Adam H Marblestone

Email: adam.h.marblestone [at] gmail

Publications: google scholar

Patents: google patents

CV: PDF

Essays

Architecting Discovery: A Model for How Engineers Can Help Invent Tools for Neuroscience (NEURON)

"Sometimes there is a tension in biomedicine: do we pursue basic science for curiosity’s sake, or do we focus on translational work... One way to connect the two is to consider a third path: what if we could accelerate our understanding of the basic science, via new technology, so that we could reduce the risk of translational work, and magnify the impact of the latter?"

How to Study the Brain (The Chronicle Review)

"We can’t simply ask 'what does this bundle of neurons do'? We have to ask, how might the brain work in principle, what clues can we gather from psychology and behavior... To a theoretical physicist, theory might look like elegant mathematical equations that quantitatively predict the behavior of a system. To a computer scientist, theory might mean the construction of classes of algorithms that behave in ways similar to how the brain processes information. Cognitive scientists have theories of the brain that are formulated in other ways..."

Designing Tools for Assumption-Proof Brain Mapping (NEURON)

"The timing is right to elucidate design principles for neuro-technologies that work backward from the fundamental properties of the brain and are equal to the challenge of mapping their mechanisms, rather than working forward from known technology building blocks..."

Selected Talks / Lectures

Fiber optic reflectometry neural recording (Glasgow, 2017): slides

Designing scalable biological interfaces (Harvard, 2014): slides

Stanford cs379c discussion: dense labeling with combinatorial codes (Stanford, 2015): slides, course notes


digital encoding for scalable brain mapping (MIT Media Lab, 2014): slides, video, meeting


Stanford cs379c discussion: molecular ticker tapes (Google, 2013): slides, audio, course notes


billion year old information technologies (TEDxBeaconStreet, 2012): video, TEDx blog, follow-up post


programming matter (Harvard, 2012): video


from quantum noise to heat (Yale, 2008): PDF


quantum entanglement, bell's theorem and reality in 12 minutes (Yale, 2006): PDF



Other talks and lectures I found interesting:

Some of the many papers that have influenced me over the years and/or that blow my mind:

A few of many technical and semi-technical books that have influenced me over the years:

Some other interesting stuff online:

  • Michael Nielsen on bitcoin
  • Michael Nielsen on the Google technology stack
  • Michael Nielsen on augmenting long-term memory
  • Baez on climate
  • Y Combinator on carbon scrubbing
  • Low cost DNA production roadmap
  • Church lab projects
  • MIT Xapiens club
  • Molecule of the month
  • Astronomy picture of the day
  • Computational psychiatry course readings
  • Guzey on how life sciences actually work
  • Alan Kay on how to fund research
  • Fourmilab
  • Greg Egan
  • The Mandelbrot set
  • Aaronson blog
  • Sustainable energy without the hot air
  • SpaceX
  • Graham essays
  • Marginal Revolution University economics courses
  • DNA and Molecular Computation
  • Protocol labs
  • Edge.org
  • Wolfram
  • NAS on negative emissions
  • ARPA-E ROOTS program
  • Minsky on education (and see OLPC-2 and so on)
  • Minsky in general
  • Merkle
  • KITP lectures
  • How to become a GOOD theoretical physicist
  • Shalizi notebooks
  • Brain inspired podcast
  • Paul Christiano
  • BRAIN initiative
  • Sarah Constantin
  • A software agent illustrating some features of an illusionist account of consciousness
  • Cognitive consilience
  • Sinclair predictions on aging
  • Norvig and Lisp in Python
  • Wait But Why
  • How to Start a Startup
  • Fab Academy
  • Culturing mammalian cells with only plant-based ingredients?
  • Old Edge Master Class on Synthetic Biology by Church and Venter
  • The Long Now Foundation
  • Open Philanthropy Project
  • The Hertz Foundation