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[Rothberg’s startup] Butterfly appears to be placing the largest bet yet by any company on an emerging technology in which ultrasound emitters are etched directly onto a semiconductor wafer, alongside circuits and processors. The devices are known as ‘capacitive micro-machined ultrasound transducers,’ or CMUTs.[Rothberg’s startup] Butterfly appears to be placing the largest bet yet by any company on an emerging technology in which ultrasound emitters are etched directly onto a semiconductor wafer, alongside circuits and processors. The devices are known as ‘capacitive micro-machined ultrasound transducers,’ or CMUTs.[Rothberg’s startup] Butterfly appears to be placing the largest bet yet by any company on an emerging technology in which ultrasound emitters are etched directly onto a semiconductor wafer, alongside circuits and processors. The devices are known a

UTs.[Rothberg’s startup] Butterfly appears to be placing the largest bet yet by any company on an emerging technology in which ultrasound emitters are etched directly onto a semiconductor wafer, alongside circuits and processors. The devices are known as ‘capacitive micro-machined ultrasound transducers,’ or CMUTs.[Rothberg’s startup] Butterfly appears to be placing the largest bet yet by any company on an emerging technology in which ultrasound emitters are etched directly onto a semiconductor wafer, alongside circuits and processors. The devices are known as ‘capacitive micro-machined ultrasound transducers,’ or CMUTs.