Tristan Meunier

TL;DR: In this paper, the authors demonstrate the feasibility of operating single-electron spins in a quantum dot as quantum bits by applying short bursts of the oscillating magnetic field and observing about eight oscillations of the spin state during a microsecond burst.

TL;DR: The experimental realization of single electron spin rotations in a double quantum dot is reported, demonstrating the feasibility of operating single-electron spins in a quantum dot as quantum bits.

TL;DR: The complete Wigner function W of the vacuum and of a single-photon state for a field stored in a high-Q cavity is measured and the nonclassical nature of the single- photon field is exhibited by a region of negative W values.

TL;DR: This work demonstrates the experimental realization of high-efficiency single-electron source and detector for a single electrons propagating isolated from the other electrons through a one-dimensional channel and opens new avenues with which to study the teleportation of a single electron spin and the distant interaction between spatially separated qubits in a condensed-matter system.

TL;DR: A snapshot of the present state of Surface Acoustic Wave science and technology in 2019 is presented and an opinion on the challenges and opportunities that the future holds is provided from a group of renown experts covering the interdisciplinary key areas.