Holistic Concept of Human and Humankind
Tomas Kala©
Introduction
Human beings and Humankind are exceptional phenomena in the World. They represent one of the highest levels of biological complexity, mental and social capability in the known living nature. It is natural, that all the generations of people has been devoting considerable effort to cognition and creation of opinions on the origin, evolution of the human species, human life, human society, human interaction with the outside world, and on many other issues. During its development, people have accumulated, combined and used a huge amount of knowledge and ideas about the world and themselves, which allowed them to live and grow.
Immodest goal of the author of this essay is to contribute to a philosophical reflection of this cognition and effort using the method of the Unitary Theory of the World. It is out of capabilities of the author to make even concise survey on main philosophical approaches to Human beings, Human society and Humankind in the World. Nevertheless, he offers his own approach and description on the subject.
Methodology
The Unitary Theory of the World (further denoted as UTW in abbreviation) is based on seven basic axioms and explanation of their function in creation and development of all entities and features of our World as follows:
§ 1. There had existed four principal categories of the Objective Reality (OR) before our Universe/World (denoted thereinafter as EW) begun:
- Laws of Nature (in the sense of “Lex Naturalis”), denoted further as ELN,
- Potential of our “Real” World (EPPW) to exist (but not yet existing) in the “state” of singularity,
- Contingency (EC), and
- Communications/relations/interactions (expressed via Ù, Ú, and ├ logical symbols).
§ 2. At the beginning of our Universe/World: Contingently, the Potential to exist of the Physical World started to communicate with the Laws of Nature and thus changed/ transformed itself into the Forces (EF), which gave origin to the Real Physical World (ERPW), with its observable quantities: Time (ET), Space (ES), Energy (EE) / Mass (EM), Direction (ED), Information (EI), Intellect (ER), Potential to exist (EP), and Contingency (EC).
It can be noted down using notation of the formal logics as follows:
ELN Ù EPPW Ù EC ├ ELN Ù EF Ù EC, (1)
ELN Ù EF Ù EC ├ ELN Ù (ET Ú ES Ú EE Ú EM Ú ED Ú EI Ù ER) Ù EP Ù EC, resp. (2)
The symbols “Ù”, “Ú”, and “├“, are for a logical “and”, “or”, and “it can be derived from“, respectively[1]. They express communication, interactions or relations among the individual quantities and laws.
Note 1: An inherently indicated sequence of individual quantities in relations (1), (2) and others, has not to be understood as a time consequence, since there was no Time at the beginning of the World.
Note 2: EM (“mass”) can be understood as a specific kind of “structured and condensed” energy.
§ 3. These individual basic quantities are being „present“ or are „acting“ in individual elements, parts, processes, ....of the Objective Reality as multiples of their elementary quanta.
Note 2: At the time being, the following values of the basic elementary quanta are known (CODATA (2014)[2], for:
Time (Planck’s Time): 5.39106(32) x10-44 s,
Space (Plank’s Length): 1.616199(97) x10-35 m
Energy (Hartree): 4.35974434(19) x10-18 J
Mass:
Others can be understood as follows:
Direction: +/-, or up/down, or forward/backward, etc., respectively;
Information: bit
Intellect: the individual Laws of Nature inherent/obtained in the specific elements/processes of the Objective Reality;
Potential to exist: probability <0;1>
Contingency: arbitrary act in development of the World.
§ 4. The individual basic quantities, elements, parts, processes, .... Ei of the Objective Reality (OR) exist in mutual interactions.
These interactions cause changes, transformations and/or motions (including appearance or disappearance) of the individual basic quantities ES, ET, EE, EM, ED, EI, ER, EP, EC, and elements, parts, processes, .... Ei of the Objective Reality as a whole, respectively.
These interactions can be noted down as follows:
ELN Ù (ESÚETÚEEÚEMÚEDÚEIÙER) Ù EPÙ EC Ú E1 Ú E2 Ú E3 Ú .. Ei-1Ú Ei+1Ú ... ├ Ei (3)[3],
or
ELN Ù (ESÚETÚEEÚ EMÚEDÚEIÙER) Ù EP Ù EC Ú E1Ú E2 Ú E3 Ú..Ei-1 Ú Ei Ú Ei+1Ú ..├ OR (4),
respectively,
where E1, E2, E3, ... Ei are symbols for individual/specific elements, parts, processes, etc. of the Objective Reality (OR).
