Britton Plourde

Title: Innovations of Britton Plourde in Quantum Technology

Introduction

Britton Plourde is a notable inventor based in Jamesville, NY, who has made significant contributions to the field of quantum technology. With a total of three patents to his name, Plourde's work focuses on advancing the capabilities of quantum processors and superconducting materials.

Latest Patents

One of his latest patents is titled "Fabrication of normal conducting or low-gap islands for downconversion of pair-breaking phonons in superconducting quantum circuits." This invention discloses a quantum processor that includes a substrate, a qubit structure, and an electroplated phonon downconversion material. The design features furrows through the material that form a plurality of electroplated phonon downconversion islands, which are configured to channel deposited energy away from the qubit structure. Additionally, methods of making and using this technology are also disclosed.

Another significant patent is "Superconducting metamaterials for quantum simulations and qubit addressability in quantum processors." This invention utilizes superconducting metamaterials composed of lumped-element inductors and capacitors to implement microwave photonics with novel dispersion relations. The design allows for qubits to couple strongly to modes with an antinode at their location, enabling a frequency-addressable qubit array without requiring flux-tunability and with reduced control wiring.

Career Highlights

Britton Plourde has worked with prominent institutions such as Syracuse University and the Wisconsin Alumni Research Foundation. His work in these organizations has contributed to the advancement of research in quantum technologies and superconducting materials.

Collaborations

Plourde has collaborated with notable colleagues, including Matthew LaHaye and Robert McDermott. Their joint efforts have furthered the understanding and development of quantum systems.

Conclusion

Britton Plourde's innovative patents and contributions to quantum technology highlight his role as a leading inventor in the field. His work continues to influence advancements in quantum processors and superconducting materials, paving the way for future developments.