Abstract: A magnetic system controlling one or more objects that may be used in medical applications, industrial applications and construction applications. The applications will be of any complexity and range from the arbitrarily small to the arbitrarily large.

Abstract: An electronic device that includes a stored data stream composed of dictionary entries. Each dictionary entry or coded data correlates with video or audio (spoken, music or other). Spoken words will have one or more dictionary entries to allow for different quality enunciations, pronunciations, inflections, accents and tones. These qualities will allow the characterization and replication of any human voice. The electronic device will have the capacity to increase information storage density.

Abstract: A perimeter may be effectively secured by a system of manual/autonomous stationary/mobile units on land/water, by a system of manual/autonomous aircraft/spacecraft and by a system of physical barriers. A wide range of surveillance, communication and scientific equipment will be associated with these systems and they will all be associated with stationary/mobile control centers.

Abstract: Toughened airbag systems are applied to the bottom surface of an aircraft to permit the crashing vehicle to land on a cushion of air. Shock absorber systems fitted to aircraft seats allow a more gradual deceleration of the occupant. A bumper system is applied to ground vehicles/trains to allow a more gradual deceleration of the vehicle/train and to minimize injury to pedestrians.

Abstract: Space construction (surface based and outer space) may require specially designed construction material and power sources to establish a time efficient, cost effective structure. On the threaded end of a bolt may be added an unthreaded cylindrical section followed by a tapered section. Construction material may be modified with male/female parts to permit the alignment of materials relative to one another and to align bolt holes. A cost effective power system may be established by the appropriate backplane thinning of solar cells and subsequent attachment to a thin sheet providing a minimal weight power source.

Abstract: Real time electronic parameter control may be applied to integrate/unintegrated electromechanical devices and to circuit design components. This may be accomplished for example, by replacing one component with a selection of variable impedance components. The components are connected up in different ways by appropriate circuitry. A microprocessor rearranges the components in real time. This optimizes circuit performance which allows for exceptionally fast electromechanical devices and improves the overall characteristics of the device (i.e. torque/force, speed).