In other words, the elements, parts, processes, phenomena, etc. of the Objective Reality can be expressed, or composed, or derived, or characterized by means of the above mentioned basic quantities, as “a result” of all mutual interactions of existing elements and processes.
§ 5. Transformations or motions of the elements, parts, processes, ... Ei of the Objective Reality are govern by „grammar“ or „syntax“ rules which are usually known or understand as the Laws of Nature (ELN).
These rules are inherent in elements, parts, facts, features, attributes, .... Ei of the Objective Reality, too.
They are „applied“ or “realized” via EI, ER, ED, EC, EP quantities, i.e. they can be expressed by means of the elementary quanta of information EI, intellect ER, direction ED, contingency EC, and potential to exist EP.
§ 6. The interactions among the elements, parts, processes, .... of the Objective Reality do not change always/necessarily each of the characteristic dimensions, or values, or quantities, etc. of elements, parts, processes, .... Ei of the Objective Reality considerably or at all.
§ 7. Actualization/Realization/Existence of the individual eventualities in the Objective Reality, including Its state or form as a whole, is in principle contingent, even though some of their consequences may be relatively stable and repeatable.
That is why these interactions can repeatedly result in relatively stable forms of individual subjects (elements, parts, processes, ... Ei) of the Objective Reality.
Note 3: More precise implication of the Unitary Theory of the World would need incorporation of the multi-value logics and/or also of further types of classical and/or non-classical logics into the description of the logical inter-relations shown above.
The Unitary Theory of the World states/underlines the significance of laws of nature, as well as physical entities, and Contingency for the origin and development of the World. According to this theory, real specific processes, objects, entities, substances, phenomena, knowledge, etc. can be defined, described, “constructed”, actualized, realized using the above mentioned basic elementary quantities and their interactions. The quantities, entities, and interactions could be denoted as our “World Existence Dimensions”.
In other words: our World consists of independent/separate components, such as:
- Laws of Nature (which we are trying to reveal/discover/describe/use… ),
- Physical Entities/Quantities (we can observe, measure, study, use, to work with them, to modify them, …),
- Potential to exist,
- Contingency,
- Intellect (which enables us to learn, get and to structure knowledge, experience and information, intentionally use also the Laws of Nature, and properties/features of the Physical Entities, and also to estimate consequences of contingency variants, ….), which are in mutual interaction/communication/motion/modification...
- Theory enables to describe (or to express or to „absorb“, etc.) all of the known quantities, characteristics, phenomena, elements, parts, processes, laws, behavior etc. of the Objective Reality on the basis of positivistic knowledge and experience, and verified theories, because many of the discussed categories and phenomena have been yet studied, known, and applied in human practice relatively thoroughly.
- Moreover, the concept enables generally also to structure systematically - on the “sub-microscopic, “„microscopic“ and/or „macroscopic“ level - all of the quantities, elements, parts, processes, ... Ei of the Objective Reality, including the interactions, relations, laws, among them, even though they have not been known completely, correctly, preciously, or at all so far. Thus, the concept can be helpful also in searching for such possibly existing but so far omitted and unknown features of the objective reality.
In further part of this contribution we will implicate the Theory on the holistic description of The Human and Humankind in the World.
In our approach to the concept of Human persons and Humankind we used the simple standard biological organization scheme, published by Ruth Bernstein and Stephen Bernstein[4].
