Deeper than primes

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Is this all supposed to be making some important point, or do you just enjoy writing things that are incorrect?

Yes, it shows two important facts:

1) |{}|= 0 means that Membership is not one of its members exactly because Membership's existence is stonger than the objects that are gathered by it. The same thing holds for functions, their existence is stronger than their input\output, which makes them independent of the existence of any data.

You simply unable to get the simple notion of Non-lcality\Locality Linkage, where no collection of Localities has the the power of existence of Non-locality (marked as ).


2) Your reasoning uses this independency of stronger existence, but get things only on the first level of the data.

As a result your reasoning is weak, arbitrary, trivial and can't deal with real Complexity.
 
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Yes, it shows two important facts:

1) |{}|= 0 means that Membership is not one of its members exactly because Membership's existence is stonger than the objects that are gathered by it.

No it doesn't. It means the cardinality of the null set is zero. Or, in other words, the null set contains zero members. How hard is that to understand?

The same thing holds for functions, their existence is stronger than their input\output, which makes them independent of the existence of any data.

Stronger? Do you have a definition for that term of yours?

2) Your reasoning uses this independency of stronger existence, but get things only on the first level of the data.

Stronger? Do you have a definition for that term of yours?

Got anything to support your baseless assertion we only "get" things on the first level?
 
No it doesn't. It means the cardinality of the null set is zero. Or, in other words, the null set contains zero members. How hard is that to understand?

It is a hard thing for you to get that {} or {{}} existence are stronger than the existence of their members.

You do not need any bla bla bla ... here, all you need is immediate understanding of this simple fact, that is derived from Direct Perception, which is more accurate than intuition or logical reasoning.
 
It is a hard thing for you to get that {} or {{}} existence are stronger than the existence of their members.

It would be very easy to understand if you simply provided the meaning for the term stronger you use so cavalierly.
 
Got anything to support your baseless assertion we only "get" things on the first level?

1) There exists Membership and it is notated by the outer "{" "}"

2) Membership exists even if what is researched by it does not exist (exactly as a function exists even if its input\output data does not exist).

3) Cardinality is the measurement of existence.

Stronger? Do you have a definition for that term of yours?
Let us use "greater" instead of "stronger".

4) By (2) the Cardinality of Membership is greater than what is researched by it.

Some examples:

|{}|=0 , where 0 is the Cardinality of what is researched by Membership.

|{{}}|= 0+1 , where 1 is the Cardinality of what is researched by Membership.

|{{{}}}| = 0+1+1 , where 2 is the Cardinality of what is researched by Membership.

...

|{{a,b,c,…}}| is |N|=|{a,b,c,…}| + 1 , where |N|+1 is the Cardinality of what is researched by Membership.

In these examples the Cardinality of Membership is greater than the Cardinality of what is researched by it.

5) Let be the Cardinality of Membership.

6) Let be 0 the Cardinality of no reseached members.

7) There is no Cardinality that is greater than and there is no Cardinality that is smaller than 0.

By looking at (4) example we realize that Standard Set Theory measures only the first level of some members, for example:

|{{}}| = |{{{}}}| = 1 by standard Cardinality measurement.

Also Standard Set Theory ignores Cardinality .

----------------------------------------------------

1) X is a set and any member of X (if exists) is a set.

2) If X is an infinite set, then |X| is a transfinite cardinal.

3) If |X| is a transfinite cardinal, such that |X| > the cardinality of any member of X and any member of X is a finite set, then |X| is the smallest transfinite cardinal.

It is shown by jsfisher that (3) does not hold if Cardinality is a measurement that is limited only to the first level of sets.

But (3) holds if Cardinality is the measurement of the existence of anything that is the result of Membership(Non-locality)\Members(Localities) Linkage.

In that case the Cardinality of X={{a,b,c,…}} is |N|=|{a,b,c,…}| + 1 and (3) holds.
 
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1) There exists Membership and it is notated by the outer "{" "}"

2) Membership exists even if what is researched by it does not exist (exactly as a function exists even if its input\output data does not exist).

3) Cardinality is the measurement of existence.

That's how you misuse the concepts, not how they are misused by mathematicians. Where's your evidence we only "get" things on the first level?

Let us use "greater" instead of "stronger".

4) By (2) the Cardinality of Membership is greater than what is researched by it.

Cardinality of membership? What does that mean? How is it greater than what is researched by it? What measure did you impose on what is researched by it in order to make the comparison?

So far, in trying to shift sideways (from stronger to greater than) all you have done is added more questions.

Some examples:

|{}|=0

Ok up to this part.

...where 0 is the Cardinality of what is researched by Membership.

...then you just started making stuff up.

|{{}}|= 0+1 , where 1 is the Cardinality of what is researched by Membership.

|{{{}}}| = 0+1+1 , where 2 is the Cardinality of what is researched by Membership.

...and by this point, you have achieved nonsense.

