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My Stanford Profiles summary page (includes full academic cv)

My research group's official website

My current course offerings

Coherent Ising Machines, an NSF Expedition in Computing

My Burt McMurtry Arts Initiative project blog

My art and art-science personal website (click on the menu icon in the upper-right corner for my art-science tailored resume, links to articles and videos)

Hideo Mabuchi received an AB in Physics from Princeton and a PhD in Physics from Caltech.  He served as Chair of the Department of Applied Physics at Stanford from 2010-2016.  His early scientific research was focused on understanding open quantum systems, quantum measurement, and the quantum-to-classical transition.  In recent years his research group has turned towards fundamental issues of quantum engineering, such as quantum nonlinear dynamics, quantum feedback control and quantum model reduction.  Along the way his group has also worked substantially on single-molecule biophysics, quantum information science, and quantum materials.  In parallel with directing his group's sponsored research, Hideo has developed a deep personal interest in exploring the interfaces of modern science with traditional craft, aesthetic philosophy and new materialism.  He has been experimenting with novel teaching initiatives to help resurrect the ideals of liberal education in the modern university.

Hideo and his group have published in a wide range of journals including Physical Review Letters, Physical Review Applied, Applied Physics Letters, Nano Letters, Journal of the American Chemical Society, Biophysical Journal, and IEEE Transactions on Automatic Control.  His research has been supported over the years by the National Science Foundation, National Institutes of Health, NTT Research, DARPA, ONR, ARO, AFOSR, and NSA. 

A position paper on attojoule photonics (2018): PDF

A position paper on abstractions for quantum engineering (2019): PDF

A position paper on abstractions and co-design (2019): PDF

Partial transcript of a presentation on Materiality, Material Agency and Materials Science: PDF; link to an audio podcast