030039: Real-time Nanomanipulation using AFM
Case ID:
TEC2003-0039
Web Published:
7/21/2014
Description:
An efficient system for manipulation of nano-sized
objects would be greatly aided by the ability of an operator to "feel" the
objects he/she is manipulating.
Description
The invention proposes an atomic force microscope
(AFM) based Augmented Reality System consisting of an AFM connected to a haptic
device allowing the operator to feel the nano-objects he is manipulating in
real-time. By using this system, the operator can manipulate nano-sized objects
in real-time by controlling the 3D motion of the AFM tip through the haptic
device and at the same time receive real-time visual and 3D force
feedback.
Benefits
- More
efficient nanoassembly of NEMS: Enabled by the ability to "feel"
nano-objects under construction.
- More
effective investigation of biological processes at the molecular level:
Ability to manipulate proteins, DNA and other bio-molecules, cells,
etc.
- Improved
characterization: Resolution of various properties of novel materials and
structures at the nanoscale level.
Applications
Add-ons to AFMs for research and industrial
applications.
IP Protection
Status
Patent Information:
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For Information, Contact:
Raymond Devito
Technology Manager
Michigan State University - Test
517-355-2186
devitora@msu.edu
