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What is general mechanics? 


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General mechanics encompasses various theories and principles that govern the behavior of physical systems. It involves understanding the spatial structure of the universe, the relationship between absolute and relative frames of reference, velocity transformations, modifications of fundamental laws like Newton's law of gravitation and Coulomb's law, and the interactions between mass, energy, and gravitational fields. Theories of mechanics can be based on absolute frames of reference, hypercomplex numbers, and geometric images, leading to mathematical consequences that explain quantum, classical, and relativistic mechanics. Additionally, the implementation of mechanics can extend to practical applications like game design, where deterministic and non-deterministic components are combined using random number generators and rules libraries. Furthermore, measurement apparatuses can be designed with three-dimensional adjustable positioning mechanisms for accurate and efficient measurements.

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General mechanics is a theory based on hypercomplex numbers, stability of exceptional algebras, and a fractal surface underlying physical space, unifying quantum, classical, and relativistic mechanics into a single framework.
General mechanics refer to a measurement apparatus with adjustable positioning mechanisms for accurate workpiece positioning and simultaneous length, width, and height measurements, ensuring high precision and fast measurement speed.
Open accessPosted Content
01 Jul 2017-viXra
General Mechanics is a new theory based on an absolute frame of reference, challenging Einstein's theory. It encompasses various principles like spatial structure, velocity transformation, and modifications of fundamental laws.
Patent
01 Aug 2007
16 Citations
General mechanics in the context of the paper refer to the deterministic and non-deterministic components of a gaming engine, including player events, random number generation, rules library, and control processes.
General Mechanics is a theory based on hypercomplex numbers, stability of exceptional algebras, and a fractal surface underlying physical space, unifying quantum, classical, and relativistic mechanics into a single framework.

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