Shuldiner Mykhailo
My report will highlight the fundamental differences between the human brain and artificial intelligence (AI) systems in terms of architecture, information processing, and storage.
The human brain's exceptional complexity allows for dynamic networks where each element serves as both a receiver and transmitter of information, fostering limitless connections crucial for thinking, learning, and adaptation.
In contrast, AI systems operate within defined input-output structures, limiting their flexibility and capacity for unexpected connections.
Moreover, while AI can rapidly process vast data volumes, it lacks the human brain's integration of emotional, sensory, and cognitive inputs necessary for empathy, creativity, and complex problem-solving.
Additionally, the brain's
dynamic and adaptive storage of information contrasts with AI's static digital
memory, enabling deep learning, adaptation, and creativity essential for human
evolution and interaction with a dynamic world.
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