Nearly identical repetition ch6 11
Nearly Identical Repetition ch6
Ch6. Repetition of structure and functioning experiments, arguments, principles, and analogies
1. Repetition Definitions
2. Nearly Identical Repetition Predictions:
• Nearly Identical Repetition general predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning to a structure and functioning that was produced before will produce again the same behavior, consciousness, and ixperiencitness.
• Nearly Identical Repetition with partial matter replacement predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning to a structure and functioning that was
produced before with only a percentage of the original matter will produce again the same behavior, consciousness, and ixperiencitness. Repetition matter principles--- materialpath
• Nearly Identical Repetition with total matter replacement predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning to a structure and functioning that was produced before with none of the original matter will produce again the same behavior consciousness and ixperiencitness.
• Nearly Identical Repetition multiplicity predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning to a structure and functioning that was produced before any number of times will produce again the same behavior, consciousness, and ixperiencitness.
• Nearly Identical Repetition placement predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning to a structure and functioning that was produced before at a different place will produce again the same behavior, consciousness, and ixperiencitness.
• Nearly Identical Repetition temporal predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning to a structure and functioning that was produced at any time before now will produce again the same behavior consciousness and ixperiencitness
• Nearly Identical Repetition non continuity predictions for behavior consciousness and ixperiencitness: Repeating in the same body a nearly identical structure and functioning that was produced after the body produced any number of different physasections producing different ixperiencitnesses, will produce again the same behavior consciousness and ixperiencitness.
• There are an enumerable number of nearly identical structures and functionings for each designated original structure and functioning that will produce the same exact behavior, consciousness, and ixperiencitness.
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3. Repetition of Nearly Identical structure and functioning experiments
• Repeating in the same body a nearly identical structures and functionings to a structure and functioning that was produced before. Then observing what behavior, and consciousness are produced
• Repeating in the same body nearly identical structures and functionings to a structure and functioning that was produced before with only a percentage of the original matter. Then observing what behavior and consciousness are produced
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• Repeating the same awaresection and then seeing what is the physasection that was produced
• What repetition experiments: list examples
• What nearly identical repetition experiments show:
many exist
form a type of continuum do not need identical to produce the same consciousness
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• Show the continuum concept applied to repetition experiments showing that experiments can vary by very small amount and have results that are identical or very close to each other
4. Nearly Identical Repetition Arguments
• Same body, Same psychology, no soul
• Nearly identical structure and functioning of a body produces identical abilities, behavior, self identification, memories, believes, it is the same person at the same time and place, etc., the person believes that he is in the same time and place as the original was at
• If the environment was different in the repetition the structure and functioning would be different so would the consciousness but also if the environment was changed in the original it would produce the same structure and functioning also thinking that it might not be the original also.
• Nearly identical structure and functioning produced by a repetition will also produce identical behavior etc., believes it is the same person at the same time and place,
• The behavior produced by nearly identical structure and functioning gives insight into the consciousness produced by the body
• The behavior produced by other nearly identical structure and functioning gives insight into the consciousness produced by the body
• If the structure and functioning before and after a physamoment is closely like the physamoment itself then the awaremoment will be like the awaremoments
• Imagine if nearly identical physamoments do not produce identical awaremoments, the more divergent
• How can there be this rapid transition of an awaremoment when there is not a rapid transition of physamoments?
• Another consequence is the inability to predict because the same physamoment can not be counted on to produce the same awaremoment
• If there is no connection between the physamoment that a brain produces and the awaremoment, what is then the purpose of the physamoment?
