Adjunct Associate Professor and Consultant
(with tenure, semi-retired)
Laboratory for NeuroEngineering,
Coulter Dept. of Biomedical Engineering,
Georgia Inst. of Technology, 313 Ferst Dr. NW,
Atlanta, GA 30332-0535
The Potter Group created the field of “Embodied Cultured Networks” in Pasadena at Caltech around 1999, and then continued to innovate in Atlanta, GA, where I was an Associate Professor in the Laboratory for NeuroEngineering from 2002-2015. The NeuroLab is a collective research unit within the Coulter Department of Biomedical Engineering shared between Emory University and the Georgia Institute of Technology. I was also proud to be part of Emory University’s Neuroscience Graduate Program.
Schedule high bandwidth interactions by email, or catch me at a conference. stevepwork at gmail
Here is my consulting page.
Here is my CV
Here are several interviews I have given in the past few years.
My Academia.edu Page is a good place to peruse our publications.
Another good place is ResearchGate:
My Google Scholar Profile has the latest citation counts, h-index, etc. for our papers.
My Linkedin profile has a corporate-style listing of my work.
My Maker Sabbatical has morphed into a Maker Lifestyle!
I am continuing to participate in the MAKER MOVEMENT, and am living in Castleblayney, County Monaghan, Ireland. I have resigned my position as Associate Professor at Georgia Tech and have closed my lab. I am sad to say goodbye to my beloved BME department and all my students, friends and colleagues at Georgia Tech. To all my alumni, collaborators and colleagues world-wide: I thank you all for your work and support in making my lab so successful!
My life outside of the ivory tower involves making and selling lovely and useful things with woodworking and electronics, programming of gadgets, paid consulting, mentoring, public speaking, and book writing. I wrote a book about REAL-WORLD TEACHING approaches that have been tremendously successful in my classes. It is called “How to Motivate Your Students to Love Learning”. It is now available at Amazon and other booksellers: Go to my book’s Amazon page. This poster provides a visual summary of the key points of the book:
SFN 2011 poster on Real World Teaching 23.12, ZZ11 Sat-Wed, Nov. 12-16
If you were hoping to join my lab, sorry, it no longer exists. I am sure you can find another lab in the Laboratory for Neuroengineering to join. There are many exciting things going on with my former colleagues there!
Here is an article that summarizes the Maker Movement, its roots in the San Francisco Bay Area, and how hardware hackerspaces and Maker Faires are fueling innovation. President Obama hosted a Maker Faire at the White House on June 18th, 2014 and declared it the 1st National Day of Making. Here he explains the importance of the Maker Movement in getting America back to its former glory of leading the world in coming up with creative inventions and building things.
TEDx talk: “NeuroEngineering: Neuroscience – APPLIED“
Here I define the word “neuroengineering” and explain how it is poised to fundamentally transform humankind, hopefully for the better…
Download the FREE eBook from Frontiers in Neuroscience here.
Courses Taught at Georgia Tech
- BMED/BIOL 4752 Introductory Neuroscience (syllabus)
- BMED 4400 Neuroengineering Fundamentals (syllabus)
- BMED 8813 Hybrid Neural Microsystems
- BMED 1300 Problems in Biomedical Engineering
See more on my Teaching Page!
To see Google Scholar’s most current list of my papers, including how many times they have been cited, click here.
For a complete list of papers and abstracts, see our Publications page or Academia.edu, which has a nice interface for browsing abstracts.
At Caltech, I worked jointly in the labs of Scott Fraser and Jerry Pine. Jerry was a professor of Biophysics in the Physics department. Scott (now at USC) was the head of the Caltech Biological Imaging Center. In 1994, we put together one of the first 2-Photon laser-scanning microscopes. This type of optical microscope allows viewing of living specimens for longer periods with less photobleaching and less phototoxicity than with other fluorescence microscopes.
- More info about 2-Photon Microscopy, including lots of pretty pictures.
- The Pine Lab home page.
- Our Publications List
- Controlling the power grid with neural networks: an NSF EFRI COPN project.
- New Neuroscience Technology for Studying Learning In Vitro: The Animat in a Dish.
