left, and Ying Diao at the Beckman Institute.
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    Sottos elected to National Academy of Engineering

    Nancy Sottos
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    Researchers gain control over internal structure of self-assembled composite materials