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UF TEAM WORKS TO CREATE MOST RESILIENT SENSOR ON EARTH

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A team of researchers, led by Dr. Mark Sheplak, Dr. Roozbeh Tabrizian, and Dr. Philip Feng aim to overcome the challenge of existing sensors faltering under extreme temperatures.

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DeSantis Proposes $80 Million for FSI

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Governor Ron DeSantis has proposed an $80 million investment for the University of Florida’s Florida Semiconductor Institute (FSI) in the upcoming 2024 legislative session.

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FSI Hosts Successful Statewide Semiconductor Initiative

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The Statewide Semiconductor Initiative on Friday, November 17, hosted by the Florida Semiconductor Institute at the University of Florida, proved to be a resounding success.

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Florida Semiconductor Institute to Help Lead State in Critical Chips Sector

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The University of Florida’s Herbert Wertheim College of Engineering has launched the Florida Semiconductor Institute (FSI). FSI will be a central hub, both on campus and across the state, dedicated to leading advancements in semiconductor technology for the 21st century.

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FL Dept. of Commerce Press Release Profiles FSI

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In a press release distributed on Oct. 11, the Florida Department of Commerce touted the creation of the Florida Semiconductor Institute.

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FSI Featured in Epoch Times

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FSI was the subject of an excellent feature in the Epoch Times. The article provides a great deal of context in terms of supply chain challenges, political considerations, and more. Read the full story here.

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DeSantis Dedicates $50 Million for Cutting-Edge Workforce Development Initiative to Boost Florida’s Semiconductor Industry

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On Sept. 19, Governor DeSantis announced $50 million for a cutting-edge workforce development initiative which will be dedicated to supporting Florida’s semiconductor industry.

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PHOTONIC CHIP MEMORY DEVICE FOR NEXT GEN. AI COMPUTING

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With a team of researchers, we recently demonstrated a photonic chip-based RAM (random access memory). The memory is programmed electronically using micro-heaters allowing for seamless chip integration while its information content is read optically at high speed.

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