Why the relativity law exists? and why the universal gravity law exists? These two fundamental questions in physics are solved. The ground of these two laws is the stability. Every phenomenon in the world has the tendency to stabilize itself. Every physical existence comprises stability at the same time some instability.

The theory of stability

The conceptual existences in the human mind are stable and are substantially perceived with scholar values. But physical existences are independent from the human conception and have some instability. They are subject to the natural regulations which are essentially contingent. Individual physical events and existences are substantial products from the contingency and are controlled by the regulations induced from the contingency. The nature is actualized by the stabilization which the contingency brings forth and events follow the stabilization processes. The statistical perception on the essentialities of natural events induces this theory of stability. This concept on the theory of stability consists from following two principles.

  1. Principle of insecurity; Events exist. Existence involves some statistical insecurity.
  2. Principle of inconstancy; Events persist. Persistence involves some statistical inconstancy.

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Resercher

Dr. Atsuo AKANUMA, M.D., Ph. D. is a medical graduate of the University of Tokyo and is a radiation oncologist trained in the States and in Germany. He was given Ph. D. degree from the University of Tokyo by studying tumor growth and developing a mathematical growth model. He used to be long a teaching staff and an associate professor in clinical researches at the University of Tokyo Medical School studying mainly in particle beam application for oncology and in theoretical analysis of tumor growth. He was strongly interested in physics and mathematics at high school time, therefore, his major interest in the medical field was radiation therapy particularly in heavy beam radiation therapy. He studied much quantum physics at the same time mathematical analyses of tumor growth developments.