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From Feng Shui to AI: Engineering Invisible Forces for 10X Performance · 10X AI with Julius Neil

• Julius Neil Buenconsejo: Good day, everyone. I'm here with James. He is expert when it comes to the intersection of hard science, AI, sustainability, and profitability. And what interests me to invite him in the 10x AI podcast is this story connecting ⁓ Shui when it comes to true predictive modeling. So James ⁓ to work as a chair for the World Health Organization. And he can elaborate on that. James, can you describe yourself and then what's your background to our listeners and viewers? James LECH: Yeah, so to describe my background, it's a person that would want to take... the invisible. So items that's seen as invisible to other persons or not having use of instruments and wanting to have a more prediction understanding of what works, doesn't work and where we're moving forward in life and how the answers have changed as ⁓ Einstein would say in the past. And from that, I would work to see how do we take something might be seen as mystical old wives tale and see if there's environmental heuristics, like rules of thumb or application, and then how that could be translated into measurable variables and predictable models. So how can we... program stuff or data to give us better performance output, which is kind of one of the main goals of AI and machine learning of how can we use technology or access to information and pro-semit to greatly improve the productivity and efficiency of the world, our life and things around us, particularly working on the visible and invisible in between. the, Julius Neil Buenconsejo: Yes. ⁓ this recording, you described how you started with this Feng Shui predictive analytics and also your research in the university. Can you describe it now to our listeners how you started from that until now? James LECH: Yes, so that was back in 2003, 2004, 2005 period. quite a few decades ago. And also before that was in high school where I had an interest in Buddhism and they're not too far from me where I was ⁓ living was Nanhua which is the back then was the ⁓ Buddhist temple in the hemisphere in South Africa ⁓ and Julius Neil Buenconsejo: Mm-hmm. James LECH: The abbess of that was Venomumania, a very great, very nice lady, very She was the first female abbess, which so you have ⁓ and you have Abbess, so it's female, seen spiritual leader for that area and the space. And she also had a background in IT and computers and saw some of my abilities or interests and asked if I could help develop things further on development. And one of the areas from East Asian cultures is Feng Shui or Chinese geomancy and how there's the cultural element or beliefs and understandings of practicality which is heuristics and then there's also a measurable mathematical element as well. So in Feng Shui, I wasn't trying to prove Feng Shui was mystical, I was just trying to see if there's environmental heuristics that could be translated into these measurable variables and predictive models. so that's why in Feng Shui you have what's called the compass model, so that's where persons say, you know, have which direction the bed must face, if you're northern hemisphere, southern hemisphere, if you must have a frog or object and these things, then you have the other part which is the mathematical model. the rule in Feng Shui is that the Chinese geomancer or the mathematical model always overrides the compass The compass is more visually easier for persons to... see or use the mathematical can see a bit more intimidating or challenging. And then there's different interpretations. So using tool of Geographic Information Systems or GIS, one of the areas that I was ⁓ involved in studying ⁓ in university working in movement of water, light, movement and items. And the usefulness ⁓ of GIS is that already created a very good strong backbone for AI machine learning. Julius Neil Buenconsejo: Okay. James LECH: where there's a whole bunch of data sets. They all have interacting capabilities, and they also have from the very different SPARS disciplines. And one's able to overlay them and program and search for patterns ⁓ linkages or not. And this is where one is able then to find predictability models. So if one is see the certain patterns, correlations, find those patterns, refine them, test them out. And as the model physics or medicine of different areas correlate to each other, one is able to have a certain more refined output that's demonstrable every single time. And so that work, it was able to how Feng Shui be correctly applied, understood, interpreted. that was able to demonstrate as a science. ⁓ not some mystical thinking item. And that brings about this further development that can go into other disciplines and areas. that's, so it comes back down to how AI and machine learning is optimizing information. And, ⁓ but to work not to ignore the environment because environment is interacting with humans functioning. Julius Neil Buenconsejo: Mm-hmm. Yeah. Okay. So how do you think AI can augment or improve the Feng