Holistic Description of the Humankind in the Frame of the Unitary Theory of the World
According to the standard biological organization scheme, Humankind EHK consists of groups of humans EHi living together with populations of other living organisms ELO in a proximate physical (abiotic) environments EPW creating specific ecosystems EECOi . All of the ecosystems make up the biosphere EBS - the area of life on Earth:
EH1 Ú EH2 ...Ú EHi Ù ELO1 Ú ELO2…Ú ELOi Ù EPW1 Ú EPW2….Ú EPWi Ù EECO1 Ú EECO2…Ú EECOi ├ EBS
The Biosphere, as well as all of its “components”, follow their specific laws of nature, exist in their specific space(s), in specific time regime(s), represent/need/generate specific energy(-ies), they exist also in material form(s) – in relation/connection with a material world, they take (actively or passively) specific stances or directions of action or of movement, they are acquired by a specific amount of information, they are - more or less - rationally organized/structured, they are incidentally/casually EPH, ECH influenced by the other biosphere components, and by other tangible and/or intangible entities EBSE and other entities Ei :
ELNH Ù (ESHÚETHÚEEHÚEMHÚEDHÚEIHÙERH) Ù EPHÙ ECH Ú E1H Ú E2H Ú E3H Ú .. Ei-1H Ú Ei+1H Ú EHB Ú ELNLO Ù (ESLOÚETLOÚEELOÚEMLOÚEDLOÚEILOÙERLO) Ù EPLOÙ ECLO Ú ELO1 Ú ELO2 Ú ... ELOi
Ú ELNPW Ù (ESPWÚETPWÚEEPWÚ EMPWÚEDPWÚEIPWÙERPW) Ù EPPWÙ ECPW Ú EPW1 Ú EPW2 Ú ... EPWi
Ú ELNECO Ù (ESECOÚETECOÚEEECOÚEMECOÚEDECOÚEIECOÙERECO) Ù EPECOÙ ECECO Ú EECO1 Ú EECO2 Ú ... EECOi Ú E1 Ú E2 Ú E3 Ú .Ei. EBSE ├ EBS
Each of Humans consists of his body, organ systems, sole, experience, knowledge, and other – discussed below – human attributes. Each of organs can be decomposed to different tissues, which consist of groups of organelles and of cells functioning together. Cells and organelles are formed by multiple (bio) macromolecules and molecules, which are built of atoms. Atoms are supposed as the simplest units of life, though they can be further decomposed to sub-atomic particles from the perspective of Physics. At every level of the hierarchy, new functions – which are necessary for the control of life - appear. These new roles are not the functions that the lower level components are capable of on one´s own and are they thus referred to as emergent properties, which arise through interactions among smaller or simpler entities (that they themselves do not exhibit such properties).
Holistic Description of Human in the Frame of the Unitary Theory of the World
In the intentions of the Unitary Theory of the World (UTW), Human (H) can be understand as an entity (EHi), which is located in a proximate world (PW). The proximate world has the following attributes: ELNPW Ù (ESPWÚETPWÚEEPWÚEMPWÚEDPWÚEIPWÙERPW) Ù EPPWÙ ECPW Ú E1 Ú E2 Ú E3 Ú .. Ei. The Human is determined/characterized by specific “human” laws of nature ELNH, he exists in a specific “human” space ESH, in a specific “human” time ETH, he represents/needs/generates specific energy EEH, he exists also in a material form – in relation/connection with a material world EMH, he takes (actively or passively) specific stances or directions of action or of movement EDH, he is acquired by a specific amount of information EIH, he is specifically - more or less rationally - organized/structured ERH, and he is incidentally/casually EPH, ECH influenced by other humans E1H Ú E2H Ú … Ej-1H Ú .. Ej+1H , and by tangible and/or intangible entities, like human body EHB, human sole EHS, human experience EHE, human knowledge EHK, human features (including emotions) EHF, human behavior EHBe, and other human attributes EHA:
ELNPW Ù (ESPWÚETPWÚEEPWÚ EMPWÚEDPWÚEIPWÙERPW) Ù EPPWÙ ECPW Ú E1 Ú E2 Ú ... Ei Ù
ELNH Ù (ESHÚETHÚEEHÚEMHÚEDHÚEIHÙERH) Ù EPHÙ ECH Ú EH1 Ú EH2 Ú ... E Hi-1 Ú E H i+1 Ú EHB Ú EHS Ú EHE Ú EHK Ú EHF Ú EHBe Ú EHA ├ EHi.