Are you trying to introduce a new measure, here? You called it cardinality at first, then complexity, but now have you switched to cardinality of membership? If so, then please (1) stop trying to re-write the past and admit the concept is evolving with you, and (2) stop trying to commandeer standard mathematics terms and notation.

If you've got a new measure you'd like to use, give it a new name that isn't confused with established concepts, adopt a function notation for it, and most importantly, define it, so we can all agree how the measure is applied and what result it produces.

I'd suggest you use D for your measurement function. So, D({}) is 0. We go that. Now, how does one compute D(A) for an arbitrary set A?


----------------------------------------------------

1) X is a set and any member of X (if exists) is a set.

2) If X is an infinite set, then |X| is a transfinite cardinal.

3) If |X| is a transfinite cardinal, such that |X| > the cardinality of any member of X and any member of X is a finite set, then |X| is the smallest transfinite cardinal.

It is shown by jsfisher that (3) does not hold if Cardinality is a measurement that is limited only to the first level of sets.

No, I showed (1) was an unnecessary condition, (2) was a tautology (but didn't bother to mention that it has a defect, since the defect wasn't relevant at that time), and (3) was just plain wrong.

I also showed that your reasoning was bogus when you tried to use (3) in an example.

I also pointed out that your use of the word any was incorrect.

But (3) holds if Cardinality is the measurement of the existence of anything that is the result of Membership(Non-locality)\Members(Localities) Linkage.

But, since that isn't what cardinality means, you statement is irrelevant.
 
That's how you misuse the concepts, not how they are misused by mathematicians. Where's your evidence we only "get" things on the first level?



Cardinality of membership? What does that mean? How is it greater than what is researched by it? What measure did you impose on what is researched by it in order to make the comparison?

So far, in trying to shift sideways (from stronger to greater than) all you have done is added more questions.



Ok up to this part.



...then you just started making stuff up.



...and by this point, you have achieved nonsense.

Are you trying to introduce a new measure, here? You called it cardinality at first, then complexity, but now have you switched to cardinality of membership? If so, then please (1) stop trying to re-write the past and admit the concept is evolving with you, and (2) stop trying to commandeer standard mathematics terms and notation.

If you've got a new measure you'd like to use, give it a new name that isn't confused with established concepts, adopt a function notation for it, and most importantly, define it, so we can all agree how the measure is applied and what result it produces.

I'd suggest you use D for your measurement function. So, D({}) is 0. We go that. Now, how does one compute D(A) for an arbitrary set A?




No, I showed (1) was an unnecessary condition, (2) was a tautology (but didn't bother to mention that it has a defect, since the defect wasn't relevant at that time), and (3) was just plain wrong.

I also showed that your reasoning was bogus when you tried to use (3) in an example.

I also pointed out that your use of the word any was incorrect.



But, since that isn't what cardinality means, you statement is irrelevant.
jsfisher,

Now please really read http://www.internationalskeptics.com/forums/showpost.php?p=4960155&postcount=5567 in this way:

1) First read all of it in order to understand it (it can be done if you avoid its previous versions).

2) Think about it (again, please avoid its previous versions).

3) Compare it to your knowledge about the mentioned subjects (by avoiding its previous versions during comparison) .

4) Very carefully see how it answers to your questions(again, please avoid its previous versions).

5) Please do (1) to (4) calmly by using an open mind.

6) If you really do (1) to (5), then an only then reply, very carefully to http://www.internationalskeptics.com/forums/showpost.php?p=4960155&postcount=5567 (please avoid its previous versions).

Thank you.
 
...snipped for brevity...

Yep, did all that. Your turn:

(1) Define stronger or whatever new term you have side-stepped to.
(2) Define this complexity measure you keep trying to conflate with cardinality.

By the way, since the discussion is at the set theoretic level, it would be most useful if you defined your complexity measure as a relative measure. This is how it was done for cardinality, after all.

You just need to define a truth-valued function D such that D(A,B) is true if and only if the complexity of A is less-than or equal to the complexity of B.
 
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No, you did not (yet).

In order to show that you did it you have to reply in details to each part of http://www.internationalskeptics.com/forums/showpost.php?p=4960155&postcount=5567 after you first read all of it in order to understand it.

Don't be so pompous. The only things important about your post are (1) you attempted to evade the request for evidence to support a claim you'd made, (2) you attempted to evade the request to define the term stronger you continue to use, and (3) you insist on convoluting the meaning of cardinality into something it isn't.
 
Don't be so pompous. The only things important about your post are (1) you attempted to evade the request for evidence to support a claim you'd made, (2) you attempted to evade the request to define the term stronger you continue to use, and (3) you insist on convoluting the meaning of cardinality into something it isn't.
Jsfisher,

It is ok with me, think whatever you like.

The discussion on this subject with you is done.

Thank you very much :th: you helped me a lot to refine it.


(By the way the English editing of http://www.scribd.com/doc/17504323/WZATRP8 is done).
 
Jsfisher,

It is ok with me, think whatever you like.

