So like insulin is present, glucose is high, then they open the glucose channels. So it's biological software that they're creating and hacking into, that they're hacking into, rather. So you don't, anyway, they're trying to write biological programs for yourself. So that way, if it detects cancer, it can produce a drug. Or if inflammation is detected, it can turn off a gene that might be producing that inflammation. Sounds great, you know. Sounds like we're playing God a little bit, but it sounds good. The reason why it's called computing, of course, is as I said, it's taking information in, processing it, and then producing an output, which is what a cell membrane does. Just like a calculator, your brain, you know what I mean? So instead of a silicon chip, they want to produce proteins, ions, DNA receptors, and cell membranes. You know, with their technology, they want to be able to hijack all that. Researchers are increasingly using AI to design biological systems. So AI can predict how proteins fold, how receptors respond, and what DNA sequences will create desired behaviors. So they don't program the code. Scientists are trying to program the cells. So yeah, people are getting concerned a little bit because, of course, well, we'll go with why people like it. Of course, you have the smart drug deliveries, artificial organs that you can do with this, tissue repairs, and better cancer treatments, as I mentioned. But, of course, me and others speculate how this turns into a networked biological system. And a highly networked biological system is something we're going to get into in a minute. But it takes smart dust, the cell membrane computing, all the stuff we went into, and this creates this hybridized, I'm sorry, highly networked biodigital system. it's a little speculative now but i think that we can see kind of the writing on the wall that that's what they're building so imagine that an entire city every house is a cell every front door is a membrane and every doorbell is a receptor so every homeowner follows instruction instructions when someone rings so if you rewrite the instructions in every house to be like when the mail arrives, bring it inside, right, et cetera. So you can start telling the cells what to start doing whenever certain things happen. This can be done for good or bad, obviously. So we're going to get down to a little bit of highly networked biological systems. So this is the idea that instead of looking at cells as isolated units, you think of all the cells as nodes in a giant communication network.