Robert Abitbol’s Post

View profile for Robert Abitbol, graphic

Discoverer of Chomsky's language formula, inventor of the first Sentences Generator in the world, of the only enter data yourself interactive translator, of the Structural Semantic dictionary.and other works

PART 3 (QUESTION I HAVE ASKED CHAT GPT) Context and Variation: Sentences are often context-dependent and can be modified by tone, register, and intention. A sentence that makes sense in one context may not in another, leading to even more possibilities. 2. Finite Number of Chemical Elements? In contrast, chemical elements are a finite set of fundamental substances that combine in different ways to form compounds. The periodic table lists 118 elements, and these elements combine through chemical reactions to create molecules. While the possible combinations of these elements are vast (think of the trillions of different compounds and molecules that can exist), the total number of distinct elements themselves is finite. However, as with language, there is still an almost infinite variety of substances, because compounds can be formed in complex and varied ways. This variety is vast, but it is still constrained by the number of elements. 3. Key Differences Between Language and Chemistry: Creativity and Novelty: Language has creative potential that far exceeds chemistry, because humans can generate an infinite number of sentences, many of which can express new or unique ideas. In contrast, even though chemical compounds can be varied and numerous, the building blocks (elements) are finite, and compounds are constrained by chemical laws. Combinatorial Possibilities: While both language and chemistry rely on combinations (words and elements), language has an element of recursion and creativity that chemical reactions do not. For example, new words or phrases can be invented and understood by speakers of a language, even if they’ve never been encountered before, as long as the underlying rules of the language are followed. The Role of Context: Sentences are inherently context-dependent, which adds another layer of complexity. A sentence may be constructed with a particular intention, tone, or nuance that changes its meaning depending on the situation. Chemical compounds, on the other hand, tend to behave in more predictable ways due to the underlying physical and chemical principles. Conclusion: While chemical elements are finite and combine in myriad ways to form compounds, language operates differently. It has a potentially infinite number of sentences, driven by the creativity of speakers, the recursive nature of grammar, and the open-endedness of communication. So, no, there is not a finite number of sentences in a given language in the same way that there are a finite number of chemical elements. ChatGPT can

To view or add a comment, sign in

Explore topics