A key challenge in adiabatic quantum computing is to construct a device that is capable of encoding problem Hamiltonians that are classically intractable, that is, non-stoquastic 13. Such ...

A good example of this is adiabatic quantum computing (AQC). AQC, particularly prominent in annealing quantum computing as developed by D-Wave, finds the optimal solution by encoding the problem ...

QA is a noisy version of adiabatic quantum computing (AQC), and we believe AQC is powerful. Any problem that can be solved efficiently by noiseless quantum computers can also be solved efficiently by ...

D-Wave instead uses adiabatic quantum computing, in which an array of chilled, superconducting niobium loops – the qubits in this system – very quickly find the lowest point in what can be ...

The next generation of D-Wave’s adiabatic quantum computer technology is called Vesuvius, and it’s going to be a very interesting processor. It will have 512 qubits and the system is scheduled for ...

Quantum Computing is a potentially disruptive technology ... Quantum Annealing is an adaptation of the Adiabatic Algorithm developed in the 1920s. I will try to explain it without the math.

D-Wave's quantum computers use quantum annealing (a type of adiabatic quantum computation) to solve optimization problems -- and really, only optimization problems. A true quantum computer ...

Imagine a world where the most widely-used cryptographic methods turn out to be broken: quantum computers allow encrypted Internet data transactions to become readable by anyone who happened to be ...