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What if Eye...?

eyes.mit.edu · 727 words · saved by 1 readers

We created a virtual petri dish where digital creatures evolve eyes from scratch, replaying millions of years of evolution. Starting with a single light-detecting cell, our digital creatures face challenges that shaped real eyes over millions of years: navigating the world, discerning food from poison, and evading predators. Our digital creatures evolve different eyes based on survival needs - compound-like eyes for navigation, camera-like eyes for food and poison discrimination. Our creatures independently discover solutions that nature found - like lenses that focus light - emerging naturally to balance survival pressures and physical constraints of their environment. Kushagra Tiwary*, Aaron Young*, Zaid Tasneem, Tzofi Klinghoffer, Akshat Dave, Tomaso Poggio, Dan-Eric Nilsson, Brian Cheung **, Ramesh Raskar ** We computationally recreate the vision evolution to study what-if scenarios that never happened in nature and understand the principles behind biological vision evolution. * Eq

Computationally recreating vision evolution A What-if Eye... Universe? Kushagra Tiwary*1, Aaron Young*1, Zaid Tasneem*2, Tzofi Klinghoffer1,6, Akshat Dave1, Tomaso Poggio3, Dan-Eric Nilsson4, Brian Cheung**3,6, Ramesh Raskar**1 Evolution happened once. We build a video-game universe to replay evolution. This allows us to computationally study principles behind biological intelligence and create new forms of artificial intelligence. Agents begin with a single light-sensing cell and evolve their visual intelligence by facing real physics, embodied constraints, and survival pressures. The…

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