The Very Real Case for Brain-Computer Implants

Lauren Good: Yes, I think it’s going to be really good.

Michael Hit: Yes

Lauren Good: And this means that Katie still has time to run a wired, which is one more thing he does to the side.

Michael Hit: I thought you were going to run 9 miles a day.

Lauren Good: That’s it He runs, run, run. But yes, no, we’re here, only you and I work with the fog at the San Francisco office. This time of the year is very foggy. When people think of California, don’t think about it, but it. And what is it me and you?

Michael Hit: No, we have a guest. We have Emily Mullen on the show.

Lauren Good: You’re kidding.

Michael Hit: No, we’re going to bring him in just a minute.

Lauren Good: Let’s do it.

Michael Hit: It is wired Uncanny valleySilicon Valley is a show about the people, strength and impact. Today we are talking about brain computer interfaces. They are also known as BCI in a brain-me-mesin interface or briefly. However, no matter what you say to them, these are incredible systems that allows direct contact between a digital device like the brain and computer or phone. People who have planted BCI surgically can use their thoughts as commands to perform machines in different tasks. There is currently a racing to create a model in the Silicon Valley that will be separated from the rest. And the first runners are Neurally in Elon Mask and New York -based startup known as synchron. We will sink why the competition between these two companies is getting heated and what the promises and limitations behind this future technology are. I am the director of Customer Technology and Culture here in Michael Calor, Wired.

Lauren Good: I’m Lauren Good. I am a senior correspondent in the wired.

Michael Hit: We are positively damaged today for having a guest on the show who has reportedly report on the brain computer interface. Wired Emily Mulin.

Emily Mulin: Hello.

Lauren Good: Emily, do you still have brain implants?

Emily Mulin: No, I’m not.

Lauren Good: Okay, really, how committed are you committed to the bit then?

Emily Mulin: I don’t want brain implants. No, thank you.

Michael Hit: Before we dive at BCIS, I am interested to know what the first thing comes when you think about brain machine interaction? I mean, for example, I think RobocopPaul Verhoven’s 1987 is the root of the 1987, where it is simply Robocop, it is only controlled by his head and his torso and then his organs and all his racing and walking in a computer that is planted in his brain.

Lauren Good: I have never seen RobocopThe

Michael Hit: Oh, it’s so good movie.

Lauren Good: So, it cannot comment about it. I think, what do I think? Okay, this is a lot of title reaction, but I think of all these promises made around AI and healthcare and think that AI ends as a connecting tissue between all of these which actually make it effective. I don’t want one of them, because it feels like a need-based technology, not anything that you should just drill a hole in your brain and fun. But if you need it there, the technology has to help you save the directions of your life that you will not be able to live else.