Description of Human Body in the Frame of the Unitary Theory of the World
Human body EHB follows specific “human body” laws of nature ELNHB, it exists in a specific “human body” space ESHB, in a specific time regime ETHB, it represents /needs/produces specific energy EEHB, in a specific material form in relation/connection with a material world EMHB, it shows specific directions of its motion or influence EDHB, it is equipped by specific sets of information EIHB, it is structured/organized - more or less rationally ERHB, it is influenced incidentally/casually EPH, ECH by other own organ systems EHBOS1 and by other material and/or non-material entities E HBE:
ELNHB Ù (ESHBÚETHB ÚEEHBÚEMHBÚEDHBÚ EIHB Ù ERHB) Ù EPHB ÙECHBÚ EHBOS1 Ú E HBOS2ÚE HBOS3Ú… EBOSiÚE HBE├ E HB,
Description of Human Body Organ Systems in the Frame of the Unitary Theory of the World
Organ systems of the human body EHBOSi are determined/characterized by specific “human body organ systems” laws of nature ELNHBOS, he exists in a specific “human body organ systems” space ESHBOS, in a specific time regime ETHBOS, they represent/need/generate specific energy EEHBOS, they exist in a material form – in relation/connection with a material world EMHBOS, they take (actively or passively) specific directions of action or of movement EDHBOS, they are acquired by a specific amount of information EIHBOS, they are specifically - more or less rationally - organized/structured ERHBOS, they are incidentally/casually EPHBOS, ECHBOS influenced by other organ systems EHBOS1 Ú EHBOS2 Ú … EHBOSj-1 Ú .. EHBOSj+1, by individual/specific organs ESO (which organs systems are composed of), and by other tangible and/or intangible entities EOSE:
ELNHBOS Ù (ESHBOSÚ ETHBOSÚ EEHBOS Ú EMHBOS Ú EDHBOSÚ EIHBOSÙ ERHBOS) Ù EPHBOSÙ ECHBOSÚ EHBOS1Ú EHBOS2 Ú..EHBOSi-1 Ú EOHBOSi +1 Ú ESO1 Ú ESO2 Ú.. ESOi Ú EOSE ├ EHBOSi
Individual/specific organs of the organs systems can be described analogically
Specific organs the human body EHBSOi are determined/characterized by specific “human body organs” laws of nature ELNHBSO, he exists in a specific “human body organs” space ESHBSO, in a specific time regime ETHBSO, they represent/need/generate specific energy EEHBSO, they exist in a material form – in relation/connection with a material world EMHBSO, they take (actively or passively) specific directions of action or of movement EDHBSO, they are acquired by a specific amount of information EIHBSO, they are specifically - more or less rationally - organized/structured ERHBSO, they are incidentally/casually EPHBSO, ECHBSO influenced by other organs EHBSO1 Ú EHBSO2 Ú … EHBSO j-1 Ú .. EHBSO j+1, by specific tissues and other components (which specific organs are composed of) EHBTi , and by other tangible and/or intangible entities ESOE in their proximate environment:
ELNHBSO Ù (ESHBSOÚ ETHBSOÚ EEHBSO Ú EMHBSO Ú EDHBSOÚ EIHBSOÙ ERHBSO) Ù EPHBSOÙ ECHBSOÚ EHBSO1Ú EHBSO2 Ú..EHBSO i-1 Ú EOHBSO i +1 Ú EHBTi1 Ú EHBTi2 Ú.. EHBTii Ú ESOE ├ EHBSOi
Tissues and other components of specific organs
Tissues and other components (tissue liquids, compounds, elements, etc.) of human body with specific interactions, functions and processes EHBTi are govern by specific laws of nature ELNHBTi, he exists in a specific “human body tissue” space ESHBTi, in a specific time regime ETHBTi, they represent/need/generate specific energy EEHBTi, they exist in a material form – in relation/connection with a material world EMHBTi, they take (actively or passively) specific directions of action or of movement EDHBTi, they are acquired by a specific amount of information EIHBTi, they are specifically - more or less rationally - organized/structured ERHBTi, they are incidentally/casually EPHBTi, ECHBTi influenced by other tissues EHBTi1 Ú EHBTi2 Ú … EHBTi j-1 Ú .. EHBTi j+1, by individual/specific human cells EHBC (which tissues are composed of), and by other tangible and/or intangible entities EHBTiE, which all together create a “proximate environment of the specific tissue”:
