Open AccessThe Accumulation of Change Depending on the Time Factor
Author(s) -
Plamen Damyanov
Publication year - 2007
Publication title -
forum philosophicum
Language(s) - English
Resource type - Journals
eISSN - 2353-7043
pISSN - 1426-1898
DOI - 10.35765/forphil.2007.1201.12
Subject(s) - phenomenon , variable (mathematics) , exponential function , statistical physics , type (biology) , physics , moment (physics) , theoretical physics , mathematics , classical mechanics , quantum mechanics , mathematical analysis , geology , paleontology
Each phenomenon contains variable components, which are conservative. Because of their conservation, they accumulate. Present phenomena contain constituents of phenomena, belonging to the past which form the present and the future, and their dependence on time is an exponential one - S = Sₒe^t-tᵖ (S is a variable component, is a moment in the past). We assume that before and after tₒ = t-tᵖ = 0 the change pertains to phenomena of one type. The dependency is for each defined phenomenon of one and the same type (for its characteristics). The concrete aspect of the change S will depend on the type of the phenomenon. We show in our study how in some cosmological phenomena, the exponential dependence on time is present. The processes of radioactive disintegration of atomic nuclei, are also phenomena of this type. We present the real phenomena as a sum of exponents. Each phenomenon originates, develops and is destroyed. In reality most phenomena are formed as a composition of exponential dependencies of the change (of its characteristics).