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Semiconductors created from silicon make the magic of modern electronics possible by creating a platform for the complex processes that allow engineers to fabricate a staggering number of transistors on microchips. Advances in microprocessor technology have largely relied on the ability to make smaller and smaller transistors. Directed self-assembly (DSA) is a chemistry-based patterning process…
Click Here to Read MoreWhen scouting out locations for commercializing his new product idea, a young Terry Brewer wanted a place where he could cultivate a well-rounded, highly creative workforce. It’s fortunate for the microelectronics world that rural Missouri turned out to be a perfect fit. Rolla-based Brewer Science, Inc. (BSI) is now a global leader in helping create…
Click Here to Read MoreFor most of the relatively brief history of modern computing, progress has been measured in shrinking by nanometers. By making transistors smaller and smaller, engineers have been able to pack more transistors on smaller chips. More transistors per chip mean faster, more powerful computers that can fit into smaller devices. These microprocessors have made possible…
Click Here to Read MoreSince 1983, Inventors’ Day has been used as an excuse for classrooms across the nation to stage fun experiments. This year’s Inventors’ Day, set for Feb. 11, will likely be no exception. Established by President Ronald Reagan in 1983, the annual event honors all inventors and entrepreneurs across the world. But it specifically commemorates the…
Click Here to Read MoreIt’s the old nature-versus-nurture argument: Is the ability to be an entrepreneur something you’re born with, or something you instill in yourself? Good news for introverts and late bloomers: Research shows the most important skills can be acquired over time. A look at successful entrepreneurs throughout history, in fact, depicts a wide range of ages,…
Click Here to Read MoreThrough the years, Brewer Science has been a major innovator in finding ways to improve consumer goods. Our work in anti-reflective coatings, for example, helped revolutionize the global microelectronics industry by allowing for higher-speed, lighter-weight, ultrapowerful devices. No longer must microprocessors depend on decreasing feature size to increase speed and power in any given product.…
Click Here to Read MoreAt Brewer Science, we believe in empowering and building the next generation of leaders. Through local and global STEM efforts, we are growing and equipping the leaders, go-getters, and innovators of tomorrow. What is STEM? STEM is an acronym used to represent the fields of science, technology, engineering, and math. The whole economy is backed by…
Click Here to Read MoreWalter Barnes’ career could have taken a number of different directions before he joined Brewer Science. And if his hugely impressive resume is an indication, he could have excelled in any or all. The highly ambitious Jacksonville, Florida, native has snapped up a series of advanced degrees. The roll call is staggering: Brewer Science’s senior…
Click Here to Read MoreThe wearable electronics business has ballooned into a $20 billion industry in 2015, and experts believe it will hit $70 billion by 2025. The major players in the market are wearable devices, such as activity trackers and apparel. The health care sector has found great success in wearable tech, as it blends medical information, fitness,…
Click Here to Read MoreWe know what’s available now, but what we'd like to know is what’s on the horizon for wearable electronics. The wearable industry will be worth $19 billion by 2018, according to Juniper Research, and plenty of current and upcoming industry players will be rushing to market with the latest and greatest devices. The wearable health…
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