From lab concept to real-world integration, a multi-institutional collaboration produces a compact photonic modulator-memory device that turbocharges how data moves between computer chips — more efficiently, with far less energy. (IMAGE)

National University of Singapore College of Design and Engineering

From lab concept to real-world integration, a multi-institutional collaboration produces a compact photonic modulator-memory device that turbocharges how data moves between computer chips — more efficiently, with far less energy.

Caption

From lab concept to real-world integration, a multi-institutional collaboration produces a compact photonic modulator-memory device that turbocharges how data moves between computer chips — more efficiently, with far less energy.

Credit

College of Design AND Engineering at NUS

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