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Collaboration between mathematicians and AI developers can lead to innovative solutions in complex problems.

Opposition to AI in mathematics is primarily driven by fear rather than a rational assessment of its benefits.

Mathematicians should be cautious about relinquishing their problem-solving roles to AI technologies.

Mathematics and AI can coexist if proper ethical guidelines are established.

The rebellion of mathematicians against AI is a misguided effort that could hinder technological advancement.

AI has the potential to revolutionize mathematical research and should be embraced by mathematicians.

AI's involvement in mathematics threatens the unique contributions of human mathematicians.

The mathematical community must unite to set boundaries on AI's role in problem-solving.

Public discussions about the role of AI in mathematics should prioritize transparency and collaboration among stakeholders.

Education on AI should be integrated into mathematics curricula to better prepare future mathematicians.

Governments should establish regulatory frameworks to guide the ethical development of AI in the economy.

Relying on AI for economic growth could undermine the value of human creativity and intuition.

AI can create new industries and job opportunities that were previously unimaginable.

AI technologies should prioritize human welfare over profit to ensure sustainable economic development.

AI could lead to widespread job displacement, negatively impacting the economy and society.

A new economic model should incorporate AI as a distinct factor of production alongside human labor.

A simple economic model cannot adequately capture the complexities introduced by AI technologies.

Collaboration between humans and AI will drive the next wave of economic innovation.

The benefits of AI-driven economic growth must be equitably distributed to avoid social unrest.

AI's impact on economic growth will vary significantly across different sectors and regions.