A new ferroelectric memory device stores and retrieves data using both light and electricity, offering a compact and scalable solution to bridge electronic and photonic computing systems. (IMAGE)

National University of Singapore College of Design and Engineering

A new ferroelectric memory device stores and retrieves data using both light and electricity, offering a compact and scalable solution to bridge electronic and photonic computing systems.

Caption

A new ferroelectric memory device stores and retrieves data using both light and electricity, offering a compact and scalable solution to bridge electronic and photonic computing systems.

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College of Design and Engineering at NUS

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