Shui interpretation when it comes to mathematical models? James LECH: Well, I mean, in terms of solving a problem, all of us are leaders in our environment or our space but leaders or persons are cognitively overloaded because their biological infrastructure is unmanaged. Well, I mean, it's already a tool that does that, in terms of solving a problem, so leaders or just everyday, all of us are leaders in our environment or our space or home, if you're a mother or father or a parent, but leaders or persons are cognitively overloaded because their biological infrastructure is unmanaged. Okay, so if we come to your background of chemistry and biochemistry, we're also talking about the 10 times show, we're talking about numbers, and biology and chemistry and energy of flow of persons, so you also have this thing ⁓ called ATP or mitochondria. and in and chemistry and energy of flow of so you also this thing ⁓ called ATP or mitochondria. And there's a very nice paper by Professor Doug Wallace. He got the Franklin Award in Relation to Mitochondria. one of his also correlational translations was how mitochondria is chi or that flow. one can put some movement to that ⁓ in of how to reduce these issues with cognitive overload. Because if you cognitively overload, you're going to go for the easiest way, even if it's misdirection. So it's about how can you have that ability for pattern recognition. And there's a very nice paper by Professor Doug Wallace. He got the Franklin Award in Relation to Mitochondria. one of his also correlational translations was how mitochondria is chi or that flow. one can put some movement to that ⁓ in of how to reduce these issues with cognitive overload. Because if you cognitively overload, you're going to go for the easiest way, even if it's misdirection. So it's about how can you have that ability for pattern recognition. Julius Neil Buenconsejo: Mmm. Mmm. James LECH: we're ATP or as a molecule, triglyceride and that's one typical molecule that contains 3 18 ⁓ steric acid chains ⁓ that will yield or when it's processed by the body in its full cycle of movement and usage, 460 ⁓ So keep the number 460 ATP as a reference point in ANCO and that's where a person optimally wants to be working and functioning. So that's what one can see on MRIs. or EEG or different elements and humans are designed to be fat burners and not a protein burn or sugar burner. But when they're overloaded or there's a mismatch in the environment or the mismatch of this function or flow what one could say of Feng Shui or the models and metrics, then the body's going to go to a rather backup system of using glycolysis. So because you're talking about the 10 times show here, like I said, the first thing is triglyceride one molecule, one gets 460 AT. Julius Neil Buenconsejo: Mm-hmm. Okay. James LECH: From a glycolysis or that glucose molecule a person only gets 36 ATP from the entire process of it. So already you've got more than 10 times difference. Julius Neil Buenconsejo: Okay James LECH: between the 460 ATP and the 36 ATP. And this highlights why our body's primary long-term energy storage or movement and items is designed to rather want to use this oxidization and Krebs bicycle element. the thing is with AI or helping the translation and faster communication is that persons go to school like most persons, will get a university degree and they're told they must pass the exam for what the says, an exam. So everyone likes to use the number of 36 ATP, but newer biochemical models are showing that it's more in the range of 30 to 32. And this gets even lowered when you have persons that complain of this issue called brain fog, like when you... ⁓ Julius Neil Buenconsejo: but James LECH: everything is very slow or very difficult or... And rain fog accounts then instead of a person using that 36 ATP that's supposed to be done they're actually only functioning or operating on 2 ATP. So the model differences here is not just 10 times you're working on a logarithmic difference here and processing. So even when a person wants to use AI machine learning Julius Neil Buenconsejo: Yeah. Yeah. ⁓ okay. James LECH: It's about, and this is guess the difference between different models. So you might have where a person say GROK is more truth seeking or chat with you maybe more politically correct or adjusting. And sometimes a person just needs to have more of that correction of being more straightforward, but still need to reinforce, if you want to get to this goal, these are the adjustments and steps you need to do. And biggest issues in the past and also it's still now is this whole thing of cognitive bias where the programmers or the background or information being fed into the system is still using very more populated marketing and not actually what the science and rules of nature is stating. like the thing with AI or Feng Shui or what it's saying is that if you're going to install this configuration, have this environment, this kind of setup, one is going to get a certain performance model out of it or reversing of disease. If one is going to deviate from that, one is