ELNHBTi Ù (ESHBTi Ú ETHBTi Ú EEHBTi Ú EMHBTi Ú EDHBTi Ú EIHBTi Ù ERHBTi) Ù EPHBTiÙ ECHBTiÚ EHBTi1Ú EHBTi2 Ú..EHBTi i-1 Ú EHBTii +1 Ú EHBC1 Ú EHBC2 Ú.. EHBCi Ú EHBTiE ├ EHBTi i
Human body cells
Human body cells EHBC consist of organelles and of their specific interactions, functions and processes. They are governed by – for this “cell” level of human body – specific laws of nature ELNHBC, he exists in a specific “cell” space ESHBC, in a specific time regime ETHBC, they represent/need/generate specific energy EEHBC, they exist in a material form – in relation/connection with a material world EMHBC, they take (actively or passively) specific directions of action or of movement EDHBC, they are acquired by a specific amount of information EIHBC, they are specifically - more or less rationally - organized/structured ERHBC, they are incidentally/casually EPHBC, ECHBC influenced by other cells EHBC1 Ú EHBC2 Ú … EHBC j-1 Ú .. EHBC j+1, by individual/specific organelles EHBOrg (which cells are composed of), and by other tangible and/or intangible entities EHBCE, which all together create a “proximate environment” of the specific cell:
ELNHBC Ù (ESHBC Ú ETHBC Ú EEHBC Ú EMHBC Ú EDHBC Ú EIHBC Ù ERHBC) Ù EPHBC Ù ECHBC Ú EHBC1Ú EHBC2 Ú..EHBC i-1 Ú EHBC i +1 Ú EHBOrg1 Ú EHBOrg2 Ú.. EHBMoi Ú EHBCE ├ EHBC i
Organelles
Human body organelles EHBOrg consist of molecular and other components (liquids, compounds,, elements, ions, etc.) and of their specific interactions, functions and processes. They are governed by – for this “organelle” level of human body – specific laws of nature ELNHBOrg, he exists in a specific “organelle” space ESHBOrg, in a specific time regime ETHBOrg, they represent/need/generate specific energy EEHBOrg, they exist in a material form – in relation/connection with a material world EMHBOrg, they take (actively or passively) specific directions of action or of movement EDHBOrg, they are acquired by a specific amount of information EIHBOrg, they are specifically - more or less rationally - organized/structured ERHBOrg, they are incidentally/casually EPHBOrg, ECHBOrg influenced by other cells EHBOrg1 Ú EHBOrg2 Ú … EHBOrg j-1 Ú .. EHBOrg j+1, by individual/specific molecular and other components (liquids, compounds,, elements, ions, etc.) EHBMoi (which cells are composed of), and by other tangible and/or intangible entities EHBOrgE, which all together create a “proximate environment” of the specific organelle:
ELNHBOrg Ù (ESHBOrg Ú ETHBOrg Ú EEHBOrg Ú EMHBOrg Ú EDHBOrg Ú EIHBOrg Ù ERHBOrg) Ù EPHBOrg Ù ECHBOrg Ú EHBOrg1Ú EHBOrg2 Ú..EHBOrg i-1 Ú EHBOrg i +1 Ú EHBMo1 Ú EHBMo2 Ú.. EHBMoi Ú EHBOrgE ├ EHBOrg i
“Molecular level” of the human body
All the organs, tissues and cells are built of sets of atoms of elements, which are – thanks to chemical bonds – grouped into specific molecules or their conglomerates and further components and compounds, exerting specific interactions, functions and processes EHBMo following all the specific (related to this “molecular level” of human body) laws of nature ELNHBMo, he exists in a specific space ESHBMo, in a specific time regime ETHBMo, they represent/need/generate specific energy EEHBMo, they exist in a material form – in relation/connection