Abstract:
A semiconductor device (and method for forming the device) includes a silicon-on-insulator (SOI) wafer formed on a substrate surface. An isolation trench in the wafer surface surrounds alternating p-type trenches and n-type trenches and electrically isolates the device from the substrate, thereby allowing the device to be effectively utilized as a differential detector in an optoelectronic circuit.
Abstract:
A method of and system for frequency clocking in a processor core are disclosed. In this system, at least one processor core is provided, and that at least one processor core has a clocking subsystem for generating an analog output clock signal at a variable frequency. Digital frequency control data and an analog signal are both transmitted to that at least one processor core; and that processor core uses the received analog signal and digital frequency control data to set the frequency of the output clock signal of the clocking subsystem. In a preferred implementation, multiple cores are asynchronously clocked and the core frequencies are independently set.
Abstract:
Ein probabilistischer Digitalumsetzer zum Extrahieren von Informationen aus einem Josephson-Komparator wird offenbart. Der Digitalumsetzer verwendet statistische Verfahren zum Zusammenfassen eines Satzes von Auslesesignalen eines Komparators, um dadurch die Empfindlichkeit des Komparators wirksam zu erhöhen, selbst wenn ein Eingangssignal in die Grauzone des Komparators fällt. Neben weiteren Verwendungsarten kann ein derartiger Digitalumsetzer zum Unterscheiden zwischen Zuständen eines Qubits verwendet werden.
Abstract:
A qubit control system for a quantum computer includes a source of a plurality optical carriers;an optical modulator to receive the plurality optical carriers and to modulate each optical carrier with a qubit control signal to provide a plurality of modulated optical signals; an optical multiplexer to provide a wavelength division multiplexed optical signal; an optical waveguide to receive and transmit the wavelength division multiplexed optical signal therethrough; an optical demultiplexer to receive the wavelength division multiplexed optical signal to recover each of the plurality of modulated optical signals; a demodulator to receive each of therecovered plurality of modulated optical signals to output a corresponding plurality of recovered qubit control signals to control subsets of a plurality of qubits.
Abstract:
A qubit control system for a quantum computer includes a source of a plurality optical carriers;an optical modulator to receive the plurality optical carriers and to modulate each optical carrier with a qubit control signal to provide a plurality of modulated optical signals; an optical multiplexer to provide a wavelength division multiplexed optical signal; an optical waveguide to receive and transmit the wavelength division multiplexed optical signal therethrough; an optical demultiplexer to receive the wavelength division multiplexed optical signal to recover each of the plurality of modulated optical signals; a demodulator to receive each of therecovered plurality of modulated optical signals to output a corresponding plurality of recovered qubit control signals to control subsets of a plurality of qubits.
Abstract:
A semiconductor device (and method for forming the device) includes a silicon-on-insulator (SOI) wafer formed on a substrate surface. An isolation trench in the wafer surface surrounds alternating p-type trenches and n-type trenches and electrically isolates the device from the substrate, thereby allowing the device to be effectively utilized as a differential detector in an optoelectronic circuit.