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The main idea, used during this paper to model the small and large scale phenomena, idea which is concerning this infinite quantity of information available around us, is the assumption that the total amount of information remains constant, and thus all that exists is permanently created and recreated in some kind of cycle or carousel that never stops. All the infinite quantity of information initially contained has spread into what we see around us, and this is another idea upon which the present paper is built, namely that there is no such thing as vacuum in space, but only regions of space containing more diluted and less measurable information, only amounts of energy/information that are not detectable or not known yet. This information/energy within the space, once deemed as empty space is comprising remains of initial information (for example cosmic radiation) and is somehow vibrating around us in ways that are rather hard to detect and prove. Even so, going out from the consequences of this fact, stating the inexistence of space vacuum and using the universal language of mathematics we could try to describe similarities and common features exhibited by both, quantum and large scale phenomena. The paper is also aiming to provide mathematical ways and solutions to model and link the realities within the quantum and the normal scale phenomena worlds, the two being linked with another, among others, also as a consequence of the non emptiness of space. |
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Fourier transforms
Signal processing
Particles
Detection theory
Quantum information
Information fusion
Integration