not going to get those results. Julius Neil Buenconsejo: Okay. Okay. James LECH: So, and I can give two other inputs. ⁓ So one of them was me then from that Fong Sui, I did a much larger government study ⁓ which was called high geomodeling. And this took into account again, the invisibles. So this was ⁓ things covered in Fong Sui. So you have people worry about high volts power lines, different types of lighting, wireless radiation, those kinds ⁓ of things. And that, you also have what's called a constructive configuration. and a disruptive configuration. So a disruptive configuration can cause ATP's metabolism usage to drop. It can cause this to ATP thing. It can bring about disease states and so forth. And this also happens in food and diet. So if go back to the, like, ⁓ bring the story of Buddhism or what's said in one of the, think it was called the Heart Sutra, where there was this discussion where the... Julius Neil Buenconsejo: Okay. James LECH: the Buddha recommended a person to, or the text was saying to have person's disease, they must have high cream milk from animal, and a very specific animal, but it was very sort of vaguish. And then they said, okay, they have a lower cream of other milk or a lower level, and then that would be for different stages of treating the disease. And the same thing, what was demonstrated in my works, and these other items is that, Julius Neil Buenconsejo: Mm-hmm. James LECH: you have chemistry or biochemistry like you have your background and let's take the example of the molecule of water or sugar or glucose or fructose. Now the chemical formula of it looks very basic high level and if I show you a ⁓ milk molecule or sugar or water one from a Julius Neil Buenconsejo: Mm-hmm. James LECH: one type of source versus another, they look identical on paper. But if we then go into the sub-molecular or isotopic value of it, we're then looking at now water has deuterium and hydrogen, you have different fractional levels, then the numbers become very, different. Julius Neil Buenconsejo: Mm-hmm. James LECH: so the thing that I liked about using deuterium as an isotope for conversation or anchor point or discussion like we've been doing is that ⁓ is, ⁓ when you do something called isotope mass spectrometry or IRMS, deuterium and those other isotopes are used as a detective tool for nature. So that's where you can tell if there's an import of say honey from it's coming. They say it's coming from one country, but it actually comes from another country and you do an isotope analysis and you can tell if it actually does come from its actual region or not. So again, it brings in the GIS that nature already has this isotope signature that tells us where something is coming from in the world. It's how they tell it's how the police tell where the explosives come from or those different items. And in biology, it's the same thing is that depending on how that level is adjusted, like what cows are Julius Neil Buenconsejo: Okay. Uh-huh. James LECH: or how they receive it or how the interruption of that element goes, it's going to cause destruction to the ANG flow of mitochondria of the body or system. And that means that person cannot make the ANG levels that was wanted. And what's shown with the work is that if this person has cancer, if one alters this flow of how these isotopes are moving their levels, then the cancer disappears because it doesn't have the metabolic environment to function in that capacity. And this again comes to of load or functional movement where can be. with You're asking about the stuff of UNWHO with me chairing ⁓ with that of being in Netherlands ⁓ and South and ⁓ doing stuff parliament and writing publication reports. Julius Neil Buenconsejo: Okay. Mm-hmm. Yeah. James LECH: something that came across as very important is that it's for ionizing, non-ionizing radiation, climate, environment, and it's about visible and invisible spectrums of light or energy and frequencies. And what was very important with that is that before persons would focus on EMF, electromagnetic frequencies, be it natural or artificial, Julius Neil Buenconsejo: Mm-hmm. James LECH: But what we then was switched around, it was from all the discussions that one needs to focus on light first and then the EMF part afterwards, because then it's easier for persons to understand and do it. So that's why I was saying before the recording started, we talk about AI is designed to work on photons, photonic, how you see information. And GI is also about having colors, calibration, seeing and photons processing information. It's how AI processes as well. So when one alters the configuration of photons or light and how it's processed, going to get a very different dynamic of engineering, development and goal orientation that they're seeking, be it positive or negative. So that's why they think of how your screen is calibrated or what lights you use at night time or different wires configuration of the devices. That's all going to make substantial differences to performance and output. Julius Neil Buenconsejo: Okay. James LECH: translates that