RESEARCH · RESEARCH · #499
WIRED’s 'PitchFly' uses open‑sourced fruit‑fly connectome to generate story ideas
WIRED reporter Will Knight built 'PitchFly', a toy project that feeds popular WIRED headlines into an open‑sourced drosophila (fruit‑fly) connectome—a 166k‑neuron map developed by researchers at Google and partner institutions—to generate novel story pitches. The connectome’s public release has spurred dozens of hobbyist and research experiments (from games to trading bots), illustrating how accessible biologically‑inspired neural simulations have become.
KEY POINTS
- WIRED reporter Will Knight built 'PitchFly', a toy project that feeds popular WIRED headlines into an open‑sourced drosophila (fruit‑fly) connectome—a 166k‑neuron map developed by researchers at Google and partner institutions—to generate novel story pitches.
- The connectome’s public release has spurred dozens of hobbyist and research experiments (from games to trading bots), illustrating how accessible biologically‑inspired neural simulations have become.
- The open release of a full fruit‑fly connectome makes biologically derived neural simulations easy to reuse, lowering the barrier for experiments that bridge neuroscience and AI and highlighting how small, specialized models can be rapidly repurposed.
WHY IT MATTERS
The open release of a full fruit‑fly connectome makes biologically derived neural simulations easy to reuse, lowering the barrier for experiments that bridge neuroscience and AI and highlighting how small, specialized models can be rapidly repurposed.