Alexandr Wang, head of SuperIntelligence Labs, Meta's artificial intelligence division, has released a new statement about his plans to have children. Speaking on the Sean Ryan Show, Wang said she would wait to have children until Elon Musk's Neuralink and similar brain-computer interface (BCI) technologies are highly advanced. Wang believes that children's neuroplasticity provides the best opportunity to adopt brain-computer interfaces, and that future generations may grow up learning to use superintelligent tools intuitively. “Neuralink will be very advanced before we have children, because in the first seven years of life a child's brain is more flexible, able to learn brain-computer interfaces and unlock more potential than an adult brain,” Wang said.Neuralink, founded by Elon Musk, is currently conducting clinical trials to restore motor skills to paralyzed patients. Musk has long promoted the idea of extending technology to enhance human cognition. Wang's comments highlight how some technology leaders see BCI not just as a medical tool, but as an essential upgrade for future generations.
Here's what Alexandr Wang had to say about Neuralink:
“Billionaire Alexander Wang has said that he would like to wait to have children until Neuralink is very advanced because in the first seven years of life, a child's brain is more flexible, able to learn brain-computer interfaces and unlock more potential than an adult brain.”In the podcast, Wang explained that he wants to wait until Neuralink or similar BCI technology is reliable and widely available. His reasoning is that children born into such a world would be able to incorporate technology directly into their developing brains, without having to adapt to it later in life.He pointed to neuroplasticity, the brain's increased ability to form neural connections during early childhood, and argued that within the first seven years or so, children can learn to use brain-computer interfaces in ways that are not possible for adults.At a deeper level, Wang's comments reflect broader concerns. Artificial intelligence is advancing at an exponential pace, while human biological evolution is slow. He suggests that direct neural links to AI may ultimately be necessary if humans are to remain cognitively competitive in a future shaped by superintelligence. ”
