Dr. Terry Brewer’s discovery of anti-reflective coatings resulted in a revolution in the global microelectronics industry and ushered in today’s high-speed, lightweight electronic devices.
Learn MoreAdvanced materials for the protection and enhancement of optics, displays, and other microelectronics.
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Learn MoreBrewer Science is revolutionizing packaging solutions with innovative bonding and debonding technologies.
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Semiconductor manufacturing is changing. In an industry closely associated with constantly changing products, this is a no-brainer. But something is happening at a more foundational level, and it’s really exciting.…
October 15, 2017 Blogs Read MoreJust because a material is a good substrate for making semiconductors doesn’t mean it will do everything the engineer wants it to do. In fact, surface modification — the act…
Read MoreMore than two months after hurricanes Irma and Harvey battered the Gulf of Mexico and the Caribbean, the U.S. continues to struggle with remediating the destruction. At times like this,…
Read MoreThe essence of biometrics is using physical characteristics that are unique to each individual to identify one person from billions of others in the world. Early biometrics were somewhat low-tech;…
Read MoreBack in the ‘40s and ‘50s, when computers were just room-sized, relay-based calculators, no one probably thought much about integrating computing technology into automobiles. By 1965, computers were smaller multitaskers…
Read MoreThis was another banner year for Brewer Science, one in which it won several awards, showed off its cutting-edge technology at multiple industry events and gave back to the community…
Read MoreDirected self-assembly (DSA) refers to the integration of block copolymer (BCP) materials that undergo phase separation with traditional manufacturing processes. With DSA, nanoscale dimensions are achieved at a drastically reduced…
Read MoreIn previous posts, we’ve made references to Moore’s law and how, with uncanny accuracy, it has predicted that the number of transistors in a dense integrated circuit (IC) would double…
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