Stephen R. Forrest
Papers
3
Total Citations
41
H-Index
2
About
Stephen R. Forrest is a researcher working at the intersection of flexible electronics, energy harvesting, and robotics, with a particular focus on integrating advanced photovoltaic technologies into novel mechanical and biological-inspired systems. His work has made notable contributions to the development of kirigami-based compliant mechanisms — ingeniously engineered cut-pattern structures that transform from 2D sheets into dynamic 3D configurations — enabling multiaxis optical tracking and enhanced energy harvesting capabilities across applications ranging from soft robotics to nanophotonics. Forrest has also pioneered the integration of epitaxial lift-off thin-film III-V solar cell arrays with flexible antenna systems, achieving remarkable miniaturization in flapping-wing robotic platforms by engineering solar cells to serve dual roles as both power generators and radiating antenna elements. This multifunctional design philosophy has significantly reduced the size and mass constraints inherent in autonomous micro-robotic systems. His 2020 kirigami study has already garnered 22 citations, reflecting the community's growing interest in geometry-driven material transformations. Collectively, Forrest's research demonstrates a creative engineering approach that bridges materials science, renewable energy, and bio-inspired robotics, offering meaningful advances for next-generation autonomous systems.
Research Focus
Key Achievements
Top Papers
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