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wizanda
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Questioning the Rules of Reasoning
Posted on: 2018/2/5 23:18 |
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Helper 
Joined: 2004/3/26 8:04
From Nottingham, UK
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So on trying to explain how my logic works to a professor of Logic; realized had to turn my equations in my head into a physical format, so did a few additional ones: Code:
- $ variable.
- +\- plus or minus sum.
- Letters with no variables are a known.
- X marks the spot.
- * made up by me.
- -> Explained here.
- Inductive (Leading to) -> Data first to reach a possible conclusion : A +\- B = $X
- Deductive (Deduced based on) -> Conclusion is deduced from premise: A +\- B = X
- Abductive -> Built upon the partial data, we build the most likely conclusion: $A +\- $B = $X
- Reversive* -> We verify data, by reverse engineering it like algebra: $A + $B = $X = $A - $B
- Argumentative -> Everything someone says will have fault, and we can deduce where they're always wrong in some context: $A - $B = $0
- Abstractive* -> Never anything solid, just observed together: $A $B $C
- Dismissive -> Nothing will ever do: 0 - 0 (-0) = 0
- Zen -> Things are observed, and comprehended... Then quantified by its own equation; yet never truly equated... Just understood: A +\- B = $A * $B
- Tao -> Things are understood by their own logical relationships, and then formulated with equal and opposite results; as all manner of things follow this inclination: A +\- B = $Yin/$Yang
- Please add to this list with equations, and will be impressed....?

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wizanda
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Re: Questioning the Rules of Reasoning
Posted on: 2023/9/30 19:39 |
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Helper 
Joined: 2004/3/26 8:04
From Nottingham, UK
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नेति नेति Neti Neti -> A - $A∞ = X
Remove any equation that we can show is false, until we have something that resembles the truth.
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wizanda
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Re: Questioning the Rules of Reasoning
Posted on: Ystrday 10:58:14 |
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Helper 
Joined: 2004/3/26 8:04
From Nottingham, UK
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Grok AI Created:
- Analogical Reasoning: A ≈ B = C ≈ X
When we can show that A is equal to B, therefore we can then show that C is equal to X.
- Reductio ad Absurdum: ¬X $‽ = X
Assume the opposite of X, follow the logic, and if it leads to a contradiction or impossible result, then X must be true.
- Bayesian Reasoning: $X +\- 🔍 = X
Create an idea close to X, and then update the belief when new evidence appears.
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