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Why AI can't take over creative writing
In 1948, the founder of information theory, Claude Shannon, proposed modelling language in terms of the probability of the next word in a sentence given the previous words. These types of probabilistic language models were largely derided, most famously by linguist Noam Chomsky: "The notion of
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Why AI can't take over creative writing
In 1948, the founder of information theory, Claude Shannon, proposed modeling language in terms of the probability of the next word in a sentence given the previous words. These types of probabilistic language models were largely derided, most famously by linguist Noam Chomsky: "The notion of
[3]
Why AI can't take over creative writing
ChatGPT is a large language model (LLM) learned from a huge corpus of text from the internet. It predicts the probability of the next word given the context: a prompt and the previously generated words. The AI chatbot uses this model to generate language by choosing the next word according to the
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An exploration of why AI, despite its advancements, cannot fully replace human creativity in writing, discussing the nature of large language models, their limitations, and potential uses in the creative process.

The concept of probabilistic language models dates back to 1948 when Claude Shannon, the founder of information theory, proposed modeling language based on the probability of the next word in a sentence given the previous words. This idea, initially derided by linguists like Noam Chomsky, has now culminated in the creation of advanced AI systems like ChatGPT
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.ChatGPT, a large language model (LLM), learns from an extensive corpus of internet text to predict the probability of the next word given a context. This breakthrough, coming 74 years after Shannon's proposal, was made possible by unprecedented amounts of data and computing power
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.LLMs generate text by selecting words based on probabilistic predictions, akin to drawing words from a hat where higher probability words have more copies. While this produces seemingly intelligent text, it's crucial to distinguish between LLM "creativity" and human creativity
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.Cognitive scientist Douglas Hofstadter described LLMs as having "a mind-boggling hollowness hidden just beneath its flashy surface." Linguist Emily Bender and colleagues termed them "stochastic parrots," emphasizing that they essentially repeat training data with randomness
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.Human creativity involves conveying unique ideas, whereas LLMs generate text based on patterns in their training data. Creative writers typically aim to produce original content, not what a random person might write. LLMs, lacking a comprehensive understanding of an individual author's style or intentions, may generate details that don't align with the writer's vision
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.Despite limitations, LLMs can be beneficial in certain aspects of creative writing:
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.To maximize LLM effectiveness, "prompt engineering" has emerged as a technique to generate better outputs. This includes strategies like:
However, as LLMs evolve, these techniques may become obsolete as they're integrated into future model iterations
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.Related Stories
The tendency to anthropomorphize AI isn't new. In the 1960s, computer scientist Joseph Weizenbaum observed how quickly people became emotionally involved with his ELIZA program. This human inclination to attribute human-like qualities to AI persists with modern language models
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.While AI has made significant strides in language generation, it cannot truly replace human creativity in writing. Understanding the capabilities and limitations of LLMs is crucial for writers and educators to effectively leverage these tools while maintaining the irreplaceable value of human creativity and intention in the writing process.
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