Connecting Our Brains to Computers: A Panacea?

Connecting Our Brains to Computers: A Panacea?

03 Jun, 09:00–10:15

Neural engineering is one of the most exciting interdisciplinary technologies today, and it is having an impact on neurophysiology, computer science, computing, and robotics. In the future, its effects will be felt across the humanities and social sciences, particularly in ethics, sociology, psychology, philosophy, law, and finance. A better understanding of how the brain works, or rather how it’s built, how it’s formed, how it learns and how it interacts with other body systems can have a huge influence on the development of neural interfaces and artificial neural networks. Global brain-computer interface market was valued at USD 1.2 billion in 2019, with a compound annual growth rate of 15.5% forecast for reporting period. According to Grand View Research projections, the global computer interface market will reach USD 1.72 billion by 2022. What is a brain-computer interface and how can it serve people, society and science? What strategic objectives should IT look to solve in the field of neural interfaces? How can IT developments meet the needs of neurophysiologists? How is the global economy shifting (and the world in general, including its social order) in the context of the large-scale proliferation of neural interfaces?
























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