Actress Konkona Sen Sharma talks about her own initiative to save energy.

IBM scientists unveiled a significant step towards replacing electrical signals that communicate via copper wires between computer chips with tiny silicon circuits that communicate using pulses of light. As reported in the recent issue of the scientific journal Nature, this is an important advancement in changing the way computer chips talk to each other. The device, called a nanophotonic avalanche photodetector, is the fastest of its kind and could enable breakthroughs in energy-efficient computing that can have significant implications for the future of electronics. The IBM device explores the avalanche effect in Germanium, a material currently used in production of microprocessor chips. Analogous to a snow avalanche on a steep mountain slope, an incoming light pulse initially frees just a few charge carriers which in turn free others until the original signal is amplified many times. Conventional avalanche photodetectors are not able to detect fast optical signals because the avalanche builds slowly. The avalanche photodetector demonstrated by IBM is the worlds fastest device of its kind. It can receive optical information signals at 40Gbps (billion bits per second) and simultaneously multiply them tenfold. Moreover, the device operates with just a 1.5V voltage supply, 20 times smaller than previous demonstrations. Thus many of these tiny communication devices could potentially be powered by just a small AA-size battery, while traditional avalanche photodetectors require 20-30V power supplies.

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President Obama touts his clean energy economy plans on his visit to OPOWER in Arlington. The three-year-old company creates software products that promote energy efficiency and works with utility companies to help customers save money and energy.

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Save Money Saving Energy host Ryan and LES Energy Services Specialist Jay Stoa go outside to show how trees can help to shade your home and reduce energy costs.

New material absorbs seven to eight times the energy absorbed by similar foams. Mechanical and aerospace engineering professor Afsaneh Rabiei set out to make a material as light as aluminum and stronger than stainless steel. Her goal was to create something that could be used in products that would save lives, save energy and eventually save money, all at the same time. For more information, go to www.nsf.gov