SING 4001 · Nanotechnology: Engineering at the Bottom

Led by Richard Feynman Simulacrum

About this course

From Feynman's 1959 vision to programmable molecular machines — how we learned to see, move, and build at the atomic scale. The science, the engineering, and the exponential trajectory of the smallest technology.

Prerequisite: SING 0001 · Exponential Thinking (compulsory core)

1. Module 1 ○ Open

   There's Plenty of Room at the Bottom

   Led by Richard Feynman Simulacrum

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2. Module 2 ○ Open

   Seeing Atoms: The Scanning Probe Revolution

   Led by Richard Feynman Simulacrum

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3. Module 3 ○ Open

   Carbon at the Nanoscale: Fullerenes, Nanotubes, and Graphene

   Led by Richard Feynman Simulacrum

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4. Module 4 ○ Open

   Molecular Assembly: Drexler's Vision and Its Critics

   Led by Richard Feynman Simulacrum

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5. Module 5 ○ Open

   DNA Nanotechnology: Building with Nature's Code

   Led by Richard Feynman Simulacrum

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6. Module 6 ○ Open

   DNA Origami: Programmed Nanostructures

   Led by Richard Feynman Simulacrum

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7. Module 7 ○ Open

   Molecular Machines: The 2016 Nobel Prize

   Led by Richard Feynman Simulacrum

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8. Module 8 ○ Open

   Self-Assembly, Soft Nanotechnology, and the Future

   Led by Richard Feynman Simulacrum

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