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  • Maxwell Robb, Ph.D.
    12/15/16 -
    9:45 AM to 11:00 AM

    Maxwell J. Robb, Ph.D.

    Department Seminar

"Enabling Function in Soft Materials through Molecular Design"

The convergence of synthetic organic and polymer chemistry enables opportunities to create materials with unprecedented function. This seminar will explore the use of molecular design strategies to develop soft materials with exciting properties for applications ranging from sensing to self-healing. The first part of the talk will highlight a case study involving azulene-based polymers, illustrating how small variations in monomer structure can be harnessed to systematically modulate optoelectronic and stimuli-responsive behavior. The second part of the talk will investigate the emerging genre of polymer mechanochemistry and the relationship between mechanical force and chemical reactivity. Recent advances in the field including the discovery of a mechanically-facilitated retro-Staudinger cycloaddition and the development of a new mechanochromic force probe for stress sensing in polymeric materials will be discussed as well as new insights into fundamental mechanochemical processes. Finally, a closely related topic will address the translation of simple chemical concepts to create a technological platform for visual damage detection in engineering materials.

Maxwell Robb

Robb is the Beckman Institute Post-Doctoral Fellow at the University of Illinois, Urbana-Champaign. He earned his bachelor's degree in chemistry from the Colorado School of Mines, and his doctorate in Chemistry from the University of California, Santa Barbara. His post-doctoral research explores the development of new mechanochemically active molecules (mechanophores), structure-mechanochemical activity relationships, and new technologies for self-healing and self-reporting materials.

  • Event Details

    Location: 331 Smith Hall
    Host: Professor Marc Hillmyer
    Speakers:
    • Maxwell J. Robb, Ph.D.
    • Maxwell Robb
    • Beckman Institute for Advanced Science and Technology
    • University of Illinois
    • Urbana-Champaign

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