Electricity

Summer 2011

Current events—engineering power in the Pacific Northwest

When electricity first came to Washington in September of 1885, just a few electric lights illuminated downtown Spokane. By the following March, Seattle had them, too. From those early days, Washington State College had a role in helping spread and improve delivery of electricity throughout the state, with many graduates active in the power industry.

The chief engineer for Washington Water Power (WWP) at Long Lake Dam, completed in 1915, and Little Falls Dam, completed in 1911, was a WSC graduate, as was the superintendent of construction. Nineteen students and graduates worked on the Long Lake job. On the Skagit River Project for the City … » More …

Summer 2003

Bose and Asay are named to National Academy of Engineering

Anjan Bose and James R. Asay have been named members of the National Academy of Engineering (NAE), the most prestigious honor in the engineering field. Bose is dean of the College of Engineering and Architecture at Washington State University and distinguished professor in power engineering. Asay is research professor and associate director of WSU’s Institute for Shock Physics.

Election to the NAE comes from peers within the academy, based on nominees’ outstanding contributions to their field. Founded in 1964, the NAE serves with the National Academy of Sciences as an advisory board for the federal government through the National Research Council. Out of approximately 10 … » More …

Winter 2005

Rewriting the Book on Photosynthesis

Thanks to David Kramer and his research group, plant physiologists can now explore what really goes on inside living leaves. » More ...

Fall 2008

Electricity from a beet

Chemists around the world are looking to the plant kingdom for ideas about harvesting the energy of sunlight. Plants, after all, have been making a living exploiting sunbeams for almost four billion years. And part of what plants accomplish each day creates a tiny flow of electrons—a form of electricity.

The familiar solar-electric panels on the roofs of RVs depend on pure silicon crystals, which are produced in an energy-intensive manufacturing process. The crystals are semiconductors “doped” with special impurities to make them work—impurities that are often toxic metals requiring special mining to unearth. These first-generation panels certainly work, but the electrical power we can … » More …