Mark F Gyure, Age 606626 Oak Forest Dr, Calabasas, CA 91377

7462859, Dec 9, 2008

Oct 2, 2006

11/542322

Mark F. Gyure - Oak Park CA,

HRL Laboratories, LLC - Malibu CA

H01L 29/06

257 21, 257 15, 257 16, 257 17, 257 18, 257 20, 257E33008

A spin coherent, single photon detector has a body of semiconductor material with a quantum well region formed in barrier material in the body. The body has a first electrode forming an isolation electrode for defining, when negatively energized, an extent of the quantum well in the body and a second electrode positioned above a location where an electrostatic quantum dot is defined in said quantum well when positively energized. The quantum well occurs in three layers of material: a central quantum well layer and two outer quantum well layers, the two outer quantum well layers having a relatively low conduction band minimum and the barrier having a relatively high conduction band minimum while the central quantum well layer having a conduction band minimum between the relatively high and relatively low conduction band minimums.

7830310, Nov 9, 2010

Jul 1, 2005

11/173182

Daniel F. Sievenpiper - Santa Monica CA,
Joseph S. Colburn - Malibu CA,
Bryan Ho Lim Fong - Los Angeles CA,
Matthew W. Ganz - Marina del Rey CA,
Mark F. Gyure - Oak Park CA,
Jonathan J. Lynch - Oxnard CA,
John Ottusch - Malibu CA,
John L. Visher - Malibu CA,

HRL Laboratories, LLC - Malibu CA

H01Q 1/38

343700MS, 343909

An artificial impedance structure and a method for manufacturing same. The structure contains a dielectric layer having generally opposed first and second surfaces, a conductive layer disposed on the first surface, and a plurality of conductive structures disposed on the second surface to provide a preselected impedance profile along the second surface.

7875876, Jan 25, 2011

Jun 15, 2006

11/453746

Stephen Wandzura - Agoura Hills CA,
Mark F. Gyure - Oak Park CA,
Bryan Ho Lim Fong - Los Angeles CA,

HRL Laboratories, LLC - Malibu CA

H01L 31/00

257 26, 257E29076, 257E29168, 257E49003

Described is a scalable quantum computer that includes at least two classical to quantum interface devices, with each being connected to a distinct quantum processing unit (QPU). An Einstein-Podolsky-Rosen pair generator (EPRPG) is included for generating an entangled Einstein-Podolsky-Rosen pair that is sent to the QPUs. Each QPU is quantumly connected with the EPRPG and is configured to receive a mobile qubit from the EPRPG and perform a sequence of operations such that the mobile qubit interacts with a source qubit when a teleportation algorithm is initiated, leaving a second mobile qubit in the original quantum state of the source qubit.

2007000, Jan 4, 2007

Jul 1, 2005

11/173187

Daniel Sievenpiper - Santa Monica CA,
Joseph Colburn - Malibu CA,
Bryan Fong - Los Angeles CA,
Matthew Ganz - Marina del Rey CA,
Mark Gyure - Oak Park CA,
Jonathan Lynch - Oxnard CA,
John Ottusch - Malibu CA,
John Visher - Malibu CA,

H01Q 1/38

3437000MS, 343909000

A method for guiding waves over objects, a method for improving a performance of an antenna, and a method for improving a performance of a radar are disclosed. The methods disclosed teach how an impedance structure can be used to guide waves over objects.