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A recent social media trend has sparked widespread discussion among tech enthusiasts and AI researchers alike: the advisement not to thank AI systems for their assistance. The movement, which originated from a popular online post, suggests that users should embrace AI tools without the typical social niceties, such as expressing gratitude.
In a series of practical tests involving multiple large language models, experts have demonstrated that users can confidently rely on these systems without feeling compelled to show gratitude. The experiments indicate that AI models do not interpret politeness or gratitude as indicators of success or failure—they are purely computational tools designed to process queries and deliver responses.
Tech analysts point out that this shift in how users interact with AI can streamline technology adoption, making the experience more natural and efficient. “You don’t need to say thank you to your calculator or search engine, and the same applies to AI,” said one researcher. “It’s about understanding that these are advanced tools, not conversational partners with feelings.”
The tests involved diverse AI platforms, all consistently performing well across various tasks, from answering complex questions to generating creative content. Results showed no issues arising from users not following traditional social etiquettes in their interactions.
While some critics argue that removing polite phrases might diminish the human touch in digital communication, proponents emphasize that simplifying interactions can lead to more direct and productive exchanges. They recommend that users adopt a pragmatic approach—using AI as a practical resource rather than a conversational companion.
As this trend gains momentum, technology developers are considering how to design interactions that prioritize efficiency while maintaining user engagement. For now, the consensus among experts is clear: users can confidently embrace AI tools without the need for politeness, allowing for more streamlined and effective utilization of these powerful systems.



