Value Proposition
· Improved consistency of magnetic field generation
· Easier fabrication
· Reduced energy costs
· Enhanced computing capabilities
Unmet Need
· As the computational demands of society progress, so does the need for inventive approaches to increasing computing power. The foundation of quantum computing is the qubit, and the production of the flux qubit relies on superconducting circuits. These circuits consist of superconducting materials, which are capable of conducting electricity with near zero resistance. A major limitation in the creation of these circuits is proper sizing of flux qubits and appropriate magnetic field generation. There is thus a strong need for improved superconducting circuits to support the development of flux qubits.
Technology Description
· Current methods to operate flux qubits rely on the application of a precise bias magnetic field generation. It requires each qubit device to be individually fine-tuned and limits the ability to scale quantum computing. Researchers at Johns Hopkins have developed a novel design for flux qubits that does not require a bias magnetic field. It shall greatly reduce the complexity of the quantum circuit and makes a quantum computer more scalable. The design involves a novel superconductor, thus allowing for improved quantum computing possibilities.
Stage of Development
· Initial laboratory testing and benchtop models.
Data Availability
· Data available upon request.
Publication
N/A
