Gregory S. Blackman
Papers
1
Total Citations
151
H-Index
1
About
Gregory S. Blackman is a leading figure in the mechanics of micro- and nanoscale manufacturing, with his most influential work centered on microcontact printing (μCP). His research masterfully bridges theoretical mechanics and experimental validation to solve critical challenges in pattern fidelity. In his landmark 2004 study, which has garnered over 150 citations, Blackman provided the first comprehensive theoretical and experimental analysis of how stamp deformation degrades the quality of transferred patterns. By elucidating the coupled physics of elastomeric stamp mechanics, fluid transport, and interfacial adhesion, he established a quantitative framework that predicts and mitigates printing defects. This work has become essential reading for researchers developing flexible electronics, biosensors, and advanced lithographic techniques. Blackman’s contributions are foundational for engineers seeking to push the resolution limits of soft lithography, demonstrating that mastering mechanical deformation is key to achieving reliable, high-fidelity microcontact printing. His research continues to influence the design of next-generation stamp materials and processes.
Research Focus
Key Achievements
Top Papers
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