Transducers as Gates to the Universe

Introduction

In nature, any item interacts with its environment. Due to these interactions that may transfer energy and/or even mass, the structure and also the properties of each items change more or less quickly in time. This process may be considered as being an ‘aging process.’ For this reason, any actual present configuration of the universe may be considered as being ‘ephemerae.’ In biology, all items are protected with some kind of ‘shell’ that is a ‘membrane’ for bacteria or a ‘skin’ for mammalians. This ‘shell’ may protect a living organism only for certain kinds of interactions with their environment but it implies the presence of ‘transducers’ to realize the necessary desired interactions with this environment. An engine powered by chemical energy needs fuel and an oxidizer to work. Mammalians need nourishment and oxygen to survive. The ‘digestive system transducer’ ensures the transfer of necessary nourishment and the ‘respiration system transducer’ ensures the transfer of necessary oxygen from the environment. The respiration rhythm is higher than the nourishment rhythm. Humans has eyes to sense the environmental light, ears to sense the environmental acoustic sounds etc. During their evolution, humans had created in their minds a kind of ‘virtual environmental image’ that helps them survive. Generally, transducers constitute some ‘access gates’ between any living organism and its environment. The ‘digestive system’ and the ‘respiration system’ which are essential for any living organism to survive, implies for example, that a human must not eat, drink and/or breathe in, some potentially dangerous item. The sex system also constitutes a kind of ‘access gate’ between living organisms and their environment. During the lifetime, our transducers lose their ability and then, at the end of life, we become more or less ‘disabled.’

Let now consider a mathematical function associated to a transducer where may be considered as the input signal, the output signal and the transducer function. To ‘well ‘decode the right signal ’ of such a function, the ‘inverse function’ of this system must also be known. Generally: