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Looking, seeing, sensing

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•	'Nanosculpture' Could Enable New Types Of Heat Pumps And Energy Converters
	Researchers have discovered a new technique for growing single-crystal nanorods and controlling their shape using biomolecules. The research could enable the development of smaller, more powerful heat pumps and devices that harvest electricity from heat.
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•	Ontario Will Pay For Insulin Pumps For Adult Diabetes Type 1 Patients
	Adults with Type 1 Diabetes who live in Ontario will get their insulin pumps free, says the Ontario Government. This is part of $741 million in new funding on a comprehensive diabetes four-year strategy to 'prevent, manage and treat diabetes'. Included in the strategy is an online registry that will give patients access to information and educational tools aimed at empowering them to manage their disease.
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•	Water leak detector
	I am building a small submarine. I want to place LEDs on my control panel that light up when water is detected in the places that need to remain dry. I am thinking that this should be simple to do. Suggestions?
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•	Industry Veterans Join Molecular Imprints' Management Team

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•	Management Practices Key To Watershed Condition
	Animals thrive on the banks of waterways. And those same tree-covered, green grassy areas are keys to maintaining healthy watersheds for creeks and rivers. Landowners must learn how to manage these properties to strike an ecological balance that benefits wildlife and livestock and still protects watersheds, scientists say.
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•	Dr. Eric Isaacs, Director, Center for Nanoscale Materials, Argonne National Laboratory, and Professor of Physics, James Franck Institute, University of Chicago, 8-9-07
	Nanotechnology, x-ray microscopy, solar energy, nanophotonics, nanoscopic battery. Dr. Eric Isaacs has been a developer of modern synchrotron-based x-ray scattering techniques including inelastic x-ray scattering and a hard x-ray nano-probe. Research interests include novel electronic and magnetic materials with a particular focus on creating images of new phenomena in reciprocal and real space at the nanoscale.
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