Matthew Joseph Storey

Title: Matthew Joseph Storey: Innovator in Acoustoelectric Optomechanical Devices

Introduction

Matthew Joseph Storey is a prominent inventor based in Albuquerque, NM (US). He is known for his groundbreaking work in the field of acoustoelectric optomechanical devices. His innovative approach has led to advancements that enhance the performance of Brillouin photonic devices.

Latest Patents

Matthew holds a patent for "Acoustoelectric optomechanical devices." This patent describes devices that employ Brillouin interactions modified by acoustoelectric (AE) interactions. These modifications enable control over the devices' nonlinear optical susceptibility. By applying quasistatic electric fields in semiconductors, the phonon dissipation rates can be improved, enhancing the performance of Brillouin photonic devices. The AE Brillouin interactions allow for local control of the phonon phase velocity, which in turn affects the Brillouin scattering frequencies. This electronic means compensates for inhomogeneous broadening over large length scales. Furthermore, these interactions enable Brillouin scattering processes to utilize phonon coherence lengths that can match or exceed those of photons, facilitating fully coherent three-wave parametric-like processes. Devices developed under this patent have demonstrated significant optomechanical confinement and coupling, as well as AE coupling.

Career Highlights

Matthew Joseph Storey is associated with National Technology & Engineering Solutions of Sandia, LLC. His work has contributed significantly to the field of optomechanics and photonics. He has been instrumental in developing technologies that push the boundaries of current understanding and applications in these areas.

Collaborations

Matthew has collaborated with notable colleagues, including Matt Eichenfield and Nils Otterstrom. Their combined expertise has fostered innovative solutions and advancements in their respective fields.

Conclusion

Matthew Joseph Storey is a key figure in the development of acoustoelectric optomechanical devices, with a patent that showcases his innovative contributions. His work continues to influence the field of photonics and optomechanics, paving the way for future advancements.