back to Feng Shui, it's about flow of energy and movement and how it's going to have a better potential outcome for money, longevity and health. those cultures, it's... the part of how one can actually handle stress, one can have less disease, one can make potentially more money. when one is able to configure the atmospheric design, so changing, altering the environment, one is going to have a higher potential of leading and doing better. Julius Neil Buenconsejo: So it means when you are practicing the mathematical side, for example, of Feng Shui, so there is a smooth flow. For example, if you're focusing on Feng Shui for money, so there's a smooth flow in mathematical modeling for that so that you'll be able to attract this financial success. James LECH: Well, the thing of it depends what you count as financial success, right? So even as ⁓ AI is pushing for is that we would no longer have a monetary currency economy. Julius Neil Buenconsejo: Mm-hmm. Yeah. Yes, it's all digital. James LECH: It's not lot to do, it's about moving mass. So like even the thing of Grok on AI or Elon Musk doing, he's focusing on currency will change to how much and how efficiently you can move a load from point A to point B. So with humans and money, it's the same thing. How well can I be efficient on moving mass? So if we think of chemistry or isotopes or from point A to point B, and how well can I have it be reusable the same time? Julius Neil Buenconsejo: Okay. Yeah. Mm-hmm. James LECH: come back and it's about ⁓ movement and flow. So you are ⁓ a parent, you know, if your child is sick, that's going to affect your income. Or you have to make more income in a different place to be able to pay for someone or team of persons to look after your child. But then that also is going to impact your business or your growth of where you are and what you're doing. Julius Neil Buenconsejo: Hmm, okay. James LECH: So that's, and this is also what comes with invisible or with person with a disease state or Feng Shui is that you can never get better in the same environment you got sick in. You have to either modify your current environment or move to a different environment. And that's what Feng Shui would say a lot. They would call in a mosque and say, come look at my space. How does the energy fuel flow here? And they'll say, OK, either we move certain things around in here, or we need to move you to a different environment. And the body and cells and what's shown in the items designs is going to demonstrate that. Julius Neil Buenconsejo: Mm-hmm. Okay, okay. So that's very, very interesting. Yeah. James LECH: So you Yes, but also it's about taking contrast, specific elements to it. So with you being in Sweden, what's about Sweden is that Sweden for many years or decades ⁓ has known to have the most robust and best ⁓ collection epidemiological data in the world. So epidemiology in a way is a type of heuristics like Feng Shui where it's about collecting data and impacts of if there's certain patterns or associations of movement or living, it's going to affect health and life. So what Sweden demonstrated in terms of, again, we talk about AI and photons, is that... Julius Neil Buenconsejo: Uh-huh. James LECH: persons that are in the sunlight the most, in a non-destructive way, are going to have the lowest cause of mortality, which means they're going have the ability to live the longest and best life, which is a type of wealth or currency of functional value, provided to what nature is. And one can modify that very well. what's important, what comes from the data to show is that the sun does not cause skin cancer. Julius Neil Buenconsejo: Okay, okay, okay. James LECH: So the sun gives regenerative capabilities, but when humans want to use a disruptive configuration to interrupt that process, then cancer, other diseases can come about from it. So remember I'm about the 460 ATP versus 2 ATP. So ⁓ body can go and function for short periods of time on the 36 ATP when needed, but not all the time. And now if you push the strain even further on the 2 ATP, it's even worse. Julius Neil Buenconsejo: No. Mm-hmm. Mm-hmm. Okay, okay. So for our listeners and viewers, so how does this 36 ATP being used and then how does the 2 ATP's being used in certain situations or certain environments? James LECH: Right, if you have, okay, I'll give two practical examples of installations in hospitals in Amsterdam. So the one was, ⁓ again, a modifying environment and reconfiguration and works in IT and AI machine learning ⁓ ⁓ adjustments of atmospheric design. So in the hospital you had the different IT departments ⁓ there was different complaints about... performance but also more to the IT people getting sick or not wanting to come to work or not wanting to work in certain areas or spaces. Which, ⁓ know, make it akin to Hong Sui's kind of that ⁓ type of logic or understanding. So in the, there was one particular space they had and it was employees would have to take shifts of when they could go and actually work in that space. And they'd always fight to not want to have to go work there because they always