eddyentropy: Each sphere in this software-modeled nanomachine represents a single atom. The source page includes animations of other such machines. From the source: Drexler-Merkle Differential Gear Description:This is the Drexler-Merkle Differential Gear. It was modeled and simulated entirely using NanoEngineer-1.  This molecular differential gear was designed by K. Eric Drexler and Ralph Merkle sometime around 1995 while together at Xerox PARC. Authors:K. Eric Drexler Nanorex, Inc.Ralph C. Merkle Georgia Tech University I’ve dreamed of working at Xerox PARC since I was in my mid-teens.
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eddyentropy:

Each sphere in this software-modeled nanomachine represents a single atom. The source page includes animations of other such machines. From the source:

Drexler-Merkle Differential Gear

Description:
This is the Drexler-Merkle Differential Gear. It was modeled and simulated entirely using NanoEngineer-1.  This molecular differential gear was designed by K. Eric Drexler and Ralph Merkle sometime around 1995 while together at Xerox PARC.

Authors:
K. Eric Drexler
Nanorex, Inc.
Ralph C. Merkle
Georgia Tech University

I’ve dreamed of working at Xerox PARC since I was in my mid-teens.

(via smoot)

Source: eddyentropy

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    I’ve dreamed of working at Xerox PARC since I was in my mid-teens.
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