We review the current state-of- the-art of silicon technology to assess the performance of different silicon qubit architectures based on CMOS single donors and ...
It is determined that technology nodes below 14 nm can in principle support error-free logical qubits manipulated at GHz frequency, and this analysis ...
Jun 29, 2024 · ... Quantum computing promises new techniques to bolster the faltering Moore's law [11] . This has led, in the context of ML, to the advent of ...
Abstract—Forthcoming CMOS technology nodes are in principle sufficient for achieving both the quantum information density and the speed that are critical ...
Sep 27, 2023 · Quantum computing has the potential to be a transformative force in the public sector. It offers unprecedented opportunities to accelerate processes, solve ...
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2015. From the quantum moore's law toward silicon based universal quantum computing. E Prati, D Rotta, F Sebastiano, E Charbon. 2017 IEEE International ...
Moore's Law has ruled the chip-based computing industry for decades. Is it true that similar “laws” apply to quantum computing?
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In this chapter, silicon-based devices for quantum information processing are presented including device fabrication, qubit operation, qubit readout, and ...
Missing: toward | Show results with:toward
May 30, 2023 · According to Moore's law, elements of integrated circuits become exponentially small as a function of year. The size will become the order ...
Moore's law, which predicts the continual shrinkage of silicon-based electronic devices, has encountered challenges due to quantum uncertainty and power ...