- Controlling epilepsy with multielectrode stimulation (in collaboration with Dr. Robert Gross at Emory University School of Medicine).
- Multielectrode Array Recording and Stimulation of Cultured Neural Nets
- 2-Photon time-lapse of morphological dynamics in dendritic spines
- High-speed imaging of neural activity
- Development of the mammalian olfactory system, a 2-photon imaging collaboration with Peter Mombaerts, then a professor at the Rockefeller University (now head of Molecular Neurogenetics at the Max Planck Institute of Biophysics in Frankfurt, Germany).
I am interested in many fields related to brains and thinking, such as:
- artificial intelligence
- robotics (Georgia Tech’s Robotics & Intelligent Machines program)
- the scientific study of consciousness
- the mechanisms of creativity
- artificial life
- artificial Neural Networks
- self-organization, chaos, feedback systems, and complex dynamical systems (such as brains!).
Essays, book reviews, etc., by Steve M. Potter
- Better Minds: Cognitive Enhancement in the 21st Century. A position paper I wrote for the Russian book, “Evolution Haute Couture: Art and Science in the Post-Biological Age” Part 2 – Theory, Edited by Dmitry Bulatov. Here is the Color pre-print of my chapter.
- What can Artificial Intelligence get from Neuroscience? From a chapter I wrote for a book by attendees of the 50th Anniversary Summit of Artificial Intelligence, July 2006.
- Review of Norman Doidge’s book, “The brain that changes itself: Stories of personal triumph from the frontiers of brain science.”
- Networking on the Volkscomputer: the Wave of the Future. Apple Computer had an essay contest when I was a grad student at UC Irvine. It was 1992 and I think my ideas were a bit too far ahead of their time for Apple to appreciate. I basically described what became AppleTV and Siri — yet I didn’t win the prize: a MacSE 🙁
- When Technology Becomes Us. Review of Andy Clark’s “Natural-Born Cyborgs: Minds, Technologies, and the Future of Human Intelligence”
- The Meaning of “Life”. A paper I wrote in college, to get at what we mean when we talk about living vs. non-living things.
- DNA Is Not a Blueprint! Essay about how information is layered in biological systems, and often drawn from the environment.
- Just Pretending. Essay about the role of pretending in children’s play and in learning.
- Review of “Successful Scientific Writing”, by Janice R. Matthews, et al.
- Other book reviews I wrote on Amazon.
The Group Mind
For two years while at Caltech, I led a reading group on books about the mind, at Pasadena’s premier independent bookstore, Vroman’s (https://vromansbookstore.com/).
Books we read and discussed:
- A Mind So Rare: The Evolution of Human Consciousness, by Merlin Donald
- The Age of Spiritual Machines: When Computers Exceed Human Intelligence, by Ray Kurzweil
- Descartes’ Error: Emotion, Reason, and the Human Brain, by Antonio Damasio
- Metamagical Themas: Questing for the Essence of Mind and Pattern, by Douglas Hofstadter
- Kinds of Minds: Towards an Understanding of Consciousness, by Daniel C. Dennett
- Phantoms in the Brain: Probing the Mysteries of the Human Mind, by V. S. Ramachandran and Sandra Blakeslee
- Being There: Putting Brain, Body, and the World Together Again, by Andy Clark
- Evolving Brains, by John Allman
- The Meme Machine, by Susan Blackmore
- The Cultural Origins of Human Cognition, by Michael Tomasello
- The Society of Mind, by Marvin Minsky
- A Universe of Consciousness: How Matter Becomes Imagination, by Gerald Edelman and Giulio Tononi
- Figments of Reality: The Evolution of the Curious Mind, by Ian Stewart and Jack Cohen
- Consciousness Explained, by Daniel C. Dennett
I have dabbled in a variety of activities, including bicycling, hang gliding, racquetball, hiking, reading, thinking about thinking, woodworking, collecting rocks and other heavy objects, remote-control sailplane flying, photography, fixing and building things, creating unusual art, and body-surfing.
I also enjoy supporting my wife’s creative endeavors. Check out her hand-made greeting cards!
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