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![]() May 09 Issue - Employee Monthly Magazine Powered by innovationLab researcher pushes new microelectronics technology![]() James Maxwell of Applied Electromagnetics with an optical amplifier used for the Lasonix fabrication method. Photo by LeRoy N. Sanchez
Ushering in a novel method of microelectronic fabrication is James Maxwell of Applied Electromagnetics. His technology, called Lasonix, is poised to revolutionize many facets of society, from household electronics to medical x-ray machines. Lasonix enables the creation of three-dimensional electronic circuits, rather than circuit boards, and integrates a wide range of microelectronics through a single tool. “It’s the next wave of microelectronics miniaturization and integration and could generate an entirely new industry,” said Maxwell, who holds a doctorate from Rensselaer Polytechnic Institute. “We’ll see even greater computing speeds, smaller electronic systems, more capable and complex circuits and systems.” Recently submitted for a 2009 R&D 100 Award, Lasonix is a companion to Maxwell’s 2008 R&D 100 award-winning Laser-Weave™ technology. It enables hybrid circuits of micro vacuum electronic devices, optoelectronics, and traditional silicon-based devices to be integrated in an automated fashion, without the use of mechanical assembly or circuit boards. Using Lasonix, Maxwell and his team have created the first-ever three-dimensional diodes, which he explains are akin to the revolution that occurred with the first semiconductor devices in the late 1940s. The scientist with a background in nano and microfabrication technology also is an avid amateur astronomer, Pointwho takes astrophotos of deep-sky objects in his spare time. Maxwell has a desire to help the United States compete in a decidedly competitive field by introducing automated methods for advanced manufacturing. “Lasonix illustrates the ability of the Laboratory – specifically that of James and his team – to truly push the envelope of current manufacturing techniques. They’ve created a technology that someday could enhance the very way we live our everyday lives,” said Glenn Mara, principal associate director for Weapons Programs. --Mig Owens Other Headlines
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