CBG_SoundTrackFlood.mp4

Cigar Box Guitar Experiment – soundtrack for flood pictures

Electromigration Simulation 1

Monitoring Diabetes Without Pain and Blood: Biosensors Offer

Monitoring Diabetes Without Pain and Blood: Biosensors Offer New Alternatives CNDLS documents research by Georgetown College prof in a short video. Prof. Mak Paranjape says “much thinking takes place with my students.” A daily regimen of pricked fingers and blood tests is an essential part of life for someone living with diabetes. Monitoring blood glucose levels can be tiresome, even with today’s improved monitoring devices. Drs. Mak Paranjape and John Currie, researchers in the Georgetown Advanced Electronics Laboratory (GAEL), are working to take the process to a whole new level. For the past few years, the team has been developing and testing a new biosensor device for blood glucose monitoring. The size of a small bandaid, it is designed to be worn anywhere on the body, where the biosensor samples tiny amounts of fluids that lie just beneath the skin. The device is small and convenient, and makes measuring glucose levels pain-free and noninvasive.

3 of 3 – Guiding Light w/Nanowires – A Rail for Light

In Part 3 of Guiding Light with Nanowires, Eric Mazur explains how nanofibers act like a “rail for light” – and how his work might lead to ultrafast computing in the future. Now available on DVD in the “Talking Nano” 6-disc set www.talkingnano.net

InAs_QD2b.avi

InAs Quantum Dot (QD) embedded in the AlAs shell of a GaAs Core Nanowire (NW). The InAs QD is placed in one of the vertex of the heganonal prism.

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