• Repetition of structure and functioning in the same smartphone produces repetition of the behavior in the smartphone again
• Repetition of nearly identical structure and functioning (physapaths) in all physical objects produce identical behaviorpaths
• True for chemical reactions, true for biological reactions and functioning imagine chemical reactions that under the same circumstance that produce several to endless amont of different results
• The results of structure and functioning can be considered like the behavior produced by structure and functioning
• There could not be life itself without nearly identical structure and functioning producing identical behavior from physapoint to the next physapoint it is like transitioning from an original to a nearly identical physapoint this change changes behavior very little
• If a structure and functioning produces a behavior consciousness and ixperiencitness once this is evidence that it can produce this consciousness and ixperiencitness again
• Imagine if repetition of physasections (nearly identical) did not produce identical behaviorpaths, awarepaths, and ixperiencitness. Reduction Ad absurdum type arguments - science would be very difficult, unable to predict, what would they predict, can predict that they are not the same person this prediction is not very useful, how divergent would the results be if not identical, how different could consciousness be given identical behavior.
5. Nearly Identical Repetition Principles: summation of predictions
• Repetition Principle for nearly identical structure and functioning behavior consciousness and ixperiencitness: Repeating in the same body nearly identical structures and functionings to that of a structure and functioning that was produced before in the same body will produce again the same behavior, consciousness, and ixperiencitness.
• Repetition general principle for behavior consciousness and ixperiencitness: Repeating in the same body a structure and functioning that was produced before will produce again the same behavior, consciousness, and ixperiencitness.
• Repetition with partial matter replacement principle for behavior consciousness and ixperiencitness: Repeating in the same body a structure and functioning that was produced before with only a percentage of the original matter will produce again the same behavior, consciousness, and ixperiencitness. Repetition matter principles
• Repetition with total matter replacement principle for behavior consciousness and ixperiencitness:Repeating in the same body a structure and functioning that was produced before with none of the original matter will produce again the same behavior consciousness and ixperiencitness.
• Repetition multiplicity principle for behavior consciousness and ixperiencitness: Repeating in the same body a structure and functioning that was produced before any number of times will produce again the same behavior, consciousness, and ixperiencitness.
• Repetition placement principle for behavior consciousness and ixperiencitness: Repeating in the same body a structure and functioning that was produced before at a different place will produce again the same behavior, consciousness, and ixperiencitness.
• Repetition temporal principle for behavior consciousness and ixperiencitness: Repeating in the same body a structure and functioning that was produced at any time before now will produce again the same behavior consciousness and ixperiencitness
• Repetition non continuity principle for behavior consciousness and ixperiencitness: Repeating in the same body a structure and functioning that was produced after the body produced any number of different physasections producing different ixperiencitnesses, will produce again the same behavior consciousness and ixperiencitness.
• Repetition nearly identical principle for behavior consciousness and ixperiencitness: Repeating in the same body nearly identical structure and functioning that was produced before will produce again the same behavior consciousness and ixperiencitness
• Repetition divergence principle for behavior consciousness and ixperiencitness: Repeating in the same body different enough from the structure and functioning that was produced before will produce a different behavior, consciousness, and ixperiencitness that was produced before.
• Repetition closely identical principle for behavior consciousness and ixperiencitness: Repeating in the same body closely identical structure and functioning that was produced before will produce again the same ixperiencitness
6. Nearly Identical Repetition Subjective experiences of repetition in the same body If repetition of nearly identical strucure and functioning occurs in your body what do you experience?
• The subjective experience is going to be exactly like the first time the structure and functioning was produced
• Experimental proof: is how the repetition structure and functioning body behaves
• Experimental proof is in how repetition of nearly identical structure and functioning behaves
• Experimental proof is in how repetitions of more divergent structure and functioning behaves with many characteristics of the original
7. Nearly Identical Repetition Applications
• Applications to restorations transferences and replication
• The same awaresections could be repeated
• The same awaresections can be repeated with positive modifications, removal of negative experiences, memories, propensities,
• Repeated awaresections can be enhanced in many different ways
• Repeated awaresections can include experiences memories and abilities the the original awarepath did not have
• Repeated awaresections can include some of the memories and abilities the the original awarepath did have
• Repeated awaresections can exclude undesired body problems like deformities, illnesses, etc., or just to look different
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8. Nearly Identical Comparison to the predictions of other theories
• Body theory ---problem same body can produce any psychology with enough change in the structure and functioning---- limit change in structure and functioning thus limiting divergence of consciousness
• Psychological theory--- problem is the existence of two or more identical psychologies ---add continuousness and continuity of consciousness to one body
• soul/supernatural theory --- problem no scientific evidence of souls or supernatural things ---- prove the existence of souls etc.
