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דניאל יוסף בן מאיר הירש
Please read the whole reply before you respond it's not too long. In case you don't, I'll put the important bits right here at the top.
Now here's a detailed response to what you said:
My friend, that's the topic of the thread. That's the purpose. I am attempting to solve the problem of evil. This is step 1. I've mentioned this before, and I think it's at the very beginning of our dialogue.
No, all I need is one example of a significant difference between a naive set and the structure I've defined to invalidate the comparison. I gave you that example. I see you didn't quote it. I also brought a link to "Functional Compostion" which is root of the method for producing a set of all sets in more modern set theories.
Naive set theory, which was developed in the 1600s, does not have any sequencing. That means it cannot produce a hierarchy, it cannot produce inheritance. It also has no concept of relevance. It cannot do what any other org chart can do. It cannot do what any other database can do. That means the objection based on "what you're defining is exactly like a set" is a fail.
Not in the structure I have defined. It doesn't need to. But it can. Why? because it's not a naive set, it has tools for establishing a hierarchy, inheritance, and relevance.
They don't have the same problem because they have a way for establishing a heirarchy, inheritance, and relevance.
Yes they are. That is their definition. They ARE the instance of all the concepts they contain.
Sounds like you've run out of arguments. What you're missing is WHY each of the examples are all-inclusive.
Hierarchy, Inheritance, Relevance
Let's step back a moment. Respectfully, seriously, if take a look at the very first part of this reply, you'll see the the context had been lost again. And that's OK. It's been a really good deep convo, but it's time to refocus. This is BEFORE creation. None of the things in the structure that I have defined exist yet. We are talking about concepts.
So, no, the periodic table does not need drops of mercury in it, or a lithium tank in it. We're talking about concepts. Not literal "things". OK? There are no things. That hasn't happened yet. That's why these examples are good. They don't need the literal objects included. I have been saying they are all inclusive of the concepts included in them.
I am defining an all inclusive conglomerate of concepts. And all concepts are included. You need to bring one that isn't. The concept of all concepts that don't contain themselves is included, accuratley. And I can list those concepts. And I can store a copy of those results literally included in the infinite relational database.
Literal Infinity also IS the instance of itself and all it contains. But if you need a replica, that can happen too. I think it's silly to diplicate it, but if it's important to you, it can be done. You need to show me it can't be done. I already showed you how it can be done.
Just because it doesn't work in a naive set, doesn't matter, because a naive set doesn't have a way to establish:
Hierarchy, Inheritance, and Relevance
Yes, it's a simple concept to include in literal infinity. Regardless of how you choose to define the word "include". It's included as a concept defined by attributes+relationships. And if you need an exact replica of all the contents spawned inside itself, that is also possible. I dont think it's needed, but if you do, then poof. Infinite memory permits it.
- I am not defining a naive set, because a naive set does not have a way to establish hierarchy, inheritance, and relevance. Naive set theory was developed in the 1600s, more modern set theories have these capabilities, at least hierarchy and inheritance along with other axioms to permit the set of all sets.
- The examples of org charts, family trees, etc, are good examples because the topic is all-inclusive concepts. The periodic table does not need drops of mercury to be all inclusive of the concepts. And. These examples ARE the instances of all the concepts they contain. That is their identity.
- Literal Infinity does include the concept of "all concepts which do not contain themself." These concepts can be listed, and a copy of that list can be literally stored in Literal Infinity.
- Literal Infinity does include the concept of itself and all its contents. All of these concepts can be listed, and a copy of that list can be literally stored in Literal Infinity.
Now here's a detailed response to what you said:
You specifically brought up religion and the problem of evil. What we are talking about is an abstract concept here, that has no direct connection.
My friend, that's the topic of the thread. That's the purpose. I am attempting to solve the problem of evil. This is step 1. I've mentioned this before, and I think it's at the very beginning of our dialogue.
I've actually explained exactly why it applies to the concept of all concepts. What's more the whole purpose of your LI is to include everything. That means that you cannot have any further logical restrictions, such as those imposed by formal set theories. It is a superset of the archetypal naive set of all sets.
No, all I need is one example of a significant difference between a naive set and the structure I've defined to invalidate the comparison. I gave you that example. I see you didn't quote it. I also brought a link to "Functional Compostion" which is root of the method for producing a set of all sets in more modern set theories.
Naive set theory, which was developed in the 1600s, does not have any sequencing. That means it cannot produce a hierarchy, it cannot produce inheritance. It also has no concept of relevance. It cannot do what any other org chart can do. It cannot do what any other database can do. That means the objection based on "what you're defining is exactly like a set" is a fail.
The concept of all concepts is a concept itself, so must contain itself, otherwise it doesn't include all concepts. That's what leads directly to Russell's paradox.
Not in the structure I have defined. It doesn't need to. But it can. Why? because it's not a naive set, it has tools for establishing a hierarchy, inheritance, and relevance.
None of those have anything like the same problem. Seriously, if you can't see that then no wonder you can't see the problem.
They don't have the same problem because they have a way for establishing a heirarchy, inheritance, and relevance.
None of them are instances of the things they contain. Seriously, if you can't see that distinction, this is pointless.
Yes they are. That is their definition. They ARE the instance of all the concepts they contain.
I was going to go through the rest, but I'm actually going to stop there, because this really, really is literally pointless if you can't see that distinction.
Sounds like you've run out of arguments. What you're missing is WHY each of the examples are all-inclusive.
Hierarchy, Inheritance, Relevance
So, can you really not see that the periodic table isn't an element, a family tree isn't a family member, an organisation chart isn't a position (or a person), a directory structure isn't a directory, and so on,
Let's step back a moment. Respectfully, seriously, if take a look at the very first part of this reply, you'll see the the context had been lost again. And that's OK. It's been a really good deep convo, but it's time to refocus. This is BEFORE creation. None of the things in the structure that I have defined exist yet. We are talking about concepts.
So, no, the periodic table does not need drops of mercury in it, or a lithium tank in it. We're talking about concepts. Not literal "things". OK? There are no things. That hasn't happened yet. That's why these examples are good. They don't need the literal objects included. I have been saying they are all inclusive of the concepts included in them.
I am defining an all inclusive conglomerate of concepts. And all concepts are included. You need to bring one that isn't. The concept of all concepts that don't contain themselves is included, accuratley. And I can list those concepts. And I can store a copy of those results literally included in the infinite relational database.
Literal Infinity also IS the instance of itself and all it contains. But if you need a replica, that can happen too. I think it's silly to diplicate it, but if it's important to you, it can be done. You need to show me it can't be done. I already showed you how it can be done.
Just because it doesn't work in a naive set, doesn't matter, because a naive set doesn't have a way to establish:
Hierarchy, Inheritance, and Relevance
but the concept of all concepts is a concept?
Yes, it's a simple concept to include in literal infinity. Regardless of how you choose to define the word "include". It's included as a concept defined by attributes+relationships. And if you need an exact replica of all the contents spawned inside itself, that is also possible. I dont think it's needed, but if you do, then poof. Infinite memory permits it.
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