Materialpath 18
Materialpath chapter: Introduction (purpose Definitions Predictions Experiments Arguments Principles Applications Analogies Summary
Introduction:
Matter has to be different for science to tell two different pieces of matter apart. Two different pieces of matter can be indistinguishable physically from each other but still have identity by being in different places or times.
The physipath is a combination of the materialpath and the physapath. The materialpath is the specific matter, its placement, and how these properties of matter change over the life time of a body. The physapath is the structure and functioning in a progressional sequence of the matter of a body over the life time of a body.
The purpose of the materialpath concept is for determining if and how the specific matter that a body is made of and its placement effects the behavior, consciousness, and ixperiencitness produced by the body.
Is matter of the same functioning type replaceable in an application or in the functioning of a body?
Materialpath definitions: The exact material make up and placement of material parts at each moment in time of a body over its life time. If any material part of the body, like a single atom or subatomic particle, is different in the designated body, for any period of time, it has a different materialpath.
Materialpoint: The exact matter and its placement that a body is made of at a specific point in time.
Materialmoment: The exact matter and its placement that a body is made of during a moment in time. A moment in this sense being defined as the the minimum amount of time that it takes to produce an physamoment thus also an awaremoment.
Materialsection: A length wise section of a materialpath. In size from a materialmoment to that of a materialpath.
Materialpath: The exact matter and its placement that a body is made of at each successive point in its life time.
Materialspace A grouping term for any type of
Repetition of a materialpath: repeating of a materialpath with the same body.
Restoration of a materialpath restoration of a materialpath after the matter in the original body has been dispersed in various degrees and ways.
Replication of a materialpath: replication of a materialpath making a materialpath out of other matter.
Transference of a materialpath: moving of a materialpath moving the materialpath by either leaving the original matter or moving the original matter through space and or time.
Repetition of a physipath: repeating of a physipath (materialpath and physapath) with the same body.
Restoration of a physipath restoration of a physipath (materialpath and physapath) after the matter in the original body has been dispersed in various degrees and ways.
Replication of a physipath: replication of a physipath (materialpath and physapath) making the original physipath out of other matter.
Transference of a physipath: moving of a physipath (materialpath and physapath) by either leaving the original matter in the original body and using new matter in the new body, or moving the original matter through space and or time.
Repetition of a physapath: repeating of a physapath (structure and functioning) over a period of time, with the same body.
Restoration of a physapath restoration of a physapath (structure and functioning) over a period of time, after the matter in the original body has been dispersed in various degrees and ways.
Replication of a physapath: replication of a physapath (structure and functioning) over a period of time, making a the original physapath out of other matter.
Transference of a physapath: moving of a physapath (structure and functioning) over a period of time,by either leaving the original matter or moving the original matter through space and or time into an identical physapath.
Materialpath Predictions:
Matter can be replaced in a body and if it functions the same way after the replacement as it would have other wise it will produce the same behaviorpath, awarepath, and ixperiencitness.
Analogous Predictions:
Materialpath experiments:
Replace one elemental atom with the same elemental atom in the same energy state. Observe the effect on the resulting behavior, consciousness, and ixperiencitness. Replace one atom at one of each different places in the body. Observe the effect on the resulting behavior, consciousness, and ixperiencitness. Replace a variable number of elemental atoms. Observe the effect on the resulting behavior, consciousness, and ixperiencitness. Replace a molecules with molecule with another molecule in the same spacial origination and energy state. Observe the effect on the resulting behavior, consciousness, and ixperiencitness. Replace a variable number of molecules with molecules in the same spacial origination and energy state. Observe the effect on the resulting behavior, consciousness, and ixperiencitness.
Analogous experiments:
Experimental evidence:
Materialpath Arguments:
Supporting evidence that the specific matter used if it produces identical to near identical structure and functioning in the body does not effect the physapath When the physapath is identical to near identical then the behaviorpath is identical Identical behaviorpath is evidence for awarepaths to be identical of near identical
Identical Repetition of Materialpaths Arguments:
Scientific and technological evidence that all matter is replaceable for every purpose
Whole part replacement – smartphone replaced by a part of a smart phone, car part replaced by a part of a car, a part of a factory replaced by a part of a factory
Whole body replacement smartphone replaced by another smartphone. If the smart phone are closely enough identical they will produce the exact song movie program game etc.
