Coherent Coupled Qubits for Quantum Annealing

An ODE is used to described pressure dynamics of a fluid along the wellbore and a radial diffusion equation is used to described the diffusion of the fluid in a porous

Quantum information is encoded in a Schr¨ odinger cat state of a single high-Q resonator mode and a single error syndrome is measured, using a single ancillary transmon qubit and

Instead, this paper presents the model, a validation against station data of energy and carbon fluxes at the diurnal and seasonal timescales, and global simulations for which

This problem is mapped onto the double-Kondo model which is also shown to describe the low energy physics of a finite length quantum wire with resonant levels at its ends.. At

It has been observed that Dirichlet conditions aren’t conclusive as they didn’t allow for the scheme to relax toward a steady-state; however, imposing the current’s continuity at

We could also use a fluid description for the normal part together with the usual Gross-Pitaevskii equation for the condensate; still another possibility is to use a fluid

1.8 (a) the different states have linear dispersion and the ground state changes with detuning from singlet with both electrons in the left dot (2,0), to the split configuration

We propose to study its physical properties such as quantum-non-demolition measurement, quantum trajectories (Fig.1), simultaneous measurements and to build a