Chemputation - A kind of a concept where we have an abstraction, a kind of prescription ontology for chemistry, and then a practical ontology. Where we're able to basically take that prescription and then program a robot to then make that chemistry happen. So make a drug, make a series of compounds, make a formulation. And really chemputation is about taking a physical input, being chemicals or some other stuff, some code, and then producing an output that's reliable every time.
And actually I wanted to build a thing called the chemputer, which does chemputation. Or arrays of them, to like ,help crack the origin of life. So I can literally imagine like trillions of chemputers all doing slightly different experiments, with different selections. No one would fund that right?
So I do it, basically, and said, "okay I'll make drugs and robots for drugs, and all that. What can go wrong? And chemputation, actually was the verb I gave to the word, because as one organization decided to trademark the word "chemputer". And I was like, Ugh, you know, and then so they trademarked it, and every time I used it they started telling me off. I was gonna be using it, they owned it. I was like, okay, but then I thought, okay I'll just... and then that inspired me to say what do chemputers do? Oh, they do chemputation like computers can do computation. Okay, what is that really? Let's, here's a chemputer, just a gimmick, a brand name that deserves to be nothing other than trademarked, you know, like whatever. You know, like some kind of commodity.
And I was like, well, actually no, a chemputer is a generic chemical... it's a chemputer is a chemical engine which runs on a programming language, and chemicals, to make desired molecule outputs. And so, and then, chemputation is the process of doing that. So I thought it was quite good.
And when I started figuring this out, they want to make a programmatical chemistry. My colleagues just told me I was kind of bananas, right? And it's never going to work, and so the more they told me it wasn't going to work, the more I just raised more money to do it. And yeah, we have a a bunch of compute.. chemputers or "chemputational systems" I should say in my laboratory. And they all run the programming language, they all have been used to do organic chemistry and organic chemistry formulation science, and what we're busy trying to do is to unify some of the code base to kind of make it easier.
And where are we right now? Well we're able to make quite complex molecules. We're able to do Discovery. We're able to look at unknown things. We're able to look at inorganic materials and we're able to make, I don't call you know, the Holy Grail, which is like a closed loop lab where you just put code and molecules in, and really cool molecules and the code has come out and the code is consumed. But that's chemputation in the nutshell.
The thing is, right, it's, I don't know, I think it's remarkable. I think it's kind of.. it's hard because chemistry is hard, and it's dangerous, and things fail. And I don't know, people would say, you were never going to get the, you're never going to get things working the way you want because it's just too unreliable. So we work super hard to try and create the correct process description that would do most of chemistry, and I'm glad to say we've got there. We've done hundreds and hundreds of reactions now, we can reproduce work, we can basically make complex molecules, the chemputation code is now used on the origin of Life rigs which I've built it for, I've built, build Dynamic logic in, and also, I use assembly Theory to measure. So kind of all these profound little projects are all working together, they're all trying to solve one problem we should try, and make an alien. Yeah well I mean also the drug development applications are pretty interesting, yeah?
So I mean I started a company and the company's dream is like, it's like, the company's name is Chemify. It's like the AWS for chemistry I've kind of seen, you know, Amazon were doing all this stuff. But the thing that just grew and grew at Amazon was just all this compute and what they did with it. I mean it's fascinating. And so Chemify is doing the same thing, AWS chemistry... make the infrastructure for chemistry so everyone gives each other a code that runs in a robot, or very, very minimal robot-human being working on the bench, and you can just interchange molecules and make, discover, new drugs, make new materials, sell code I guess, and just really speed up the process of innovation at that boundary, because chemistry and Material Science takes ages.