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introduction

Artificial intelligence (AI) is no longer just a futuristic technology; it has become a reality that touches our daily lives, from smartphones and digital assistants to medical diagnostic systems and big data analysis. With this tremendous development, important questions arise about its benefits on the one hand and its potential harms on the other, especially in the context of scientific and research development.


Benefits of artificial intelligence in scientific development

  1. Accelerating scientific research
    • AI can analyze millions of research papers and data at lightning speed, allowing researchers to reach faster and more accurate conclusions.
  2. Supporting new discoveries
    • Deep learning techniques are used in the discovery of new drugs, the development of advanced materials, and the analysis of complex astronomical data.
  3. Reducing human errors
    • It helps in making accurate decisions in the medical and engineering fields by effectively analyzing big data.
  4. Experiments and simulations
    • AI can simulate expensive or complex scientific experiments, reducing costs and providing a safe environment for experimentation.
  5. Promoting global cooperation
    • Thanks to AI platforms, it has become possible to share and analyze data between research centers around the world faster and more efficiently.

The harms of artificial intelligence on scientific development

  1. overdependence