Scientific and technological evidence that all matter is replaceable for every purpose except the concept of identity of matter
Replacement of the whole body, a part of the body, a cell of the body, an atom of the body or subatomic particle
Science experimentation is based on replacement of matter as a part or parts or of the whole
Underlying principle of technology is that replacement of matter with equally functioning or nearly equally functioning matter in an object or system of objects will produce the same behavior
Identical replacement
Replacement of matter argument comes before the consciousness and ixperiencitness identity that is produced by studying the behavior of the bodies
First experiment argument If a physasection produces a specific behaviorsection, awaresection, and ixperiencitness once, it is more likely to produce it again than a different behaviorsection, awaresection, and ixperiencitness
Identical physasections produce identical behaviorsections argument
Nearly identical physasections produce identical behaviorsections argument: A behaviorsection produced by a physasection gives insight into the consciousness – awaresection and ixperiencitness produced by that physasection argument The behaviorsections produced by divergent but closely alike physasections can give greater insight into the awaresection produce by a physasection. Lack of physical reasons for the production of a different awaresection produced by a repeated identical physasection in the same body Progressively later physasection argument Progressively later physasections can give insight into the consciousness produced by a physasection Progressively earlier physasection argument Progressively earlier physasections can give insight into the consciousness produced by a physasection Mapping argument all physasections can be mapped to awaresections Many different nearly identical physasections can mapped to th same awarepath Even if there is some unusual non predictive mapping that does not make sense there will be enough predictive, useful, mapping to make the theory valuable
Identical atoms can be moved and switched to other parts of the body of the same functioning type and energy state. For instance, a hydrogen atom in a blood cell can be switched with a hydrogen atom in a neuron in the brain if both atoms function closely enough alike they can replace each other with out changing the over all structure and functioning of the body.
An enumerable number of materialpaths can be mapped to a singular physapath. What this means is that
Functioning identity of subatomic particles, Functioning identity of atoms, Functioning identity of molecules, Functioning identity of cells (neurons),
Atom Counting proof: There exists an enumerable amount more of each type atoms out side of a body that within it. We do not know for certain how many hydrogen atoms exist in the universe and it is likely changing as stars us up hydrogen.
It is estimated that there are approximately 7*10e27 atoms in a 150 lb body, The body is 87% hydrogen. Thus there are approximately 5*10e27 hydrogen atom in an average human body. There are approximately 10e80 hydrogen atoms in the universe. Each one of these hydrogen atoms could be used in the place of each hydrogen atom in the body. There are at least 10e100 possible different was to replace just one hydrogen atom with one hydrogen from the total number of hydrogen atoms from the rest of the universe. If we now replace two hydrogen atoms from the total number of atoms in the universe we get 10e100 times 10e100 -1 which is approximately10e200. Replacement of three atoms in one body from the atoms in the universe is approximately10e300. If every combination of replaced atoms is calculated for the this body the resulting number is enormous
materialpoints that can be created with just the replacement of one hydrogen atoms in a human body
of course there are other elemental kinds of atoms that can be replaced with atoms from the rest of the universe also increasing this total amount.
This is a possibility for each materialpoint. Depending how long a body lasts for and the time given for one material point the number of possible materialpath there are that will produce one physapath again increases for a large amount When the matter in a body is replaced it produces a different materialpath
Every identical atom replacement cases produces different consequences --- have to have different predictions, and explanation for each divergent behavior, property, effect on reality, or case Random identical atom replacement cases produces different consequences -- have to explain why sometimes identical atoms produced identical behavior and other time it does not Grouping of identical atom replacement cases produces different consequences
Identical physapath produce identical memories argument: Identical physapath produce identical self identity argument: Identical physapath produce identical awareness argument: that can be determined by way of verbal behavior from questions like what do you see, smell, hear, taste, feel? Identical physapath produce identical emotions argument: that can be determined by way of verbal and physical behavior How are you emotionally feeling? mad sad happy jealous, pain fear etc., how much of each? Physically crying, yelling, dancing, singing, smiling etc., Can be tested with close physapath versions. Or later or previous versions of the same physapath, Or later or previous versions of closely alike physapaths
Simplicity argument for materialpaths
The that identical functioning matter produces identical is much simpler than having a theory that identical matter replacement produces majopr differences in behavior
Predictive argument for materialpaths If the same atoms did not produce the same functioning in the body what is the theory or theories that predict this divergence? If the same identical functioning atoms did not produce the same functioning in the body
Explanatory argument for materialpaths
If the same atoms did not produce the same functioning in the body what is the theory that explains this
If the same atoms did not produce the same functioning in the body
all versus none all identical atoms can function identically
No identical atoms can function identically chemistry is based on atoms of the same elemental type and energy level valence etc will function identically
Unless there are an infinite amount possibilities of a specific chemical experiment there eventual has to be a repeat
Some identical atoms can function identically versus some have to distinguish
Technological useful argument for materialpaths
Technology is based on matter replacement for production desired behavior, effect on reality, achievement of goals
What you are is the structure and functioning of the brain argument: Your body, your soul, your memories, do not experience existence reality etc. Its how the brain changes over time that produces you Your body, your soul, your memories, do not create or produce you it is the structure and function of the brain that produces you
Personal identity argument: A theory of personnel identity can not be agreed upon by all thinkers, not predictive, explanatory, scientifically useful. etc.
