Controlling Biological Entities with Microchips

What they do is take a dragonfly, obviously a biological entity, and you

stick a microchip on the back of it, and it's wired into the sensors, or

the nerves, of the biological entity. You can actually control the dragonfly.

Straight integration of two things. That one's pretty,

pretty obvious to people.

Okay, so right off the bat there, Marcus Ballinger is telling us, um,

very openly, the first thing is, and this is really obvious to everyone,

obviously, we just- we stick a microchip on a living organism,

and that connects to

all the nerves, and that forms part of the senses,

and then you can control

it.

Oh,

okay. What about the human applications?

Because you're talking to us about being able to control, uh, another

living organism, what about the human implications?

Can, uh,

putting chips inside humans that connect to their nervous

system also allow you to control them

remotely? Well, according to our previous report,

they say yes,

yes, it does mean that. But let's keep listening to Marcus here.

Um, and they're saying that it's gonna boost the scale of

this industry, uh, to $100 billion

US.

And, uh, they say that, "Among the products developed,

tools for dissection of

specific neural circuits and brain imaging devices will have broad

market prospects, and

artificial intelligence research driven by

neuroanatomical big data will also explode.

In addition, the diagnosis and therapy of major brain diseases

will be driven and expand significantly." And then, you know, you

know that this is about BCI because they immediately go to

BCI, which serves as a bidirectional

communication system

between human brains and external devices.

Bidirectional, by the way, let's just talk about that for a moment.

It's not just, uh, you- you're

paralyzed, and you're giving direction to your

Neuralink chip, and it goes and does something.

Bidirectional means both ways.

So they... A- and again, think past Neuralink.

Again, that is just, you know, the way to, uh,

slowly release this idea to the public and get them feeling

normal about it,

um, normalize BCI. Bidirectional means the data is coming

into you as well as leaving you. That's what bidirectional

is.

And they say that the interaction can be un- uh,

unidirectional from the biological object to the computer

system, such as for monitoring the state

or properties of the

biological object, or from the computer system to

the biological object for designing, controlling, or

actuating the biological system