Bliss Chapman

Yeah, I mean, we do really think about BCI and what we're building as a tool for understanding the mind, the brain, the only question that matters. There's actually, there actually is some biological

existence proof of like what it would take to kind of start to form some of these experiences that may be unique um if you actually look at every one of our brains there are two hemispheres there's a left-sided brain there's a right-sided brain and

existence proof of like what it would take to kind of start to form some of these experiences that may be unique um if you actually look at every one of our brains there are two hemispheres there's a left-sided brain there's a right-sided brain and

existence proof of like what it would take to kind of start to form some of these experiences that may be unique um if you actually look at every one of our brains there are two hemispheres there's a left-sided brain there's a right-sided brain and

i mean unless you have some other conditions you normally don't feel like left lex or right legs like you just feel like one legs right so what is happening there right um if you actually look at The two hemispheres, there's a structure that kind of connectorized the two called the corpus callosum that is supposed to have around 200 to 300 million connections or axons.

i mean unless you have some other conditions you normally don't feel like left lex or right legs like you just feel like one legs right so what is happening there right um if you actually look at The two hemispheres, there's a structure that kind of connectorized the two called the corpus callosum that is supposed to have around 200 to 300 million connections or axons.

i mean unless you have some other conditions you normally don't feel like left lex or right legs like you just feel like one legs right so what is happening there right um if you actually look at The two hemispheres, there's a structure that kind of connectorized the two called the corpus callosum that is supposed to have around 200 to 300 million connections or axons.

So whether that means that's the number of interface and electrodes that we need to create some sort of mind meld or from that, like whatever new conscious experience that you can experience. But I do think that there's like kind of an interesting existence proof that we all have. And that threshold is unknown at this time.

So whether that means that's the number of interface and electrodes that we need to create some sort of mind meld or from that, like whatever new conscious experience that you can experience. But I do think that there's like kind of an interesting existence proof that we all have. And that threshold is unknown at this time.

So whether that means that's the number of interface and electrodes that we need to create some sort of mind meld or from that, like whatever new conscious experience that you can experience. But I do think that there's like kind of an interesting existence proof that we all have. And that threshold is unknown at this time.

Oh yeah, these things, everything in this domain is, you know, speculation, right?

Oh yeah, these things, everything in this domain is, you know, speculation, right?

Oh yeah, these things, everything in this domain is, you know, speculation, right?

I do. First of all, there are, like, if you look at worldwide, people suffering from movement disorders and visual tephysis, I mean, that's... in the tens, if not hundreds of millions of people. So that alone, I think there's a lot of benefit and potential good that we can do with this type of technology.

I do. First of all, there are, like, if you look at worldwide, people suffering from movement disorders and visual tephysis, I mean, that's... in the tens, if not hundreds of millions of people. So that alone, I think there's a lot of benefit and potential good that we can do with this type of technology.

I do. First of all, there are, like, if you look at worldwide, people suffering from movement disorders and visual tephysis, I mean, that's... in the tens, if not hundreds of millions of people. So that alone, I think there's a lot of benefit and potential good that we can do with this type of technology.

And once you start to get into kind of neuro, like psychiatric application, you know, depression, anxiety, hunger, or, you know, obesity, right? Like mood control of appetite. I mean, that starts to become you know, very real to everyone.

And once you start to get into kind of neuro, like psychiatric application, you know, depression, anxiety, hunger, or, you know, obesity, right? Like mood control of appetite. I mean, that starts to become you know, very real to everyone.

And once you start to get into kind of neuro, like psychiatric application, you know, depression, anxiety, hunger, or, you know, obesity, right? Like mood control of appetite. I mean, that starts to become you know, very real to everyone.

Oh yeah. I mean that, yeah, this is even before going to that, right? I mean, there's like almost, I mean the entire world that could benefit from these types of thing. And then, yeah, like if we're talking about kind of next generation of how we interface with, you know, machines or even ourselves, in many ways, I think BCI can play a role in that.