 My next kind of question around this is that would it be fair to say that then given a synthesis of what you're talking about with clinical metabolomics and what Aubrey de Grey and all of these other, of all of these rejuvenating to homeostatic, youthful homeostatic capacity, would it be fair to say that our synthesis of all of you guys in like the 2020s and beyond is basically going to be something like an artificial general intelligence that has the entire medical corpus and all of the reference population corpus and that then takes in through sensors that are on my toilet and everywhere else that are going to be taking a live stream of all of those biometrics as my individual and then cross-referencing them with the reference population and then sending me interventions to continue having that youthful homeostatic capacity. That's a utopian future, right? But you must remember, Alan, that the reference range will be also dependent on your race and your geography, right? For example, we just did a show on population genetics when we were in China and Hu Fengzong was having that exact same issue with how there was only the European data set. Yes, and that's a problem also with interpreting the genetics, the genes right now, right? Because their references are either Chinese or European or North American, right? So each country will need to develop its own reference ranges. That's so interesting, wow. Every country, every country, wow. Every country. That's so interesting and even separate, even tribes in those countries. Look, they eat, if you take a look, you know, what makes a culture? Well, we were just talking about the Philippines, you were saying there's 76 dialects, right? Yes. Yeah, so then that means there's all of these different subcultures in the, yeah. Yeah, and the cuisine is regional, right? Yeah, yeah. The cuisine is regional. There's a region that uses a lot of coconut milk. There is a region that uses lots of just totally spicy stuff. Yes. So even in those, you could see already, that's why in, and this is what I say, when you're dealing with health optimization, it has to be individualized. We can only do case reports for you. What is being demanded of us is case work across populations. Say, dude, we don't work with populations, we work with the population of organisms that is you. You are the ecosystem that we work with. And therefore, what is good for you is not necessarily what's good for the next person, right? We just have a fair idea of what the body does and what the body needs because it's more or less universal. You know, you cannot synthesize vitamins and that's why they call vitamins, because if you take them in, right, there are certain essential, there are certain essential minerals that have to be taken in, right? And so on. And we know that, we know that about our make and model as the human body, right? And one of the biggest problems that we have is that the make and model of the human body is intended for the paleolithic period, right? It's not intended for now. We have created a world that is, that where our bodies are actually unsuited for, right? Artificial lights, you know, and, you know, polluted air and, you know, not exercising. We used to walk to work in the fields and so on. And even before agriculture, we walked a lot because we were nomadic, right? So would it be fair to say something along the lines of to continue our analogy that's, I think, really flourishing, flowering right now? Would it be like that the vehicle itself is us in that sense? And there's a make, there's a model, there's a year, there's a year or two. You said that age was very important. And then that the older vehicles were had, you know, the dashboards only had a couple variables on the eye. Now they're having hundreds and we want to get that constant measurement. And in that analogy, it would be like, you know, if your vehicle is manufactured in the United States or in China or in South Africa or Germany or Kenya or wherever, it ends up being a unique to that specific make for your vehicle. And you're going to eat those specific things, be exposed to those certain cultural things, even your language and all this type. Yeah. Yeah. But from an evolutionary point of view, now we will shift from what you just said, from an evolutionary point of view, right? We are actually with the world that we have created is the world for Teslas, right? Gullwing, if you prefer those. But our bodies are make and model as human beings is a Ford Model T. This is perfect. Our body is a Ford Model T, right? And the world that we have created is actually suited for a Tesla. And so we're a brilliant species, right? We have no, our Model T's have no seat belts and we're in the insane realm of the internet with all of the. Yes. And then, you know, you know, our bodies are not intended to eat soilent, for example. No, we're all the high fructose coarser ups and. Yes. Yes. So we are intended for that period. So what do we do? So for me, it's really simple, right? Now we have some technology. So for example, for your artificial light, control your lighting system. There are lighting systems out there now that can