The discussion on this subject with you is done.

So, when asked to support your baseless assertions and when asked to define you terms, your response in both cases is to run away.

Bye bye, then.
 
Jsfisher,

It is ok with me, think whatever you like.

The discussion on this subject with you is done.

Thank you very much :th: you helped me a lot to refine it.


(By the way the English editing of http://www.scribd.com/doc/17504323/WZATRP8 is done).

Wow! this post really demonstrates your open minded approach and your openness for criticism.

Your only motivation is the survival of your ideas.

You are a cult leader with no cult.
 
Wow! this post really demonstrates your open minded approach and your openness for criticism.

Your only motivation is the survival of your ideas.

You are a cult leader with no cult.
If you have something to say, please demonstrate it in details according to http://www.internationalskeptics.com/forums/showpost.php?p=4960155&postcount=5567 .

Jsfisher's reply style in http://www.internationalskeptics.com/forums/showpost.php?p=4960373&postcount=5568 , http://www.internationalskeptics.com/forums/showpost.php?p=4960952&postcount=5571 and http://www.internationalskeptics.com/forums/showpost.php?p=4961199&postcount=5573 IS
an exact example of how to systematically avoid notions and stick to agreed names and notations.

I am doing my best not to be a member of jsfisher's club.

Again, here is a very simple example, which clearly demonstrates my argument about jsfisher's club:

Both jsfisher and me agree that Cardinality is first of all a measurement unit of the existence of things.

Jsfisher's Cardinality is limited to the existence of things in the first level of some collection, for example:

|{{}}|=|{{{}}}|=|{{a,b,c,…}}| = Cardinality 1 , and this is exactly a measurement that is limited only to the first-level of the existing things.

Since Cardinality is first of all a measurement unit of the existence of things, then there is no reason to limit the measurement only to some particular level of existence of the measured thing.

By avoiding this limitation Cardinality is really the measurement unit of the existence of things, which can be demonstrated as follows:

|{}|=0

|{{}}|= 0+1

|{{{}}}| = 0+1+1

...

|{{a,b,c,…}}| = |{a,b,c,…}| + 1

Furthermore, each one of these cases is based on the fact that the outer "{" "}" represents an existence that enables the measurement in the first place, such that:

1) The Cardinality of that existence is exactly .

2) The Cardinality of no existence is 0.

3) There is no Cardinality that is greater than and there is no Cardinality that is smaller than 0.

(1),(2),(3) are simple and expose the arbitrary limitations of jsfisher's club about Cardinality, exactly because Cardinality is the measurement unit of the existence of things, and it can't be forced to be limited to any particular existence.

The argument that jsfisher uses in order to support he's forcing on the concept of Cardinality, is this:

"Cardinality is what my club says it is. No generalization of this concept is allowed; therefore any change of that concept is actually a different subject that should be treated independently of the current agreement of my club about this concept (Quote: "I'd suggest you use D for your measurement function.")"

I am doing my best not to be a member of jsfisher's club, which is a club that is based on names\notations and differentiations of names\notations, and it does it exactly in order to avoid notions and their possible generalizations.

The reason for jsfisher's club behavior is very simple:

Their reasoning is based on verbal expressions and they do not bother to research what actually enables verbal expressions, in the first place.

By not avoiding this essential research, I demonstrate exactly how Direct Perception is the exact reasoning for real generalization.

Direct Perception enables real generalization exactly because it is the common base ground of both Intuition and verbal logical reasoning.

It is only a matter of time until Direct Perception will be the real foundation of the mathematical science, and when this happens, Ethics and Logics will be derived from their real source and will be properties of a one (organic) "Tree of Knowledge", exactly as demonstrated in http://www.scribd.com/doc/17504323/WZATRP8 .

In other words, the verbal-only tongue's waving of jsfisher's club will be transformed to exactly what it really is: some expression of Direct Perception.
 
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If you have something to say, please demonstrate it in details according to http://www.internationalskeptics.com/forums/showpost.php?p=4960155&postcount=5567 .

This is not your thread to regulate how and when people respond. Sympathic's post was on topic and on the mark.

...
Both jsfisher and me agree that Cardinality is first of all a measurement unit of the existence of things.

No, we don't.

Jsfisher's Cardinality is limited to the existence of things in the first level of some collection

No, it is not.

...
Since Cardinality is first of all a measurement unit of the existence of things, then there is no reason to limit the measurement only to some particular level of existence of the measured thing.

The meaning of cardinality is not yours to change.

...
Furthermore, each one of these cases is based on the fact that the outer "{" "}" represents an existence that enables the measurement in the first place

No, it doesn't. The meaning of set theory isn't yours to change, either.

By the way, how is that definition of strong coming along? And where's your evidence for your bogus assertion that we only "get" it on the first level?


Besides, you told us you were leaving (for the n-th time, as n approaches infinity). What happened?
 
It was proven that jsfisher's club is off-topic of the foundations of the mathematical science sice Zeno's time.
 
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