NV centers based quantum computers with a control device for processing binary codes, which correspond to partial methods for manipulating the quantum dots or the nuclear quantum dots

摘要

Quantum computer (QUC) characterized in that it comprises at least one control device (µC) and that it comprises at least one light source (LED), which can in particular be an LED and / or a laser and / or a tunable laser, and that it comprises at least one light source driver (LEDDR) and that it comprises a substrate (D) and that the substrate (D) comprises a paramagnetic impurity (NV) used as a quantum dot (NV) and that the substrate (D) comprises several than Nuclear quantum dots (CI) used, includes nuclear spins and that the substrate (D) comprises a diamond material and that the substrate (D) is doped with sulfur in the region of the quantum dots (NV) and that it has a device for controlling the Core quantum dots (CI) and for the simultaneous control of the quantum dots (NV) in the form of a device for manipulating the quantum dot (NV) and that method for operating the quantum computer (QUC) controlled by the control device (µC) and carried out and- that binary codes for the operation of the quantum computer are stored in a memory of the control device (µC) in an ordered manner and- that the quantum computer (QUC) comprises a quantum computer program counter and- that the control device (µC) at least a subset of these Binary codes are processed as a function of an order parameter in the form of the quantum computer program counter, - where binary codes correspond to partial procedures for manipulating the quantum dots (NV) or the nuclear quantum dots (CI), and - that the light source (LED) from the light source driver (LEDDR) is temporarily supplied with electrical energy as a function of a control signal of the control device (µC) and that the light source (LED) is suitable and intended to reset at least part of the quantum dots (NV).