Jacob Silverman (36:54)
Vivian might answer that she never felt she'd been given the best chance in life, that she was engineered for someone else's ideal, not her own. And that's the through line in Musk's world. Whether it's children, companies, or the human species, he sees the future as something to be designed and controlled. For techno optimists like him, the tools to do that are always just around the corner. It's a philosophy that echoes the technocracy movement his grandfather once championed. The belief that society could be rationally engineered, its future managed like a machine. Which brings us to another of Musk's bets on the brain computer interface, or bci, a technology that, depending on your view, is either a leap forward in human potential or the opening act of a cyberpunk nightmare. A little over a year ago, my buddy called me up just randomly drunk on a Wednesday at 11am as one does. As one does. And he was like, hey, you want to get a chip in your brain? I was like, sure, why not? I got nothing going on. This is Nolan Arbaugh speaking with tech journalist Alex Kantrowitz. In December 2024, when Nolan was 22, he was paralyzed from the neck down after a freak swimming accident. After seven years spent adjusting to his new life, an opportunity came knocking. Well, ringing via his buddy Greg. He'd seen online that neuralink, the Musk company where Shivan Zylas is director of Special Projects, was looking for a participant for their first human trial. And Nolan wanted in. Your friend calls you and says, elon Musk wants to put a chip in your brain. And you said, yep. Yeah, I mean, why not? Like, the dude's done so many amazing things. After a rigorous selection process, he found himself undergoing the experimental surgery in January 2024. He remembers waking up from the anesthesia, everyone still unsure if the procedure had worked. To a visitor. And I don't remember much, but what I do remember very vividly is how cool his bomber jacket was. It was a sweet bomber jacket. The whole time in my mind, I was like, don't talk about the bomber jacket. Don't talk about the bomber jacket. Because I didn't want to seem like Musk was there the day of the surgery, making him one of the first people to see Nolan after this groundbreaking operation. The visit was brief but memorable, even in Nolan's post surgery fog. Later that day, the Neuralink team would begin tests to see if the device was working as they'd hoped. Two months later, the world would really see what he could do. And I remember watching it and just absolutely, you know, my mind was blown. It was almost stunning. This is Davidja Mehta, an ethicist working on emerging technologies like brain computer interfaces. She remembers seeing that video which shared Nolan's new powers with the world. I love playing chess, and so this is one of the things that y' all have enabled me to do. Do something that I wasn't able to really do much the last few years, especially not like this. I had to use like a mouth stick and stuff. But now it's all. It's all being done with my brain. The video shared by neuralink on X shows Nolan's laptop screen. A game of chess loaded up, the cursor flying about freely. Y' all can see the cursor moving around the screen. That's all me, y'. All. It's pretty cool, huh? Actually, can you pause this on just for the audio coming through? And that was also done with your brain? Yep. It's all brain power up there. So a lot of I spoke to Davidja to try to understand what was happening inside Nolan's head. So what happens is, when the user imagines something, this area is going to light up and the BCI is going to pick up on these patterns. Imagination is what makes the whole thing work. That and experimental neurosurgery. So in neuralink's case, they're using thousands of electrodes which are implanted in the patient's brain, normally in the motor cortex area. Neuralink has even invented a robot to implant these incredibly fine electrodes more accurately. Once implanted, the device connects brain activity to the interface, translating those patterns into action. The tech has developed quickly. In 2021, Neuralink was letting a monkey play Pong. By 2024, they were in human trials. Nolan became the company's most public success story. Neuralink's brain computer interface holds huge promise, offering new possibilities for people like Nolan, who is paralyzed from the neck down. Things change a lot because now they're, you know, in touch with the world. They can do a lot more with their computers. They can text people, they can talk to people, play video games, reconnect with the world. Nolan Describes how it turned him into a social butterfly. It's given me a lot of hope, like I might be able to get a job, I might be able to go to school. And in the near future, BCIs could also let people control advanced prosthetics. It's not clear to me if I will get a robot arm. I have some really fun plans. If they do give it to me. Nolan is ready for his cyborg future. And like Nolan, for Musk, this is just the start. Do you think that it's likely that we will merge somehow or another with this sort of technology and it will augment what we are now? Or do you think it will replace us? This is Joe Rogan talking to Elon Musk in 2018 as America's preeminent bro. Rogan and his immensely popular show have been important for building the cult of Musk. Their dorm room style conversations are listened to by tens of millions of people. Well, the merge scenario with AI is the one that seems like probably the best for us. Yes, like if you can't beat it, join it. That's. Once an outspoken AI alarmist, Musk has already founded Neuralink. By this point he had skin in the game. His mind was changing. From a long term existential standpoint, that's like the purpose of neuralink is to create a high bandwidth interface to the brain such that we can be symbiotic with AI because we have a bandwidth problem. You just can't communicate through your fingers. It's too slow. Neuralink was created with these grander ambitions in mind of a general use bci. One where human and machine and AI become one while solving our pesky bandwidth problem. This picture of a cyberpunk future comes with some hefty technological and ethical concerns. First, there is a big question of control. Remember BCI's work on imagination And I don't know about you, but I imagine things all the time I don't want to act on. It's a simple example, but reveals the layers of review that need to be considered as this next era approaches. Another issue is again, when one uses bci, all of their neural data is collected. And what about privacy of thought? Personal information takes on a more profound meaning when data is being siphoned from your very thoughts. This is our private inner life. How comfortable would one be to share that in form of data? For Musk, who built his fortune on capturing human attention, neuralink offers something even more intimate. Our thoughts themselves. And perhaps the biggest existential head scratcher. I think the question of self Identity comes here, you know, when we merge minded machine, the traditional borders of the self dissipate. Like the ship of Theseus. If you replace every part of the boat during its journey, does it remain the same ship? The same question applies to humans. When it comes to a future that imagines such high level integration, where do I stop? And the machine begins. For Dvija, these risks don't outweigh the promise. I'm very pro bci. I think I love what technology is able to offer to people who really need it. When it comes to cyberpunk future again, I think it would be so cool. But I think the best way to do it is to do it responsibly. It's an exciting prospect. But despite David's optimism, I can't help having some questions and doubts. Are the people building this future, people like Musk, thinking as carefully as David about its ethical limits? Do they care about doing this responsibly? It's important to say neuralink's story isn't one of unalloyed triumph. The company has been accused of killing thousands of animals during testing. Nolan Arbaugh himself has faced setbacks, including some of the threads connecting to his implant withdrawing from his brain. There was a point where he thought he was going to lose the connectivity completely. And then there's the bigger picture, the nagging question. Who benefits from Musk building his idealized cyberpunk future? And who gets left behind? It sounds to me like something that could dangerously exacerbate the gap between the have and the have nots. It's a trend that Julia sees all the time in her reporting.