I think you are discrediting LLMs, gemini 2.5 pro catches most of the flaws in the author's article. I think the author just doesn't understand floating point.
The author says that every real number x can be represented as x = m * 2^p where m is an integer(mantissa) and p is an integer (point position) Well this is clearly wrong, take x = 1/3 for example 1/3 = m * 2^p m = 1 /…
I think you are discrediting LLMs, gemini 2.5 pro catches most of the flaws in the author's article. I think the author just doesn't understand floating point.
The author says that every real number x can be represented as x = m * 2^p where m is an integer(mantissa) and p is an integer (point position) Well this is clearly wrong, take x = 1/3 for example 1/3 = m * 2^p m = 1 /…