9. Nearly Identical Repetition analogies
• principle for songs, production of TVs, TV shows, etc.
• Smartphone analogies for repetition experiments
• Repetition analogies for arguments:
• determing information about the original smartphone section by studing the behaviorsection of a closely identical behaviorsection
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10. Continuance into restoration topics
Nearly Identical Repetition Definitions
Parallel physasections is a physasection that is different from another original physasection by a defined amount but limited amount
Nearly parallel physasections
Closely parallel physasections is a physasection that is closely identical to a an original physasection that has a defined difference from the original physasection. It can be a simple difference like a change in a single atom or a complex changing difference depending on the defined needs. On purpose of closely parallel physasections is for determing the awaresection and ixpesection produced by the original physasection
Nearly identical physasections: a physasection that is so closely identical to that of a designated original physasection that it produces the same awaresection as does the original physasection.
The Set of all different nearly identical physasections: is defined as the grouping of all of the physasections that produce the same identical behaviorsections awaresections and ixperiencitness. If space, time, matter and energy are quantized then this set of physasections is finite in size. But if space, time, matter or energy are not quantized then this set can be infinite in size.
What produces a different behaviorpaths but same awarepaths and ixperiencitness? If the body is aware of the different behavior there will be produced a different awarepath. If the sensepath produced by behavior is different enough it will produce differences in the awarepaths
Nearly Identical Repetition
Define nearly identical
Repetition of nearly identical structure and functioning in the same body:
One definition of nearly identical is any physapath that produces the same identical awarepath. A problem with the definition comes when it is used in the form of a prediction or principle as in: every nearly identical physasection produces an identical awaresection. This forms a circular meaning. There are several factors that will influence the what is produce for a awhile the length of time that a nearly identical physapath produces an identical awarepath
A nearly identical physapath must produce a identical awaremoment for at least an awaremoment
cyclic where there are predictable periods where a nearly identical physapath produces the same identical awarepath as does an identical physapath
random where there are random of identical awaremoments or sections produced for a period or th whole length of the physapath
divergent where there is less frequent identity of awarepath
parallel where there is identity of
convergent
When these physapaths do not produce the same awarepath they end up producing closely identical awarepaths that will often have the same ixperiencitness.
Nearly Identical Repetition Predictions:
Superimmortality's General Predictions for nearly identical repetition of structure and functioning in the same body:
1. Repetition of nearly identical structure and functioning, for a period of time, in the same body, will reproduce again in this body, for this repeated length of time, identical behavior, identical consciousness, and identical ixperiencitness.
Nearly Identical Repetition Experiments:
Variables
• Amount of difference in structure • Amount of difference in functioning • Divergence from nearly identical original • Amount of new matter in the physasection repeat • Amount of time between original physasection and repeat of physasection • Number of repeat before the current repeat • Amount of time between original physasection and the repeated physasection • Amount of difference in the physasections between the original and the current physasection repeat • Amount of ixperiencitness change that was created between the original physasection and original physasection repetition
Nearly Identical Repetition Arguments:
First identical 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
First nearly identical experiment argument If a physasection produces a specific behaviorsection, awaresection, and ixperiencitness once, an extremely nearly alike physasectio it is more likely to produce anearly alike behaviorsection, awaresection, and ixperiencitness thatn a more different one
Nearly 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
A fraction of a second from now the nearly identical physamoment will be producing the same behaviorpath, awarepath, and ixperiencitness more time that has elapsed the more different the behaviorpath awarepath and ixpath
There are a number of different physamoments that will take a physasection into and out of a physapoint each of these will produce the same awaremoment behaviormoment and ixperiencitness If this was not true there would be many different bizare consciousness produced
The behaviorsections produced by divergent but closely alike physasections can give greater insight into the awaresection produced 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 physasections argument Progressively later physasections can give insight into the consciousness produced by a physasection
Closely parallel physasections Closely parallel physasections can give insight into the consciousness produced by a physasection
There exists many closely parallel physasections to each designated original physasection
There exists many closely parallel physasections to each designated original physasection
Progressively earlier physasections argument Progressively earlier physasections can give insight into the consciousness produced by a physasection.