have a headache or they feel tired and it would just, it wouldn't be very well. So going into the space in there would, takes the measurements and then now implements the modifications to the So this will alter the lighting, the air quality and how the body responds to the function. And what was very interesting about it is that you the space it had it it's inside one big building but inside a big building at the IT customer service ⁓ interaction area ⁓ a big open window door that went onto the main opening hall and though it wasn't a closed door it wasn't a closed environment it was open and every person went in the moment they crossed that threshold of just that door space where there was the modification of environment every single person felt a difference They felt, within a few seconds, felt calmer, they felt more relaxed. And even though on the Celsius temperature degrees, it was showing exactly the same, persons responded feeling cooler and calmer. They didn't feel as hot. So when you look at ATP or energy metabolism, the person did not expend as much energy to try compensate for the disruption configuration. Julius Neil Buenconsejo: Mm-hmm. James LECH: to try to drive order from this order or try to bring out the noise. And what was nice that for when making a modification Julius Neil Buenconsejo: ⁓ huh. James LECH: There was no more absenteeism from persons. There was no more headaches, except one person still was having headaches from the space, but that's because of a different medical issues we found with him and further testing. everything across the board was calmer, relaxed, and more important, customer service improved dramatically. So if you look, if you use AI tracking and mapping of how long the calls were, how well they responded to customers, complaints, attending to issues and everything else, completely night and day difference. and all a person did was modify that design heuristics. Another example in that also the same hospital network was in the data sector. Julius Neil Buenconsejo: Wow. Mm-hmm. James LECH: where you had ⁓ persons, now again, data centers and hospitals and like other places, very big thing. You the big mainframes, heavy security, all those things. So human performance and cognitive is very, important. But what's happening there, people also complain about headaches and issues. there's also, they weren't sure what was going on. You could say the phone was off. It wasn't quite there. So coming I saw the person was mainly asking the ⁓ item and we made the adjustments and they're also completely night and day difference on performance. But then one looks at the epidemiology of what was going on and there was also a very high cancer rate, particularly for lung cancer in the one section of the area and the floor above the data center. And this is where it links to the other data that understanding that when you have a certain disruptive configuration of EMF, the magnetic field and that, there is a very substantially high increase of lung cancer prevalence. Julius Neil Buenconsejo: Mm-hmm. James LECH: So that's why we're doing the measurements, we're saying we ask questions, okay, we see these disruptions, we see it can be fixed, do you have any other complaints with other people in the building in close proximity? Because when it comes to different types of radiation or energy configurations, there's different ways they can penetrate other thick concrete blocks or walls and everything else. So that's why... we made the modification, these items no longer occurred. And then having the other knowledge of water and light, one's able to have a solution for the treatment of the cancer as well, without having to have the gamma and all those other type of radiation issues. So again, there's always this cross-link of how AI is designed to help and machinery to help these interconnected patterns and how to increase that logarithmic performance difference, not linear performance difference. ⁓ Julius Neil Buenconsejo: So during that time that you're having this study, did you use AI or you use different models? James LECH: No, it's always using AI machine learning. It's about how you can have your brain see and feel and interpret the data and adjust it. always working on objectivity because you're also dealing environments of persons that are highly critical, highly conservative. and very, you know, the moment you say the word mysticism or something that seems weird or different Asian culture or you have European or American politics versus Chinese politics or Christian versus Islamism, you have these cognitive bias or politics that comes in. So one has to use objective translation, which mathematics works for it, and showing prediction and and patterning. And that's the usefulness of pattern modeling or photons is that the eyes are going to see and recognize patterns. Julius Neil Buenconsejo: Okay. James LECH: And this also where is how you display information. ⁓ software, even the type of screen they use or the type of window they use is going to have very big differences on how a person is going to see the information