Are Entangled Qubits Following a Quantum Moore's Law?

Are entangled qubits following a quantum Moore's law?

Several recent experiments showcase a sharp increase in the number of quantum bits that can be entangled, echoing Moore’s law for increasing computing power on traditional chips

The Days of External DSP Synthesis: Part 1

Moore's Law, the observation that computers get about twice as smart every two years (I know that's a gross over...

Are Entangled Qubits Adhering to a Quantum Moore’s Law?

The field of quantum computing is witnessing a remarkable breakthrough as the number of entangled qubits has nearly doubled in just one year. This rapid advancement appears to align with a phenomenon akin to a “quantum Moore’s law,” indicating exponential growth in quantum processing capabilities. Originally articulated by Gordon Moore in 1965, Moore’s law observed that the performance of conventional computer chips increases significantly over …

Are Any Qubits Entangled in Line with Quantum Moore's Law?

Jiuzhang, an advanced photonic quantum computer that features a record number of qubits University of Science and Technology of China The number of qubits connected in quantum computers has nearly doubled over the last year. This expansion is occurring rapidly and seems to align with what’s being referred to as the “Quantum Moore’s Law.” First [...] Source The post Are Any Qubits Entangled in Line with Quantum Moore’s Law? appeared first on Mond…

Are entangled qubits following a quantum Moore’s law? – Monkey Viral

Jiuzhang, an advanced photonic quantum computer like the one that entangled a record amount of qubits University of Science and Technology of China The number of qubits that have been entangled in quantum computers has nearly doubled within the past year – the increase is happening so fast, it seems to be following a “quantum […]