Mapping argument: Most to all physasections can be mapped to awaresections. Many different nearly identical physasections can mapped to the same awarepath.
Even if there are some unusual non predictive mappings that do not make sense there will be enough predictive, useful, mappings to make the theory valuable
Simplicity argument In what ways is it simpler?:
Predictive argument
In what ways is it more predictive?:
Explanatory argument In what ways is it more explanatory?:
Technological useful argument In what ways is it more technologically useful?:
Nearly identical repetition with physadivergence applications
The creation of nearly identical physasections with the same body is producing the same ixperiencitness at any point along that repeated physasection can be divergence to closely identical physasections producing a different consciousness.
A subjective example: At you tenth birthday you had a birthday party with a cake presents etc., a repetition of your physasection for that day using the same body, you are blowing out your candles and you wish that you are a superhero in another world and puff our wish seems to come true. For you to experience this your brain would have to produce a structure and functioning that produces this consciousness. This structure and functioning would be a closely identical physasection by the definition that your body is producing a different consciousness that you are experiencing.
Examples of every slow physadivergence from a repetition physarepetition
physaconvergence
If the repetition produces the same consciousness and ixperiencitness why would the repetition with slow divergence change the ixperiencitness produced by the original body?
Principle physapath divergence for repetitions
Every sensepath that would have produced a physapath that you would have experience the first time, will produce the same physapath during a physarepetition
Nearly Identical Repetition Principles:
1. Repetition of nearly identical physasections in the same body produces identical behaviorsections, awaresections. and ixperiencitness in that body. 2. Repetition of nearly identical physasections in the same body produces again identical memories, feelings, emotions, beliefs, knowledge, abilities, skills, assumptions, calculations, conclusions, etc. 3. Continuousness of the same matter in the same body is not necessary in order to produce the same behaviorsection, awaresection, and ixperiencitness 4. Continuity of consciousness in the same body is not necessary in order to produce the same behaviorsection, awaresection, and ixperiencitness 5. 6. Mental attributes such as memories, feelings, emotions, beliefs, knowledge, abilities, skills, assumptions, calculations, conclusions, etc., are created by the structure and functioning of the brain/body not by the specific matter itself. 7. Continuousness of the same matter is not required in order to produce a repetition of behaviorsection, awaresection, and ixperiencitness in the same body. 8. The continuousness of consciousness is not required in order to produce a repetition of behaviorsection, awaresection, and ixperiencitness in the same body. 9. Developmental progressiveness of consciousness (as is produced from the development of baby to adult) is not required in order to produce the same ixperiencitness in a repetition of a physasection in the same body. 10. The replacement speed of matter will not effect the resulting behaviorsection, awaresection and ixperiencitness when the physasection is duplicated in the same body. 11. The length of time before a nearly identical repetition of a physasection will not effect the resulting behaviorsection, awaresection, and ixperiencitness produced in the same body. 12. The length of a repeated nearly identical physasection will not effect the resulting behaviorsection, awaresection, and ixperiencitness produced in the same body . 13. The number of identical or nearly identical physasections repetitions produced in the same body, before another nearly identical physasection will not effect the resulting behaviorsection, awaresection, and ixperiencitness. 14. How a nearly identical physasection repetition, is produced in the same body, does not change the resulting behaviorsection, awaresection, and ixperiencitness produced by the repetition of this previously produced physasection. 15. The reason why a nearly identical physasection repetition, is produced in the same body, does not change the resulting behaviorsection, awaresection, and ixperiencitness produced by the repetition of this previously produced physasection. 16. Where in space a nearly identical repetition, in the same body, is produced, does not effect the resulting behaviorsection, awaresection, and ixperiencitness produced by the repetition of the physasection. 17. When a nearly identical repetition, in the same body, is produced in the same body, does not effect the resulting behaviorsection, awaresection, and ixperiencitness produced by the repetition of physasection. 18. Who or what produces a nearly identical physasection repetition, in the same body, does not effect the resulting behaviorsection, awaresection, and ixperiencitness produced by the repetition of the physasection. 19. 20. All of the nearly identical physapaths produce the same behaviorpath. 21. All of the nearly identical physasections produce the same behaviorsections. 22. 23.
