Molecular manufacturing is a future technology that will allow us to build large objects to atomic precision, quickly and cheaply, with virtually no defects. Robotic mechanisms will position and react molecules to build systems to complex atomic specification. The theoretical capabilities and performance of these systems have been analyzed for over fifteen years, molecular machine components are being built now, and molecular manufacturing could mature within the next ten years. When it becomes available, it will enable immensely powerful computers, abundant and high quality consumer goods, and devices able to cure diseases by repairing the body at the molecular level.
IMM's mission is to enable and conduct research on molecular systems engineering, perform safeguard design, and promote guidelines for research and development practices that will minimize risk from accidental misuse and intentional abuse.
"Molecular manufacturing will eventually transform our relationship to molecules and matter as thoroughly as the computer changed our relationship to bits and information. It will enable precise, inexpensive control of the structure of matter."
Pardon our dust during this site redesign. Thanks to Stephan Spencer, the optimized geek, for donating our new design. And thanks to Jim Lewis for his unwavering contribution to IMM through the years as our webmaster.
IMM is sponsoring several new projects in molecular nanotechnology, including theoretical feasibility; demonstration of key milestones; molecular manufacturing safeguards; and nanomedicine applications and book series.
The Institute for Molecular Manufacturing is pleased to support the completion of Volumes IIB and III of Nanomedicine
Read all about Freitas and his research.