• Multiscale approach to catalysis

    Multiscale approach to catalysis

    Employing a multiscale approach to understand, design and optimize mesoscale catalyst architectures and processes.

  • Lim2019
  • Guan2019
  • Influence of van der Waals (vdW) Interactions on catalysis
  • Zugic2019
  • coverart3

    Dynamic Restructuring Drives Catalytic Activity on Nanoporous Gold-Silver Alloy Catalysts

    In situ characterization of the dynamic restructuring during the catalytic activity enables catalyst design (Nat. Mater., 2016)

  • modular design of mesoscale catalysts
  • Oxygen adsorption on spontaneously reconstructed Au(511)
  • Graphic of a catalyist performing catalysis over a vast range of pressures
  • Nueral network analyzing EXAFS data to determine nearest-neighbor structure.
  • Patel 2019 Graphical Abstract
  • Graphical abstract for Mehar 2020
  • Graphical highlight for publication O'Connor 2020. Dense hydrogen phase promotes hydrogen atom spillover.

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Boston startup "Metalmark Innovations" has strong IMASC roots

Tanya_ShirmanBoston-based startup Metalmark Innovations was co-founded by three IMASC researchers, post-doctoral alumni Drs. Tanya and Elijah Shirman, and active Senior Investigator Prof. Joanna Aizenberg, along with Metalmark CEO Sissi Liu.  The company is commercializing a nanostructured material platform that was developed in the Aizenberg lab at Harvard. The technology, known as Raspberry Colloid Templated (RCT) materials, is a highly porous and stable nanostructured architecture, which was originally inspired by the nano-scale design of the scales on Butterfly wings, such as the beautiful Metalmark family of butterflies.

Metalmark Innovations, which happens to be looking to hire material scientists and chemical engineering experts, has found a way to produce these amazing materials at industrial scale. The number of applications for this technology is huge, but Metalmark has chosen to focus first on the demonstrated ability of their materials to efficiently decompose air pollutants, which cause more than 8 million deaths annually. At IMASC, various modifications of RCT catalysts are studied to address a different problem – the improvement of challenging industrial-scale chemical synthesis reactions. Fundamental knowledge and proof-of-concept that were provided by the many IMASC papers, which relied on these materials, confirmed the incredible potential of this new catalyst. For more information, visit Metalmark’s web page https://www.metalmark.xyz/, or contact contact@metalmark.xyz.