L.D. Knowings
More books by L.D. Knowings…
“In a quantum circuit, the qubits are arranged in a specific order, and the gates are placed between them. The order of the qubits and gates is crucial, as it determines the outcome of the circuit. The most common arrangement is called a "linear circuit," where the qubits are arranged in a line, and the gates are placed in a series between them.”
― A Gentle Introduction to Quantum Computing: Applied Concepts for Beginners
― A Gentle Introduction to Quantum Computing: Applied Concepts for Beginners
“The key to quantum computing is the ability to entangle the lightbulbs behind the doors so that they share information. When one lightbulb is measured, it instantly affects the other lightbulb, even if a considerable distance separates them. This property allows quantum computers to process information much faster than traditional computers.”
― A Gentle Introduction to Quantum Computing: Applied Concepts for Beginners
― A Gentle Introduction to Quantum Computing: Applied Concepts for Beginners
“There are many approaches to Quantum Machine Learning, but the most promising one is called quantum-enhanced Machine Learning. Quantum-enhanced Machine Learning aims to achieve better speedups using quantum-enhanced algorithms instead of simply making classical Machine Learning algorithms run faster on quantum computers.”
― A Gentle Introduction to Quantum Computing: Applied Concepts for Beginners
― A Gentle Introduction to Quantum Computing: Applied Concepts for Beginners
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