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Scientists Harness Chemical Reactions to Make Self-Folding Microscale Origami Machines : comparemela.com
Scientists Harness Chemical Reactions to Make Self-Folding Microscale Origami Machines
A Cornell-led collaboration harnessed chemical reactions to make microscale origami machines self-fold – freeing them from the liquids in which they usually function, so they can operate in dry environments and at room temperature.
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Nicholas Abbott
,
Michael Cao
,
Litai Cohen
,
Nanqi Bao
,
Wei Wang
,
Samuelb Eckert
,
Qingkun Liu
,
Johna Newman
,
Michael Reynolds
,
Laura Thomsonmay
,
Paul Mceuen
,
David Muller
,
Tisch University Professor
,
University Of Wisconsin
,
Materials Research
,
Army Research Office
,
Proceedings Of The National Academy Sciences
,
Kavli Institute At Cornell
,
Office Of Scientific Research
,
National Science Foundation
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College Of Arts
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National Energy Research Scientific Computing Center
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Cornell Center
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Robertf Smith School Of Chemical
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National Nanotechnology Coordinated Infrastructure
,
Ultrathin Catalytic Sheets
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National Academy
,
Biomolecular Engineering
,
Cornell Engineering
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Physical Science
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Materials Industry Focus
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Manos Mavrikakis
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Air Force Office
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Scientific Research
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Kavli Institute
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Cornell Nanoscale Facility
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Nanoscale Science
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Microsystems Engineering
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