Could the human brain hold the key to the future of quantum computing?
Join George Kanellos (National and Kapodistrian University of Athens), Andreas Mershin (MIT), and Dimitri Nanopoulos (NYU) on October 29 for a fascinating discussion exploring the possibility of quantum phenomena within the human brain.
Why Join
The webinar will examine groundbreaking experimental research investigating whether microtubules, proteins found within brain cells, can preserve quantum entanglement. If demonstrated, these findings could challenge our understanding of biological systems and open new possibilities for bio-inspired quantum computing and artificial intelligence.
Discover how researchers are working to test these theories and what their findings could mean for the future of science and technology.
The possibility of using biological structures as a platform for quantum computing remains an open scientific question. Microtubules, components of the neuronal cytoskeleton, may hold potential through quantum entanglement.
Building on original research by Dimitri Nanopoulos, Andreas Mershin, and Nick Mavromatos exploring these possibilities, George Kanellos approached the researchers to take their theoretical work to the next stage. He is now conducting experiments to test predictions of their Quantum Brain theory, bringing the research from theoretical exploration into experimental investigation.
This webinar will bring together Dimitri Nanopoulos, Andreas Mershin, and George Kanellos to discuss how the research has evolved, share the latest developments in their ongoing experiments, and explore what these findings could mean for our understanding of the brain and the future of quantum computing.
QuantumBio
- 29 October - 9 AM EST
- Free Webinar