If a theory of personal identity does not predict if you will experience a consciousness and what will produce a consciousness that you will experience, how is it useful? What value does it have?
First experiment argument for matter: duplicating structure and functioning
No radical departure argument: Why would there be a radical departure in behavior with the replacement of one atom, then the replacement of another when the physapath stays the same? If the physapath stays the same the behaviorpath stays the same.
We know that matter is being replaced in the human body all of the time and the same ixperiencitness is still maintained for at least long periods of time.
All possible replacements will produce the same behaviorpaths with identical physapaths and near identical physapaths
Analogous Arguments:
Analogies to everything material Argument: trees, factories, drugs, houses, TVs, production of other things music, shows, (processes) can be duplicated with any matter that will do or fulfill the same need in the object, production or process That humans need exact matter to produce the same behavior (consciousness and ixperiencitness) This is special pleading to supernatural nature of matter in humans is different from the matter used by any other thing.
Needs no special matter, does not need exact structure, does not need exact functioning
Examples:
A factory that makes cars the mater used in the factory The iron that the factory is made of and its other uses can be replaced with iron from any place in the universe
A drug antibiotic what it does in killing bacteria is not based on the specific atoms but the structure of the chemical that is used to fight bacterial infection
A tree could be made of any matter that produced the matter in the tree
Smartphone could have been made with different matter and it would still produce the same music, shows, movies, games, calculations, and every other thing that smartphones can produce.
Is there anything in nature made of matter that can not be replaced with the same identical atoms, molecules, in the same places? Why would human body be the only material body that could not be produced with different matter?
The body is a material thing. Behavior is a product or process of a material thing. Consciousness is know by other conscious being by way of communication through behavior. The existence of consciousness is known by way of personal experience
process, object, concept,
What are other possible hypothesis about the effect of matter replacement on behavior, consciousness, and ixperiencitness. What is the possible mechanism for these effects
Problem if these predictions are not correct: Inability to predict Inability to explain Imagine if the replacement of one atom made the body produce a different behaviorpath. How different? Imagine if the replacement of one atom made the body produce a different awarepath. How different? Can there be changes that are so small that they do not effect the production of behavior consciousness and ixperiencitness Everything in nature does not have to be precise to produce aspects that humans see as things etc., tree, leafs, logic, factory, chemicals, DNA, Trees do not have to be identical to be a tree made of the same matter Two DNA molecules do not have to be made of the same matter to produce the same results
Materialpath Principles:
1. Materialpaths exists: Each person produces a unique materialpath during their life time 2. Materialpaths can be studied: Each person's materialpath can be studied 3. Materialpaths can be compared to each other Your material path can be compared with other human materialpath 4. Knowledge about materialpaths can exist: Materialpaths can be experimented with, this information gathered, deduced, and organized into epimaterialpaths. Your body produces an epimaterialpath 5. Epimaterialpath exist 6. Materialpaths can become more like each other --- converge 7. Materialpaths can become less like each other --- diverge 8. 9. Materialpaths can be identical to each other, if they exist at different time periods 10. Materialpaths can be different from each other, by being made of any amount of different matter at any period of time. 11. Materialpaths can be extended: Different people have longer lives that could have been shorter. 12. Materialpaths can be shortened: Different people have shorter lives that could have been longer. 13. Materialpaths can be enhanced: Some people have better memories, skills, abilities, etc., than others people. 14. Materialpaths can be degraded: Some people have worse memories, skills, abilities, etc., than others people. 15. Materialpaths can be divided into materialsections, materialmoments, and materialpoints. 16. The concept of materialpaths can be applied to consciousness and ixperiencitness producing bodies. 17. 18. There are an enumerable amount of different materialpaths that will produce the same identical physapath. 19. 20. The matter from any where in this universe can be used to produce a body that will produce a specific behaviorpath, awarepath, and ixperiencitness. 21. Each human could have been made of different matter than it was made of if the circumstances of creation and physical development were different
Examples of Materialpaths of different objects:
1. The unique material composition for each progressive moment for the life time of a smartphone. 2. The unique material composition for each progressive moment for the life time of a tree. 3. The unique material composition for each progressive moment for the life time of a human. 4. The unique material composition for each progressive moment for the life time of a bird. 5. The unique material composition for each progressive moment for the life time of a factory. 6. The unique material composition for each progressive moment for the life time of a car. 7. The unique material composition for each progressive moment for the life time of a rock. 8. The unique material composition for each progressive moment for the life time of a planet. 9. The unique material composition for each progressive moment for the life time of a universe. 10. The unique material composition for each progressive moment for the life time of an atom. 11. The unique material composition for each progressive moment for the life time of an ship.
