My Fascination with Logic Errors

My Fascination with Logic Errors

Preamble

As a developer of a theory (aka a methodologist) I was fascinated by the theory that a single logic error could unravel the entire theory. This fascination had its root in my being a capable computer programmer where a single logic error caused the termination of the program.

I decided to use the Google Gemini AI engine in my quest to uncover the origins of the theory that an error in logic (other than in a computer program) could render the theory null and void.

So I asked the following question

Is there a theory that states once an error in logic is discovered it is useless to continue with the theory?

My Research

The Google Gemini AI engine provided me with a response (on page 2) which it then proceeded to write a complete thesis (on page 3) which I have included in this article and one which I have proven more than once,

Conclusion

By failing to rectify the first logic error in a theory causes irreparable damage to future development.

For example:

  1. Goals and Objectives: Peter Drucker not being capable of differentiating between a Goal and an Objective
  2. Data: Edgar Codd’s logic error in his normalisation theory
  3. Conceptual Data Model: Peter Chen's theory when a Data Model is a Logical construct and therefore cannot also be Conceptual
  4. Balanced Scorecard: Kaplan and Norton’s 4 perspectives when the use of the conjunction ‘And’ in the ‘Learning and Growth’ perspective
  5. DIKW Triangle: The interpretation of a ‘play on words’ by T.S. Eliot’s 1934 play ‘The Rock’ as the foundation of linking Wisdom and Data

Regards

For the full article please follow this link.

I disagree completely, you can have a deep rule that keep going with added layer of new rules sometimes buggy ones, but slowly and slowly the stack of deep validated rules grow bigger 

Like
Reply

To view or add a comment, sign in

More articles by Charles Meyer Richter

Insights from the community

Others also viewed

Explore topics