with a material world EMHBMo, they take (actively or passively) specific directions of action or of movement EDHBMo, they are acquired by a specific amount of information EIHBMo, they are specifically - more or less rationally - organized/structured ERHBMo, they are incidentally/casually EPHBMo, ECHBMo influenced by other molecules or their conglomerates and further components and compounds EHBMo1 Ú EHBMo2 Ú … EHBMo j-1 Ú .. EHBMo j+1, by individual/specific sets of atoms of elements EAT (which molecules are composed of), and by other tangible and/or intangible entities EHBMoE:
ELNHBMo Ù (ESHBMo Ú ETHB MoÚ EEHBMo Ú EMHBMo Ú EDHBMo Ú EIHBMo Ù ERHBMo) Ù EPHBMo Ù ECHBMo Ú EHBMo1Ú EHBMo2 Ú..EHBMo i-1 Ú EHBMo i +1 Ú EAT1 Ú EAT2 Ú.. EAT i Ú EHBMoE ├ EHBMo i
Atomic level proximate environment
Chemical properties of atoms EAT are influenced/determined by specifics of their compositions from subatomic particles, i.e. electrons, protons, and neutrons and by specifics of their mutual bonding forces and interactions ESATP, which are governed by specific laws of nature ELNAT, he exists in a specific space ESAT, in a specific time regime ETAT, they represent/need/generate specific energy EEAT, they exist in a material form – in relation/connection with a material world EMAT, they take (actively or passively) specific directions of action or of movement EDAT, they are acquired by a specific amount of information EIAT, they are specifically - more or less rationally - organized/structured ERAT, they are incidentally/casually EPAT, ECAT influenced by other atoms EAT1 Ú EAT2 Ú … EAT j-1 Ú .. EAT j+1, by their subatomic particles ESATP (which atoms are composed of), and by other tangible and/or intangible entities EATE:
ELNAT Ù (ESAT Ú ETATÚ EEAT Ú EMAT Ú EDAT Ú EIAT Ù ERAT) Ù EPAT Ù ECAT Ú EAT1Ú EAT2 Ú..EAT i-1 Ú EAT i +1 Ú ESATP1 Ú ESATP2 Ú.. ESATP i Ú EATE ├ EAT i
Subatomic particles
Even subatomic particles ESATP have their components, structure and complicated mutual interactions, properties etc., which follow the specific laws of nature ELNSATP, he exists in a specific space ESSATP, in a specific time regime ETSATP, they represent/need/generate specific energy EESATP, they exist in a material form – in relation/connection with a material world EMSATP, they take (actively or passively) specific directions of action or of movement EDSATP, they are acquired by a specific amount of information EISATP, they are specifically - more or less rationally - organized/structured ERSATP, they are incidentally/casually EPSATP, ECSATP influenced by other atoms ESATP1 Ú ESATP2 Ú … ESATP j-1 Ú .. ESATP j+1, and by other tangible and/or intangible entities EATE:
ELNSATP Ù (ESSATP Ú ETSATPÚ EESATP Ú ESATP Ú EDSATP Ú EISATP Ù ERSATP) Ù EPSATPÙ ECSATPÚ ESATP1Ú ESATP2 Ú..EATSATP i-1 Ú ESATP i +1 Ú ESATPE ├ ESATP i
The Holistic Description of the Human
Human as an Entity EHi can be described (in the Frame of the Unitary Theory of the World) as composition of all the types of its specific parts which exist/develop/act in their specific proximate environments:
ELNPW Ù (ESPWÚETPWÚEEPWÚ EMPWÚEDPWÚEIPWÙERPW) Ù EPPWÙ ECPW Ú E1 Ú E2 Ú ... Ei Ù
ELNH Ù (ESHÚETHÚEEHÚEMHÚEDHÚEIHÙERH) Ù EPHÙ ECH Ú EH1 Ú EH2 Ú ... E Hi-1 Ú E Hi+1
Ú
ELNSATP Ù (ESSATP Ú ETSATPÚ EESATP Ú ESATP Ú EDSATP Ú EISATP Ù ERSATP) Ù EPSATPÙ ECSATPÚ ESATP1Ú ESATP2 Ú..EATSATP i Ú ESATPE
Ú
ELNAT Ù (ESAT Ú ETATÚ EEAT Ú EMAT Ú EDAT Ú EIAT Ù ERAT) Ù EPAT Ù ECAT Ú EAT1Ú EAT2 Ú..EAT i Ú EATE
Ú
ELNHBMo Ù (ESHBMo Ú ETHB MoÚ EEHBMo Ú EMHBMo Ú EDHBMo Ú EIHBMo Ù ERHBMo) Ù EPHBMo Ù ECHBMo Ú EHBMo1Ú EHBMo2 Ú..EHBMo i Ú EHBMoE
Ú