Examples of Materialsections:
1. The unique material composition for each progressive moment for a linear section of the life time of a smartphone.
2. The unique material composition for each progressive moment for a linear section of the life time of a tree.
3. The unique material composition for each progressive moment for a linear section of the life time of a human.
4. The unique material composition for each progressive moment for a linear section of the life time of a bird.
5. The unique material composition for each progressive moment for a linear section of life time of a factory.
6. The unique material composition for each progressive moment for a linear section of life time of a car.
7. The unique material composition for each progressive moment for a linear section of life time of a rock.
8. The unique material composition for each progressive moment for a linear section of life time of a planet.
9. The unique material composition for each progressive moment for a linear section of life time of a universe.
10. The unique material composition for each progressive moment for a linear section of life time of an atom.
11. The unique material composition for each progressive moment for a linear section of life time of a ship.
Examples of Materialpoint:
12. The unique material composition at each point in time for a smartphone.
13. The unique material composition for each point in time for a tree.
14. The unique material composition for each point in time for a human.
15. The unique material composition for each point in time for a bird.
16. The unique material composition for each point in time for a factory.
17. The unique material composition for each point in time for a car.
18. The unique material composition for each point in time for a rock.
19. The unique material composition for each point in time for a planet.
20. The unique material composition for each point in time for a universe.
21. The unique material composition for each point in time for a atom.
22. The unique material composition for each point in time for a ship.
Analogous Principles:
Applications of Materialpath Principles
Applications of Materialpath Principles:
Matter can be used from any place in the universe to produce a materialpath. Matter can be used from any place in the universe to produce a specific physapath. Matter can be used from any place in the universe to produce a specific awarepath. Matter can be used from any place in the universe to produce a specific ixperiencitness.
Matter can be used from any place in the universe to produce an extension to a materialpath. Matter can be used from any place in the universe to produce an extension to a specific physapath. Matter can be used from any place in the universe to produce an extension to a specific awarepath. Matter can be used from any place in the universe to produce an extension to a specific ixperiencitness.
Matter can be used from any place in the universe to produce an modification to a materialpath. Matter can be used from any place in the universe to produce an modification to a specific physapath. Matter can be used from any place in the universe to produce an modification to a specific awarepath. Matter can be used from any place in the universe to produce an modification to a specific ixperiencitness.
Matter can be used from any place in the universe to produce an conscious progression to a materialpath. Matter can be used from any place in the universe to produce an conscious progression to a specific physapath. Matter can be used from any place in the universe to produce an conscious progression to a specific awarepath. Matter can be used from any place in the universe to produce an conscious progression to a specific ixperiencitness.
Matter can be used from any place in the universe to produce an enhancement to a materialpath. Matter can be used from any place in the universe to produce an enhancement to a specific physapath. Matter can be used from any place in the universe to produce an enhancement to a specific awarepath. Matter can be used from any place in the universe to produce an enhancement to a specific ixperiencitness.
Continuity of matter is not necessary to produce a materialpath with the same ixperiencitness. Continuity of matter is not necessary to produce a physapath with the same ixperiencitness. Continuity of matter is not necessary to produce an awarepath with the same ixperiencitness. Continuity of matter is not necessary to produce a continuation of an ixperiencitness.
Contentiousness of matter is not necessary to produce a materialpath with the same ixperiencitness. Contentiousness of matter is not necessary to produce a physapath with the same ixperiencitness. Contentiousness of matter is not necessary to produce an awarepath with the same ixperiencitness. Contentiousness of matter is not necessary to produce a continuation of an ixperiencitness.
Analogous Applications:
Materialpath Analogies:
There are an enumerable amount of different smartphone materialpaths that will produce the same smartphone physapath. There are an enumerable amount of different smartphone materialpoints that will produce the same smartphone physapoint. Any part of a smartphone can be replaced with any matter from any part of the universe that will allow the smartphone to continue to function identically to the way it would have before the replacement