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The future of quantum computing offers the potential for substantially greater data storage and faster processing speeds, but its advancement has been limited by the absence of certain critically important materials—in particular, a semiconductor that is magnetic at room temperature. Now, scientists at the Pacific Northwest National Laboratory (PNNL) have created a semiconductor material that has superior magnetic properties at room temperature.

While the future of quantum computing offers the potential for substantially greater data storage and faster processing speeds, its advancement has been limited by the absence of certain critically important materials-in particular, a semiconductor that is magnetic at room temperature. Now, scientists at Pacific Northwest National Laboratory have created a semiconductor material that has superior magnetic properties at room temperature and may propel research closer to realizing the potential of quantum computing.

Researchers at the Department of Energy’s Pacific Northwest National Laboratory and their collaborators have been recognized by R&D Magazine as developing four of the 100 most significant innovations of 2000. These technologies are reducing harmful exhaust emissions, significantly improving facility energy efficiency and lifecycle costs, improving the quality of glass and metal products, and helping to quickly locate, monitor and account for nearly anything from produce to people.

Researchers at Pacific Northwest National Laboratory are contributing to the scientific understanding of global climate change— pursuing a broad understanding that will serve as thefoundation for future policy and technology solutions.

One of the challenges in treating cancerous tumors with chemotherapy and medical isotopes is maximizing the treatment of cancer cells while minimizing the potential for harming healthy tissue. With materials being developed at Pacific Northwest National Laboratory, however, a more targeted approach might be on the way.

Albert Einstein once said, "Imagination encircles the world." At Pacific Northwest National Laboratory, we take this message to heart. The innovations of our scientists and engineers not only address some of the most critical challenges facing our nation—they are making a mark on the world.

After shedding light on what could make compact fluorescent light bulbs more attractive to businesses and consumers, a program that introduced shorter, brighter and less expensive bulbs has seen shining success.

At Pacific Northwest National Laboratory, the concept of "security" extends far beyond the traditional meaning of the word to include addressing environmental, economic, energy and health concerns.

Pacific Northwest National Laboratory and the University of Maryland have joined forces to advance the understanding of global climate change. The Joint Global Change Research Institute, announced in March 2001, will investigate the scientific, social and economic implications of climate change, both nationally and globally.

In a project with the Electric Power Research Institute (now officially known as EPRI), Pacific Northwest National Laboratory is taking a closer look at what causes corrosion or cracking in reactor core components. With collaborative funding from more than seven countries and a dozen agencies, researchers are studying core component materials to build an understanding of the radiation-induced material changes that promote environmental cracking.