Gregory A Ten Eyck

Title: Gregory A. Ten Eyck: Innovator in Quantum Technologies

Introduction

Gregory A. Ten Eyck, an accomplished inventor based in Albuquerque, NM, has made notable contributions to the fields of quantum technologies and advanced fabrication methods. Holding three patents, his innovative work has the potential to significantly influence the development of future quantum processing units and small-scale structures.

Latest Patents

One of Gregory’s latest patents is titled "Electronic circuit for control or coupling of single charges or spins and methods therefor." This invention presents a quantum dot structure featuring a split-gate geometry, making it suitable for incorporation into a quantum processing unit's quantum dot array. The design effectively creates a tunnel barrier between an electric charge reservoir and a quantum dot well by utilizing a gap between a reservoir accumulation gate and a quantum dot accumulation gate. This unique configuration allows for variable control of the tunnel barrier height, width, and charge tunneling rate without relying on an external barrier gate.

Another significant innovation by Gregory is the "Fabrication method for small-scale structures with non-planar features." This patent details a process for creating small-scale structures characterized by non-planar features. The method involves forming a membrane on a suitable substrate, creating a pattern in the membrane, and subsequently removing a portion of the substrate beneath the membrane to create a cavity. Resonators can then be directionally deposited on the walls of this cavity, enabling the creation of closed-loop resonators.

Career Highlights

Throughout his career, Gregory A. Ten Eyck has made impactful contributions while working for leading companies in the technology sector, including the Sandia Corporation and Sopra Sciences Et Génie S.e.c. His work has consistently focused on advancing the state of technology in quantum computing and fabrication techniques.

Collaborations

In his journey of innovation, Gregory has had the privilege of collaborating with notable individuals in his field, including David Bruce Burckel and Michel Pioro-Ladriere. These collaborations have undoubtedly enriched his work, leading to significant advancements in technology.

Conclusion

Gregory A. Ten Eyck exemplifies the role of a modern inventor, utilizing his expertise to push the boundaries of what is possible within quantum technologies and fabrication methods. His patents not only showcase his innovative spirit but also pave the way for future advancements in these critical areas of research. As technologies evolve, the impact of his work will undoubtedly be felt for years to come.