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Michael Strano MIT Chemical Engineering and Nanotechnology Research Profile

Michael Strano is the Carbon P. Dubbs Professor of Chemical Engineering at the Massachusetts Institute of Technology. He leads the Strano Research Lab, which focuses on nanotech...

Mara Ellison
Michael Strano MIT Chemical Engineering and Nanotechnology Research Profile

Michael Strano Academic Position and Institutional Affiliation

Michael Strano is the Carbon P. Dubbs Professor of Chemical Engineering at the Massachusetts Institute of Technology. He leads the Strano Research Lab, which focuses on nanotechnology, materials science, and energy systems. His work is widely cited in peer-reviewed journals and often referenced by industry and government research programs MIT.

He has held appointments in chemical engineering and has been associated with MIT's Department of Chemical Engineering since the early 2000s. His laboratory is based at MIT's campus and collaborates with other departments and external institutions on projects involving nanomaterials and biological systems.

Research Areas and Scientific Contributions

Nanomaterials and Carbon Nanotubes

Strano is known for research on carbon nanotubes, graphene, and other nanomaterials. His group has published studies on the synthesis, characterization, and applications of these materials in electronics, sensors, and energy storage Nature.

Energy and Environmental Applications

His research includes work on solar energy, thermoelectric devices, and water purification using nanomaterials. The Strano Lab has explored how nanomaterials can improve energy conversion and storage systems, with results published in journals and presented at scientific conferences.

Notable Projects and Collaborations

Strano has collaborated with researchers at MIT, other universities, and industry partners on projects involving nanotechnology and energy. His work has been funded by federal agencies, foundations, and industry sponsors, and has resulted in patents and licensed technologies.

He has been involved in interdisciplinary projects that combine chemical engineering, biology, and materials science. These collaborations aim to develop new tools for sensing, diagnostics, and energy applications, often involving teams from multiple institutions.

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