HGA principal, Joe Gibbons co-authored a technical article published by AIP Review of Scientific Instruments.
Section view of layout design of Hoffman Laboratory at Harvard University
Nanofabrication and imaging techniques require an ultra-quiet environment to reach optimal resolution. Clowes Professor of Science at Harvard University Laboratory for Integrated and Engineering, Dr. Jennifer Hoffman, proposed a cylindrical isolation plinth to accommodate nanofabrication and imaging techniques that require ultra-quiet environments to reach optimal resolution.
In collaboration with Dr. Hoffman, other quantum science researchers at Harvard University and along with engineering design colleagues, Joe Gibbons, contributed to developing simulations that demonstrates that a cylindrical design can achieve higher fundamental resonance frequency than a rectangular design of the same mass.
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For more information on the simulation and its findings, visit AIP Review of Scientific Instruments.
About the Author
To learn about HGA’s approach to working with our clients on planning, programming, and design of highly technical research environments, contact Joe Gibbons.