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CNS Videos
TIRF image of 0.3 micron yellow/green spheres excited by a 488nm laser line.
Spheres attached to the coverslip are constantly visible whereas other spheres are seen drifting in and out of the field of view via Brownian motion. This demonstrates the superb ~100nm axial resolution available with TIRF microscopy.
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OUR VIDEOS
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Running SETE [00:29:44] - Using SETE to model semiconductor GaAs-AIGaAs heterostructure devices
TEM training video [00:27:21] - TEM sample prep and micro/nano manipulation on CNS Crossbeams
Professor George M. Whitesides [00:55:19] - Harvard University, Department of Chemistry and Chemical Biology
Professor Douglas Weibel [00:48:27] - University of Wisconsin - Madison, Department of Biochemistry
Now playing:
TIRF image of 0.3 micron yellow/green spheres excited by a 488nm laser line. [00:00:28] - Spheres attached to the coverslip are constantly visible whereas other spheres are seen drifting in and out of the field of view via Brownian motion. This demonstrates the superb ~100nm axial resolution available with TIRF microscopy.
 

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CNS USER PROGRAM MANUAL

09/24/14
CNS Special Event: "Introduction to Micro Spot XRF for Trace Elemental Analysis of Nanoparticles, Thin Films, and Mettalomics"

Free Trainings Announced for new Plate Reader in G05 Biomaterials Lab

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