Abstract: Systems and methods for analyzing and affecting manifestations of subtle energy resonance are provided. A memory array associated with a transducer is read and stored in a memory of an analysis device. The memory array is then exposed to an energy environment which causes changes to the memory array. A second reading of the memory array indicates the changes to the memory array as compared to the first reading. The detected changes are analyzed and used to generate an energy signature and a report concerning any combination of the changes, the rate of changes, and the generated energy signature. The energy data concerns subtle energy in a designated energy environment which may include one or more animate or inanimate crystalline resonators. Tuning of a generator allows for manipulation of cell resonance, which may be used for research or in order to produce a desired resonance.

Abstract: Systems and methods for analyzing and affecting manifestations of subtle energy resonance are provided. A memory array associated with a transducer is read and stored in a memory of an analysis device. The memory array is then exposed to an energy environment which causes changes to the memory array. A second reading of the memory array indicates the changes to the memory array as compared to the first reading. The detected changes are analyzed and used to generate an energy signature and a report concerning any combination of the changes, the rate of changes, and the generated energy signature. The energy data concerns subtle energy in a designated energy environment which may include one or more animate or inanimate crystalline resonators. Tuning of a generator allows for manipulation of cell resonance, which may be used for research or in order to produce a desired resonance.

Abstract: A sailing vessel having the performance capabilities of a multi-hull craft with the superior stability of a ballasted mono-hull craft, comprising a central hull supporting a mast and a pair of lateral hulls substantially parallel to the central hull and connected thereto by arms which are pivotably connected to the central hull such that each arm can pivot about an axis substantially parallel to the longitudinal axes of the hull. Springs act between the central hull and each of the arms such that pivotal movement of each arm is only possible against the bias of the spring. Excessive wind loading is thereby shed from the sail by the mast and the central hull pivoting relative to the lateral hulls.