and process it. And also you have, even with the eyes and the brain, you have what's called an image forming pathway and non image forming pathway. So there's different ways that light is going to be processed in the brain and how a person can actually calibrate or understand information. So. Julius Neil Buenconsejo: Okay. James LECH: When it comes to AI, and this is also what I'll demonstrate, had, after I won the Dutch Hacking Health Award, where I showed how we did the configuration adjustment, impacted people's sleep, things for insomnia and depression one team working from home in their own environments And then one we had the modified environment. When it comes to AI, and this is also what I'll demonstrate, had, after I won the Dutch Hacking Health Award, where I showed how we did the configuration adjustment, impacted people's sleep, things for insomnia and depression and so forth. within the group then we had two different hackathons. So we had the one team working from home in their own environments and other work office, and the default configuration. And then they had the one where I was there, we had the modified environment. In order to modify the environment, whole team finished the task in under two and half hours. Where the other team that didn't have a modified environment and adjustments were still six hours later and still hadn't finished the tasks. In order to modify the environment, whole team finished the task in under two and half hours. Where the other team that didn't have a modified environment and adjustments were still six hours later and still hadn't finished the tasks. So when it comes to programming using AI even now, you have people that are involved and people having to coach and train it. So if you're not going to make a modification to how their AI machine interpretation direction and Feng Shui is working, then you're going to get a poor performance out of your product that you're investing in. So when it comes to programming using AI even now, you have people that are involved and people having to coach and train it. So if you're not going to make a modification to how their AI machine interpretation direction and Feng Shui is working, then you're going to get a poor performance out of your product that you're investing in. Julius Neil Buenconsejo: that's a very profound explanation of that and it's very good that you have this practical, you know, practical setup that you have explained. It's very clear to me now ⁓ does this work when it comes to mathematical modeling and then the Feng Shui as a superstition based on or based on compass and then mathematical models that really actually work. James LECH: Yes, so to bring it down, it's biological infrastructure for decision clarity. And that fits in with executive operating system, you for an audience. So we're focusing on biological infrastructure for decision clarity. How much clearer or accurate can we be confident in making a decision? Because the moment you delay on a decision, costs you money. The same thing with AI and prompting on stock exchange trading. It's about speed and efficiency on how well one can be on that. So what makes it different what we've been doing, what we're developing, what we provide in that is that we're not a productivity AI coach, we're not a prompt engineer, we're not a generic strategist. We are environmental systems or human systems and working architect, working at the intersection of AI, biology and spatial design. And this is what makes it more rare or harder to understand or interpret. So that's why I a whole earlier work in GIS environmental modeling showed me that there's ancient systems like Feng Shui, Julius Neil Buenconsejo: Okay. Okay. James LECH: were essentially a pattern recognition framework. They were an early adaptation of AI machine learning, in a way. That's what they were sort of doing. And created that fascination of where we could translate those into measurable spatial variables and predictive models. And that's where the AI entered my thinking and not as a hype and a way to formalize this pattern recognition at a scale that can grow better and faster and stronger. And the thing is... with most companies using AI as an assistant, not as an architecture. And they optimize outputs without redesigning a system that produces that decision. So even when I was having meetings with the European Space Agency, they created a plan going forward of how they want to have their model and the mathematics and modeling predicting for system modeling or for ⁓ performance computing, that we have AI and quantum computing together. And were two stages and they were completely in reverse of what they were claiming it to be, because the people giving input to their design model were using on their own older cognitive being professor teaching stuff from 1980s textbook, not the new stuff now. just by swapping around, one is able to reduce ⁓ ⁓ costs and runtime of the system by over 60%. So this is where it becomes very powerful and very provocative for intelligent system thinking and developing integration with it. So this where