Robotic emotions
summary
A bio-plausible mouse-brain model reproduces dopamine, serotonin and noradrenaline subsystems and maps Hugo Lövheim’s cube of emotions to cortical activity, producing eight psych‑emotional states. Initial simulation runs 21 seconds of activity but takes eight hours to compute, then a stripped-down neuromodulator set is optimized into a real‑time robot that exhibits joy, disgust and fear (approaches real coins, rejects fake ones). A separate spinal‑cord model runs in real time and targets rehabilitation with half a million synapses and a projected industrial timeline of about five years, showing feasible neuro‑inspired control hardware.
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chapters (13)
- 0:00Robotic emotions intro
- 0:48Psych-emotional states defined
- 3:20Dopamine serotonin noradrenaline
- 9:21Mouse brain emotional sims
- 10:04Real-time robot emotions
- 11:33Neuromorphic hardware
- 14:01Spinal cord models
- 16:29Neural networks trauma
- 17:56Summary future emotions
- 18:24Q&A Neuralink rehab
- 23:48Can robots feel emotions
- 27:43Emotions for empathy
- 29:09AI risks basic emotions
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