ELNHBOrg Ù (ESHBOrg Ú ETHBOrg Ú EEHBOrg Ú EMHBOrg Ú EDHBOrg Ú EIHBOrg Ù ERHBOrg) Ù EPHBOrg Ù ECHBOrg Ú EHBOrg1Ú EHBOrg2 Ú..EHBOrg i-1 Ú EHBOrg i +1 Ú EHBMo1 Ú EHBMo2 Ú.. EHBMoi Ú EHBOrgE
Ú
ELNHBC Ù (ESHBC Ú ETHBC Ú EEHBC Ú EMHBC Ú EDHBC Ú EIHBC Ù ERHBC) Ù EPHBC Ù ECHBC Ú EHBC1Ú EHBC2 Ú..EHBC i Ú EHBCE
Ú
ELNHBTi Ù (ESHBTi Ú ETHBTi Ú EEHBTi Ú EMHBTi Ú EDHBTi Ú EIHBTi Ù ERHBTi) Ù EPHBTiÙ ECHBTiÚ EHBTi1Ú EHBTi2 Ú..EHBTi i Ú EHBTiE
Ú
ELNHBSO Ù (ESHBSOÚ ETHBSOÚ EEHBSO Ú EMHBSO Ú EDHBSOÚ EIHBSOÙ ERHBSO) Ù EPHBSOÙ ECHBSOÚ EHBSO1Ú EHBSO2 Ú..EHBSO i Ú ESOE
Ú
ELNHBOS Ù (ESHBOSÚ ETHBOSÚ EEHBOS Ú EMHBOS Ú EDHBOSÚ EIHBOSÙ ERHBOS) Ù EPHBOSÙ ECHBOSÚ EHBOS1Ú EHBOS2 Ú..EHBOS i Ú EOSE
Ú
ELNHB Ù (ESHBÚETHB ÚEEHBÚEMHBÚEDHBÚ EIHB Ù ERHB) Ù EPHB ÙECHBÚ EHBE
Ú
EHS Ú EHE Ú EHK Ú EHF Ú EHBe Ú EHA ├ EHi.
Conclusions
Specific method of description of the holistic systems - developed in the frame of the Unitary Theory of the World - enables insight into such a complex entities like Human persons, Humankind, ecosystems, biosphere, etc. are.
It enable to structure systematically - on the “sub-microscopic, “„microscopic“ and/or „macroscopic“ level - all of the quantities, elements, parts, processes, ... Ei of the Human World, including the interactions, relations, laws, among them, even though they have not been known/revealed completely, correctly, preciously, or at all so far. Thus, the concept can be helpful also in searching for such potentially existing but so far omitted and unknown features of the Human World, Humankind, Humans etc., in the frame of homogeneous philosophical and scientific approaches.
It shows illustratively, that the existence, features, development, etc. of Humans and Humankind related phenomena are parts of the INFINITE-DIMENSIONAL AND CONTINUOUSLY DEVELOPING/EXPANDING WORLD - in its dimensions, interactions, interconnections, emerging entities and facts, etc.
The concept does not solve the problem WHY Humans and Humankind emerged and WHY they got just such forms, properties, attributes, behavior etc. which they exhibit. It is focused on the two principal questions: HOW the Humans and Humankind may originate/emerge/develop/transform/etc., and HOW they may be developed so far and – probably - how they may develop in future.
However, the concept can just help/promote our understanding of the Human World entities and to their interactions, transformations, etc. but it does not enable per se to reveal them in specific details and specific moment and to predict details in their development. Nevertheless, the concept respects completeness and correctness of the general STRUCTURE of the description of specific elements and interactions among them and among the proximate environment/world.
It respects inherently the fact that the individual proximate environments or “cosmoses” are continuously born and passed – in the frame of “our” current universe, e.g. at the emergence/genesis of a new human beings, new human communities, new “sociological” phenomena, or of some important artifact, and other entities.
The concept suggested provides a sufficient “intellectual space´” to solve practical tasks connected with development of Humans, Humankind and related issues.
Pardubice, April 2nd 2015
[1] https://en.wikipedia.org/wiki/List_of_logic_symbols, Oct 10th 2014.
[2] https://physics.nist.gov/cuu/Constants/index.html, Oct 10th 2014
[3] The expression ELN Ù (ESÚETÚEEÚEMÚEDÚEIÙER) Ù EC Ú E1 Ú E2 Ú E3 Ú .. Ei-1Ú Ei+1Ú .. ├ Ei is read as: Ei is derivable from ELN Ù (ESÚETÚEEÚEMÚEDÚEIÙER) Ù EC Ú E1 Ú E2 Ú E3 Ú ..Ei-1Ú Ei+1Ú ... .
[4] ) Bernstein R., Bernstein S., Biology, Wm. C. Brown Publishers, 1996. ISBN 0-697-15105-0.