Nearly Identical Repetition Subjective Experience:
Nearly Identical Repetition Analogies:
Repetition smartphone experiment analogies
1. Repetition smartphone experiments where there is less and less original matter in the original smartphone what this shows is that specific matter as in atoms, molecules smartphone parts are not important for the production of attributes that a smart phone produces as long as the structure and functioning is closely enough alike. 2. Repetition smartphone experiment where the original smartphone matter is gradually replaced over time and saved and then all of the old matter is replaced into the body at once, What this shows: continuous of the same mater is not necessary 3. Repetition smartphone experiment where there is a long period of time until the repetition What this shows: 4. Repetition smartphone experiments where there is original smartphone but different processor still producing the repetition physasection, what this shows 5. Repetition smartphone experiment where there is 6. Repetition smartphone experiment where there is different ixperiencitness produced with this body before this repetition of the physasection What this shows is that continuousness of the same ixperiencitness is not necessary for a body to repeat the same ixperiencitness again 7. Repetition smartphone experiment where there is no continuousness of output 8. Repetition smartphone experiment where there is no continuity of the output 9. Repetition smartphone experiment where there is a slight difference in the physapath of the smart phone. Nearly identical structure 10. Repetition smartphone experiment where there is different physapath of different parts of the life not in order
Why are these different concepts important?
The larger the number of potential nearly identical physapaths exist the more likely a specific awarepath that you experience will exist again.
The larger the number of nearly identical physapaths, that exist the more likely a specific awarepath that you experience will exist again.
The larger the number of closely identical physapaths, that exist, the more likely awarepaths that have your ixperiencitness will exist again naturally or by deliberate conscious efforts.
For near identical argument, 2 aspects, first, that small changes in the physapath can still produce the same behavior consciousness and ixperiencitness. Second, there are a very large amount of these types of changes. The result of these two facts is that the probability of behavior, consciousness, and ixperiencitness being repeated is greatly increased.
The physapath (structure and functioning over a period of time) does not have to be exact, in a repetition, to produce an identical awarepath. The physapath does not have to be exact, in a repetition, to produce an identical awarepath.
For a typical human of 70 kg, there are almost 7*1027atoms in their body. This is "seven billion billion billion atoms approximately 2/3 are hydrogen, 1/4 is oxygen, and about 1/10 are carbon atoms. These three atoms add up to 99% of the total!
No one really knows the exact number of cells, but we can approximate to about 10-50 trillion. Cells are always created and destroyed in the human body. Millions cells die every day in our bodies! Different cells have different jobs in our body, there are about 210 different "types" of cells.
Calculating the Number of Atoms in a Cell. According to an estimate made by engineers at Washington University, there are around 1014 atoms in a typical human cell. Another way of looking at it is that this is 100,000,000,000,000 or 100 trillion atoms in a cell on average.
Some cells in the brain survive for the life time of the person but the matter that the brain cells are made of is constantly changing.