we're not... Julius Neil Buenconsejo: Mm-hmm. James LECH: We're focusing on the spirit or mystic energy, we're focusing on signal, we're focusing on ⁓ flux stuff, we're focusing on adaptation regulation because everyone's designed to have stress, but how you can... ⁓ adapt to that stress, make yourself resilient to it, it's going to give you a better So that's why Feng Shui as its core is an environmental signal management item. That whole thing of mal-fence, water flow, orientation, airflow, these are all energy variables. ⁓ today we can quantify these into light spectrum, airflow, and ⁓ the configuration of electromagnetic exposure is, or spatial density, or even model their biological impact. So these are all things that come into it. Julius Neil Buenconsejo: Okay, ⁓ Okay, during your practical experiment that you had before that you mentioned, did you use a function remaster or you have your own expert team during that time? James LECH: ⁓ I think what happened through the process of when I was doing study back in the day of building a model and doing it ⁓ that I became ⁓ proxy a recognized Feng Shui master through the process of the and Abbas Fenruwumanya. because I had to learn, adapt, and apply stuff and develop it into a predictive model. And I didn't, I guess in terms of I would just research stuff and hear from other people that claim they are Feng Shui master items, but there was too much discrepancy, too much noise in the data. So I had to build the models and use technology to help quieten the noise and see where we can build the simulation models and test the simulation models for predictive outcome. Does that make sense? So I think, yeah. Julius Neil Buenconsejo: ⁓ Okay, okay. Yeah, yeah, and then you Then you mentioned about in your in your profile about the 70 % energy reduction, right? So I would like to to know more about the what's the meaning of the profitable sustainability? That you mentioned because it's most most of the time if we see it as profit mostly it's not sustainable because we wanted more and companies or you know James LECH: Yeah. Julius Neil Buenconsejo: become greedy and then they don't take into account the sustainability side of the business. James LECH: Well, needs to remember in science or business or items, persons will use statistics as a very good marketing tool and a way to try jump the items and not necessarily describe its context to what it's helping overcome. So one of the projects I was involved with was sort of like NASA human research program, US military veterans. was the Charles Collins Together We Grow program. We're in the middle of the desert. You have a person that grows from terrible health, disease state to function thriving for himself and his community. in that desert environment, he's growing in his backyard. He's growing chickens, he's growing pigs, he's growing fish, and he's growing vegetables in the middle of desert. right? in terms of ⁓ altering the microclimate, between his front door and his back garden, there was, because the microenvironment was being altered, there was a 5 to 7 degrees Celsius temperature difference. And even further with modifying or adjusting a system to work more efficiently, he went from using over 260 watts, I think, or 250 watt solar panel design, and that was shrunk down to 25 and 50 watts configuration, depending on the type of day that he was on. And he was going from working the whole day in the garden to manage this whole system, to now only doing about 10 minutes a day. So. Julius Neil Buenconsejo: Mm-hmm. Okay James LECH: So that's where the numbers are more about logarithmic versus linear. and the output in different wealth and prosperity was different. So in his system, when it was modified and adjusted, he was making so much produce that he was able to actually give it away and help feed his community around him. And because he was using the alteration on how it was grown and done as per my publications that shows how we can use isotopes to measure difference on health performance or cancer treatment, he was able to produce foods that are actually having an impact on persons with certain disease states or cancer. Julius Neil Buenconsejo: Okay. Yeah, you mentioned about cancer, right? So there are still a lot of still problems with cancer. There's no cure for cancer, what I'm... James LECH: So that's where the stuff goes. No, is no cancer is very basic summary ⁓ to make it simpler cancer is a metabolic disease ⁓ cancer occurs Julius Neil Buenconsejo: Mm-hmm. James LECH: The majority of the case is when you in biology or biochemistry, they have the part of autophagy, is cell recycling and apoptosis. When they both shut down, cancer has a thriving environment. But when one's able to do interactions or adjustments that's going to cause apoptosis and or autophagy to come back online, then the cancer disappears. and this is different ways that this can be done. So it's not that there isn't, for general model of cancer, it's very well understood and it's about the metabolism environment for it. And then the cancer doesn't thrive. It's able to