The Chinese Solar Machine Layer by Layer Fire in the Library The Mystery Behind Anesthesia
After a decade of hype, microscopic mechanical systems are poised to make major changes in the size of our cell phones, the reliability of our communications systems-even the way "Star Wars" is shown.
Last December, a team of managers, scientists, and technicians from Texas Instruments (TI) trekked from their corporate research labs in Dallas to a meeting at George Lucas' sprawling ranch in the hills west of San Rafael, Calif. Lucas was present. So was Rick McCallum, producer of "Star Wars: Episode I-The Phantom Menace," then still half a year from opening day. The movie moguls had summoned the TI staffers to audition a digital projector, built by the company, that could change how movies are shown, replacing Hollywood's beloved canisters of film with semiconductor chips.
Lucas was impressed. He called back the TI scientists. "He asked if we were interested in unveiling the digital cinema projection system at a second opening of 'Phantom Menace,'" recalls Larry Hornbeck, a soft-spoken TI physicist who has been working for the past 20 years on the digital micromirror device (DMD) that is at the heart of the new projector.
To read the entire article you must log in:
Most of our content — all daily news, blogs, and videos — is free. Magazine stories are paid. To read this story, you must have a subscription or you must use a reading credit. Registration to Technology Review is free and entitles registrants to three free reading credits.
Manufacturing in the United States is in trouble. That's bad news not just for the country's economy but for the future of innovation.
Our list of the 50 most innovative companies, including the following: