NOVELTY - The structure has a sheet of electrical conductor having two sides. A block of magnetic material covers an area of the specific side of the sheet of conductor. Two ends of conductor wire segments are routed over the block of magnetic material between points on the specific side of the sheet of conductor.    USE - Integrated magnetic resonator and shield structure for transferring wireless power for consumer electronics, industrial applications, infrastructure power and lighting, transportation vehicles, electronic games, military applications, robots, vehicles, computers, personal digital assistant (PDA), powering or recharging electric-engine vehicles, such as buses and/or hybrid cars and medical devices, such as wearable or implantable devices, autonomous electronics such as laptops, cell-phones, portable music players, house-hold robots, global positioning satellite (GPS)navigation systems, displays, sensors, industrial and manufacturing equipment, monitors, home appliances and tools such as lights, fans, drills, saws, heaters, displays, televisions, counter-top appliances, heated or illuminated clothing, communication and navigation equipment built into vehicles, clothing and protective-wear such as helmets, armor and vests, roof-top solar panels, indoor distribution panels. Can also be used in radio and cellular communications systems, home computer networks, wind turbines, fuel cells, digital-versatile disk (DVD) player, camera, circuit breaker, projector, TV, keyboard and super-capacitors.    ADVANTAGE - The integrated magnetic resonator and shield structure with long-lived oscillatory resonant modes can be achieved and the amount of power can be effectively transmitted over mid-range distances and alignment offsets since the two ends of the conductor wire segments are routed over the block of magnetic material between points on the specific side of the sheet of conductor.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of magnetic resonator.    Electromagnetic resonator (102)    Port parameter measurement circuit (3802)    Voltage controlled capacitor (3902)    Measurement analysis and control algorithm (3904)    Programmable voltage source (3908)