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In the Beginning was Information

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paragraph 4.2) play a substitutionary role with regard to reality ora system of thought. <strong>In</strong>formation is always an abstract representationof something quite different. For example, <strong>the</strong> symbols intoday’s newspaper represent an event which happened yesterday;this event is not contemporaneous, moreover, it might have happenedin ano<strong>the</strong>r country and is not at all present where and when<strong>the</strong> information is transmitted. The genetic letters in a DNAmolecule represent <strong>the</strong> amino acids which will only be constructedat a later stage for subsequent incorporation into a protein molecule.The words appearing in a novel represent persons and <strong>the</strong>iractivities.We can now formulate two fundamental properties of information:Property 1: <strong>In</strong>formation is not <strong>the</strong> thing itself, nei<strong>the</strong>r is it a condition,but it is an abstract representation of material realities or conceptualrelationships, like problem formulations, ideas, programs,or algorithms. The representation is in a suitable coding systemand <strong>the</strong> realities could be objects, or physical, chemical, or biologicalconditions. The reality being represented, is usually not presentat <strong>the</strong> time and place of <strong>the</strong> transfer of information, nei<strong>the</strong>r can itbe observed or measured at that moment.Property 2: <strong>In</strong>formation always plays a substitutionary role. Theencoding of reality is a mental process.It is again clear from Property 2 that information cannot be a propertyof matter; it is always an intellectual construct (see <strong>the</strong>orems1 to 3, paragraph 3.3). An intelligent sender who can abstractlyencode reality, is required.Both <strong>the</strong> above salient properties now enable us to delineate <strong>the</strong>information concept unambiguously. Figure 15 clearly illustrates<strong>the</strong> domains of information (A) and non-information (B and C).Whenever any reality is observed directly by seeing, hearing ormeasuring, <strong>the</strong>n that process falls outside our domain. But whenevera coding system which represents something else is employed,<strong>the</strong>n we are inside our domain A, and <strong>the</strong>n all <strong>the</strong> mentioned<strong>the</strong>orems are completely valid as laws of nature. The following basicdefinition has now been established:84

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