Scientists have pioneered a photon-based qubit interaction model, assisting in exact control in quantum computing information transfer. How can a stable exchange of info in between qubits be achieved?Flying QubitsThe two Konstanz physicists Benedikt Tissot and Guido Burkard have now established a theoretical model of how the information exchange in between qubits might be successful by using photons as a “means of transport” for quantum information.The basic idea: The details material (electron spin state) of the material qubit is transformed into a “flying qubit,” namely a photon. Photons are “light quanta” that constitute the fundamental building obstructs making up the electro-magnetic radiation field.The unique feature of the new model: promoted Raman emissions are utilized for converting the qubit into a photon.” The principle of details exchange between qubits in a quantum computer system is very similar: “Here, too, we have to convert the information into states that can be quickly transmitted– and photons are ideal for this,” describes Tissot.A Three-Level System for Controlling the Photon” We need to think about a number of aspects,” says Tissot: “We want to control the instructions in which the details streams– as well as when, how quickly, and where it flows to.
Scientists have originated a photon-based qubit interaction design, assisting in precise control in quantum computing info transfer. How can a steady exchange of info in between qubits be achieved?Flying QubitsThe two Konstanz physicists Benedikt Tissot and Guido Burkard have actually now established a theoretical model of how the info exchange between qubits could succeed by using photons as a “way of transport” for quantum information.The basic concept: The information content (electron spin state) of the product qubit is transformed into a “flying qubit,” particularly a photon.” The concept of information exchange in between qubits in a quantum computer is extremely comparable: “Here, too, we have to transform the info into states that can be easily sent– and photons are ideal for this,” describes Tissot.A Three-Level System for Controlling the Photon” We need to consider numerous aspects,” states Tissot: “We desire to manage the instructions in which the information streams– as well as when, how rapidly, and where it streams to.