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Servo-Photonic
Crystals
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Can
we use MEMs to move defects to create servo controllable photonic crystals?
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Ph.D.
Student Alex Sprunt (funded)
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Media
Lab Collaboration: Scott Manalis?
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Planar
Pentabot
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MEMs
5 dof platforms for manipulation on the atomic scale (e.g., as a stage for
AFM memory tips)
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Ph.D.
Student Shorya Awtar (need funding)
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Media
Lab Collaboration: Scott Manalis?
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Differential
Acoustic Imaging Using Precisely Aligned Transducers (PAT) for the
Detection
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of
Breast Tumors
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We
have shown that we can detect tumors 1 mm in size (10x better) using
ultrasound
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Ph.D.
Student Xueen Yang (need funding)
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Media
Lab Collaboration: Joe Paradiso?
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The
Single Cell Probe: A Novel
Nano-Bioreactor
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Our
NSF funded Nanogate allows nanometer gap control, and now we can use this
principle to
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control
motion of cells and flow in and out of single cell reaction chambers
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We
might be able to sort proteins and study their properties one-at-a-time
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S.M.
(and then Ph.D.) student Hong Ma (?)
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Media
Lab Collaboration: Scott Manalis, Joe Paradiso?
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Angle-plate,
vibration generating Nanometer gap control for forming structured
monolayers
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New
idea with Dr. Shugang Zhang (on the bus ride over!)
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Personal
Fabricators
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Fundamental
new low cost ways to make machines to make things
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With
Neil Gershenfeld
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