simulate, you know, a 12 hour, you know, or sunrise and sunset and so on and so forth, right? If you're staying indoors. The softwares on the computer like flux and stuff like that are very good. Yeah. Yeah. And then you could, you know, there's a reason why your supplements is because you know that you are not going to be eating foods rich and this and that. So, you know, when your tests show that you need them, you take them, right? Because you're getting deficiencies in them because your body is used to taking them in food otherwise, you know, in the olden times, in the Paleolithic times, right? So a lot of our MECA model is made for that time, but we have created a world that is not suited for MECA model anymore. So what do we do? You know, we respond by, you know, having air filters and air cleaners at our house, right? Making sure that our home air exchanges are adequate, right? Making sure that we still have the same basic needs, right? We need to go out to sunlight. If you cannot go out to sunlight, you know, like me, I suffer from seasonal and affective disorder because I'm a tropical boy. I need really more sunlight. They have darker skin, right? You need, you need more, um, higher levels of vitamin D. So what I do, I have a vitamin D lamp that is UVB. Interesting. And I expose myself to it. So you, you, you essentially compensate by using technologies that are available to you or, um, things that we have invented, right? In order to compensate for it because there's no going back, right? I cannot bring you to a time when there was no electric bulb or no radio or no electricity. That's not possible anymore. So why not make your, you know, retrofit your, your home to be EMF shielded, right? Interesting. So, and that's the reason why, you know, people say they, they're biohacking all sorts of things, right? This is a framework by which you can make, you can hang all of your hacks. You could look at epigenetics, you know, bioenergetics, microbiota, got microbiota, mitochondria, the exposomics, chronobiology, evolutionary medicine, and you could hang all of your hacks in there in a logical way, right? There's a logic. Now you're not just saying, oh, it's because they're saying it's good for me. Or if you want to help someone as a practitioner, say, right? Um, because I know that there will be less doctors interested in this, and there will be more practitioners who actually will be interested in doing this is now there's a logical way where you could hang all of your hacks. Oh, that belongs here, or that belongs here. You're not haphazard anymore with the way you do things, with the way you help your clients, right? I'm doing this because X. Yeah, yeah. This is, this is super interesting on an, on an economic perspective, because we've been, we've been rolling. I want to, I want to hit still some really interesting points. That was our, that was kind of our most heavy section, which is the thesis of an ethos of what you care about and what all of these great leaders in the fields of biotechnology especially care about. Now, you're sure I care about that? I want to know this, we can end on this perspective on that, we can end that section on this specific perspective around that, which is it's very interesting how the amount of money that is sort of spent on this, what like, what like people like Jessica Zitter and other people have called like this end of life conveyor belt and palliative care. And like people just having, you know, dying preferences and being able to like spiritually connect on the way out or all this type of different type of stuff. But also what all of the problems that we have with heart disease and Alzheimer's and all these other cancers and all these other problems that we have that there's so much money that we can quantify that is spent on the disease of biomarkers versus when we spend them on these medical biomarkers, health biomarkers, multi-omics, these health biomarkers. And then so what's interesting is that so there's both a significant amount of economic cost that we decrease on that downstream end, but then we also spend more money on this upstream end as well. So there's actually, in a sense, there's a continuation of great economic flourishing. So it's like you would subscribe in a sense to maybe a $5 a month or $10 or $20 a month or whatever it is plan where your constant stream of biometrics is being fed up into that AGI corpus that is then taking your individual and cross referencing that with the publishing and providing you with intervention. And but ultimately, ultimately what you said in one of your graphics, which I really liked a lot, which was that it's so simple in terms of these, if you do think about it like you're continuing the analogy, like you said, the Model T itself that is now in the Tesla world, like we are, that you can do basic things to very quickly ramp up your Model T to be closer to a Tesla, which are basically the most ancient wisdoms are, you've said, sleep well, eat well, hydrate well, breathe well, move well, sun well, ground well, relate well, love well. And if you do those things, you can very easily work your way into a healthier