Assistant Professor in the Thomas Lord Department of Mechanical Engineering and Materials Science
Feng Group's mission is to develop innovative materials and mechanisms to address pressing global challenges in energy, climate, and health. We have three directions in the group: (1) Carbon Capture and Removal: The climate crisis is reshaping how we harvest, store, and consume energy globally. Our group at Duke is dedicated to tackling grand challenges in environmental sustainability by working at the intersection of materials science, photochemical and electrochemical processes, and polymer science and engineering to capture and remove carbon from complex and often dilute mixtures. (2) Critical Materials, Metals, and Minerals: Our work draws inspiration from biological systems to develop innovative solutions for capturing and utilizing critical materials, metals, and minerals directly from water. (3) Bioinspired Soft Matter: Learning from nature, our project seeks to develop molecular systems that replicate the intricate synthesis and high-fidelity mechanisms seen in biological processes, such as those driven by ribosomes.
We are actively recruiting multiple members at varying levels to our group.
Appointments and Affiliations
- Assistant Professor in the Thomas Lord Department of Mechanical Engineering and Materials Science
Contact Information
- Email Address: liang.feng@duke.edu
- Websites:
Education
- Ph.D. Texas A&M University, 2020
Research Interests
Carbon Capture and Removal | Negative Emissions | Decarbonization | Critical Materials, Metals, and Minerals | Bioinspired Soft Matter | Supramolecular & Porous Materials | Polymer Science & Engineering
Awards, Honors, and Distinctions
- IUPAC Top Ten Emerging Technologies in Chemistry. International Union of Pure and Applied Chemistry. 2024
- Duke Trailblazer. Pratt School of Engineering. 2024
- IGNIITE Early-Career Innovator. ARPA-E / US Department of Energy. 2024
- ACS Sustainability Star. American Chemical Society. 2024
- Agilent Early Career Professor Award Finalist . Agilent. 2024
- Scialog Collaborative Innovation Award. Sloan Foundation. 2024
- Bezos Earth Fund $1M Greenhouse Gas Removal Ideation Prize Winner. Bezos Earth Fund. 2024
- Scialog Fellow in Negative Emissions Science. Research Corporation for Science Advancement. 2023
- MRS Postdoctoral Award. Materials Research Society. 2022
- Award for Excellence in Publications by a Young Member. International Adsorption Society. 2022
- 12 Under 12 Young Alumni Spotlight. Association of Former Students, Texas A&M University. 2022
- Forbes 30 Under 30. Forbes. 2022
- Distinguished Graduate Student Award for Excellence in Research. Association of Former Students, Texas A&M University. 2020
- Graduate Student Award . Materials Research Society. 2020
- Distinguished Student Award in Nanotechnology. Foresight Institute. 2020
Courses Taught
- ME 555: Advanced Topics in Mechanical Engineering
- ME 491: Special Projects in Mechanical Engineering
- ME 490: Special Topics in Mechanical Engineering
In the News
- IUPAC Announces “Active Adsorption” Among 2024 Top Ten Emerging Technologies in…
- High-Performance Porous Crystals Pave the Way for Future Hydrogen Storage in Fu…
- Duke Trailblazer: Liang Feng (Aug 26, 2024 | Pratt School of Engineering)
- Liang Feng Wins Early Career Award for Carbon-Capture Research (Jul 23, 2024 | …
- Meet the American Chemical Society’s first sustainability star, Liang Feng (Jun…
- Liang Feng and Team Land Funding for Negative Emission Science Research (Jan 25…
- Meet the New Faculty Strengthening Duke’s Work on Climate Change (Nov 16, 2023 …
- Engineering Solutions to Cutting Greenhouse Gases (Oct 26, 2023 | Pratt School …
- Liang Feng: Creating Porous Materials for Enhanced Greenhouse Gas Reduction and…
- Liang Feng Will Be Joining Duke University as a Tenure-Track Assistant Professo…
- When push comes to shove (Feb 1, 2022)
- Liang Feng named to the prestigious Forbes 30 Under 30 list (Dec 16, 2021)
- First fundamentally new form of adsorption for more than 90 years driven by mol…
- Mechanisorption mimics biomolecular machinery (Oct 21, 2021)