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<TITLE>Nader Shaar research featured on MIT main page today Wed Feb 25, 2009</TITLE>
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<P DIR=LTR><SPAN LANG="en-us"></SPAN><A HREF="http://web.mit.edu/"><SPAN LANG="en-us"><U><FONT COLOR="#0000FF" FACE="Calibri">http://web.mit.edu/</FONT></U></SPAN><SPAN LANG="en-us"></SPAN></A><SPAN LANG="en-us"></SPAN></P>
<P DIR=LTR><SPAN LANG="en-us"></SPAN><A HREF="http://web.mit.edu/newsoffice/2009/nano-origami-0224.html"><SPAN LANG="en-us"><U><FONT COLOR="#0000FF" FACE="Calibri">http://web.mit.edu/newsoffice/2009/nano-origami-0224.html</FONT></U></SPAN><SPAN LANG="en-us"></SPAN></A><SPAN LANG="en-us"></SPAN></P>
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<P DIR=LTR><SPAN LANG="en-us"><FONT FACE="Calibri">In this video, flaps of a polymer sheet are folded into a corner of a cube. An external magnetic field interacts with a current flowing through wires embedded in the sheet, causing the sheets to fold up. Video / Nader Shaar.</FONT></SPAN><SPAN LANG="en-us"></SPAN></P>
<P DIR=LTR><SPAN LANG="en-us"></SPAN><A HREF="http://www.youtube.com/watch?v=KE3CbwUEDsU"><SPAN LANG="en-us"><U><FONT COLOR="#0000FF" FACE="Calibri">http://www.youtube.com/watch?v=KE3CbwUEDsU</FONT></U></SPAN><SPAN LANG="en-us"></SPAN></A><SPAN LANG="en-us"></SPAN></P>
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