Energy—expensive and dirty as it often is—is at present a limiter technolgogy’s rate of process. Not for too much longer.

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As with AI. Robotics proved much more difficult in practice than early engineers assumed. The real world is strange, uneven, unexpected, and unstructured environment, exquisitely sensitive to things like pressure: picking up an egg, an apple, a brick, a child, and a bowl of soup all require extraordinary dexterity, sensitivity, strength, and balance. An environment like a kitchen or workshop is messy, filled with dangerous items, oil slick, and multiple different tools and materials. It’s a robot’s nightmare

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The capability has given rise to the new field of synthetic biology—the ability to read, edit, and now write the code of life.

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Genetic engineering sounds modern, but it’s actually one of humankind’s oldest technologies [e. g. selective breeding].

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The coming wave of technology is built primarily on two general-purpose technologies capable of operating at the grandest and most granular levels alike: artificial intelligence and synthetic biology.

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For most of the history, the challenge if technology lay in creating and unleashing its power. That has now flipped: the challenge of technology today is about containing its unleashed power, ensuring, it continues to serve us and our planet.

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A more tectonic process, where it’s a question of not if these powers are harnessed but them, in what form, and by whom.

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