… the thesis that quantum theory and a "universal quantum computer" constitute the correct …
model computing machine operating by finite means." He also analyzed the role of quantum …

… First, we outline a quantum computer to understand quantum computing. Second… quantum
computer to understand quantum computing. Second, we briefly explain the ideas of quantum …

… of computing by building a quantum computer, which is a device that uses quantum systems
… Here we report the application of the latest photonic quantum computer technology to …

… how quantum computing methods can be used to replace or augment classical quantum … ,
in the variational quantum algorithm framework the quantum computer only needs to perform a …

… a quantum computer [23]. An alternative path is quantum cryptography, where quantum states
are exchanged over a quantum … eavesdropping on quantum communication produces an …

… cryptography, and quantum error-correction. Quantum mechanics and computer science
are introduced, before moving on to describe what a quantum computer is, how it can be used …

… We applied U κ to |η〉 using our quantum computer and then performed the optimization over
… this, we argue that this procedure is still a compelling experiment for a quantum computer. …

… Quantum computing is rooted in quantum mechanics therefore Section 2.2 explains the
postulates of quantum … Next we build bridges between classical and quantum computing in …

… barest inkling of how much more powerful a quantum computer could be compared with the
computers we … “I proposed what today would be called a quantum computer, though I didn't …

… One can also interpret our technique as a hybrid variational ansatz in which a quantum
computer is used for some parts of the circuit and a classical computer is used for other parts, …