This document contains programming that requires a scriptable browser. You may not have access to some of the content on this page.
5 pixel spacer 5 pixel spacer 5 pixel spacer
Skip all navigation and jump to content Jump to site navigation Jump to section navigation.
5 pixel spacer Area link to NASA.gov home pageArea link to NASA Glenn home page
Image with NASA logo and John H Glenn Research Center + Visit NASA.gov
5 pixel spacer
OPTICAL INSTRUMENTATION & NDE BRANCH
5 pixel spacer
Button link to R & T Directorate Button link to Laboratories Page Button link to Projects Page
5 pixel spacer
Button link to RESEARCH & TECHNOLOGY DIRECTORATE SITE
Button link to Instrumentation & Controls Division SITE
Button link to Optical Instrumentation & NDE Branch Home
Laboratories
Back to Nanophotonics Laboratories
5 pixel spacer
5 pixel spacer
Optical Micromanipulation Lab

Purpose: To develop methods for optical manipulation of micro- and nano-scale particles --

Optical Micromanipulation Lab

Research Objectives:
  • Optical trapping methods are developed and tested as tools for the fabrication of micro-scale sensors. This new generation of micro-scale sensors is to be made from nanoscale materials that are also currently in development. Optical trapping is under development in air and vacuum environments as well as the more traditional water medium. Multiple optical traps can be made from a single laser beam using a spatial light modulator. The orbital angular momentum of a Laguerre-Gaussian mode laser beam is used to rotate small parts. Horizontal movement of optically levitated particles in air has been accomplished
Availability:
  • Supports research in the Optical Instrumentation and NDE Technology Branch.
  • POC: Susan Y Wrbanek
5 pixel spacer
usa.gov logo + NASA Privacy, Security, Notices NASA Logo link to nasa.gov Curator: Robert Anderson
NASA Official: George Baaklini
Last Updated: 11/29/2005
5 pixel spacer
5 pixel spacer 5 pixel spacer 5 pixel spacer
5 pixel spacer 5 pixel spacer 5 pixel spacer