@ZijingWu381 No I mean animal-AI-robot hybrids, e.g. https://t.co/i5F4y7crqL or https://t.co/xARhXWYIo5
RT @maxhodak_: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
Gonna take the opportunity to plug that Steve Potter started doing this in 2001 and the fact that it isn't a more widely used experimental approach is bananas. 🔌🧠🧫💻🤖🍌 https://t.co/kMpfobg8HU https://t.co/8StpsfM2YX https://t.co/2ZmZVPDQEK
More animats (cc: @AnsonZLim): Michael Arbib (Google Scholar): https://t.co/lwiBaPAiVf "Neurally-controlled Animat" Potter Lab, Georgia Tech: https://t.co/2OYXYVfODR Paper: https://t.co/FU0GThXgXR https://t.co/6I95xNrXX6
For more information about digitally encoding biological processes, I recommended checking out "The Neurally Controlled Animat", for research about the replication of neural nets onto measurable multi-electrode arrays. https://t.co/BBCRMWx2ER
Have to say this also got me hooked
PDF file https://t.co/mmemRiJ19z
RT @max_hodak: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
RT @max_hodak: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
RT @max_hodak: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
RT @max_hodak: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
RT @max_hodak: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
RT @max_hodak: The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): ht…
The classic paper that got me into this is "The Neurally Controlled Animat" by DeMarse, Wagenaar, Blau and Potter (2001): https://t.co/mM5SNJRsui There's also a JoVE video where they walk you through the cell culture protocol: https://t.co/svG1pQObyW 6/n
The Neurally Controlled Animat: Biological Brains Acting with Simulated Bodies Cool 2001 study using actual neurons to control a simulated organism in a simulated environment https://t.co/tWTCgil64L
RT @drmichaellevin: Really cool work implementing the "brain in a vat" concept from Philosophy of Mind 101 - neural cultures in vitro learn…
RT @drmichaellevin: Really cool work implementing the "brain in a vat" concept from Philosophy of Mind 101 - neural cultures in vitro learn…
RT @drmichaellevin: Really cool work implementing the "brain in a vat" concept from Philosophy of Mind 101 - neural cultures in vitro learn…
RT @drmichaellevin: Really cool work implementing the "brain in a vat" concept from Philosophy of Mind 101 - neural cultures in vitro learn…
RT @drmichaellevin: Really cool work implementing the "brain in a vat" concept from Philosophy of Mind 101 - neural cultures in vitro learn…
Really cool work implementing the "brain in a vat" concept from Philosophy of Mind 101 - neural cultures in vitro learn to run a flight simulator: https://t.co/UoQOpuoVuT More: https://t.co/VydVbXeOI0 https://t.co/CBgHMvV2bu
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
RT @drmichaellevin: To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already unde…
To help study brain-body plasticity (like https://t.co/02gb90iOFE), put brains into simpler bodies that we already understand: https://t.co/9FRUDcR3bJ https://t.co/VydVbWXdQs https://t.co/pGePHYm2rk https://t.co/lGYkwpHetD
The Neurally Controlled Animat: Biological Brains Acting with Simulated Bodies https://t.co/pFISMD2zn6
‘The neurally controlled Animat: biological brains acting with simulated bodies’ http://t.co/0yxY3XQbgw