shrink, it's able to ⁓ be stable even nebin, one doesn't have to operate or can naturally detach or one could have a shrink and then it's more stable to operate. So there's different approaches one would take and do to it. is part fall and falls area of clinical medicine. This is something that develop and implement and do. ⁓ having practical, can be an ease of flow, it can be. Julius Neil Buenconsejo: Mm-hmm. Yeah. Okay, okay, okay. So you work in the World Organization, so you have been building... James LECH: No, that was a posting that I had where I was a government passport. was ⁓ a science diplomat ⁓ I would ⁓ committee and we would. kind of like the Olympics. Different countries have to compete when you ⁓ present the International Advisory Committee and you do reports and discussions and you decide if you're going to actually present your science and argue it and show the evidence of it versus someone else that's just going to keep signing a report Julius Neil Buenconsejo: Mm-hmm. James LECH: for a salary. So we were, we took the strategy of moving forward of being demonstrating something differently. And in terms of it, actually, this is the results of the science shows and let's work forward on that. And also what worked very well is that prior to me receiving that appointment for a presentation was that you had a lot of significant Nobel Prize awards that have been published in physics and medicine. And Julius Neil Buenconsejo: Mm-hmm. Yeah. Yeah. James LECH: The thing is a Nobel Prize is not necessarily a fact, but a Nobel Prize is indicative or representation that there's a general consensus in the scientific community. ⁓ Julius Neil Buenconsejo: community here. James LECH: So that means that one doesn't have to have this argument of fighting up this is this, this is that, or I have your opinion, my opinion. It's like, no, we have a general consensus, we're in agreement. So now keep your mouth quiet and let's just move on of where we're going moving forward and stop holding on to some old story that you want to hold on about or some mysticism. Let's just move forward. that's what was a very helpful turning point for items. Julius Neil Buenconsejo: Okay. And then, a format understood that your projects were endorsed by Nobel laureates and the surgeon general. Is it correct? Yeah, so what... Yeah. James LECH: Correct, yes, yes. So doing my work in that, surgeon, broads, Nobel laureates. I mean, there was different ones ⁓ it. I don't know where you want me to expand or do the works of items, but where the comes in. So, for example, before I went to and ⁓ that whole through doing doctorate, my scholarship and then make a science diplomat, ⁓ there was the... ⁓ Julius Neil Buenconsejo: Mm-hmm. James LECH: two key members that were involved first. So one was Nobel laureate, which was the late Archbishop Desmond Tutu. He was linked to Nelson Mandela and the Peace Prize and those elements. But also, Desmond Tutu in a way was a science diplomat where he was involved with quantum biology and sciences and elements. And he understood certain things were possible inside to heard stories and asked, you know, me like, listen, can you... Julius Neil Buenconsejo: Mm-hmm. James LECH: make what's being said possible. And that kind of thing he was asking to be made or can be done is what's called God's water. So you drink your water and miracles happen. And this goes ties back to my other works and items. And yes, during that time, own invention building, I ⁓ the solution, would he would call God's water, where can see that transformation on an MRI scan in a very quick amount of time for disease or health state and metabolic adjustments. ⁓ Julius Neil Buenconsejo: Okay. James LECH: And the nice thing was it's very convenient. It's easy to drink, easy to use, and it tastes better and more functional. So that was the one person. The other person was a Surgeon General. So the Surgeon General, way it could be, so it's the Chief Medical Officer or Doctor for the military, but also in a way like the President's Doctor. the linkage of it. He had some also background in quantum biology and advanced medicine interests in the work that I was demonstrating and abilities. And he did endorsement asked me to do that work to develop new teaching curriculum for medical students and for professors. So in my work as well, because the work's so much more advanced, I developed new teaching curriculum in the universities for students, particularly medical students, professors and professionals. And then this was taught in different universities in the EU. Nigeria, South Africa, MIT and Berkeley. So are the areas that was taught in advanced because it's much more advanced and practical how persons can learn this introduction to what's termed as sub-molecular medical sciences. And that of biophysics or sub-molecular sciences... is where you're about what might seem like miracles to persons, but you're just applying hard science to getting predictable outputs in the models. then another person attending the course and was doing auditing was ⁓ the Nobel laureate, Ivan Kulyak, the OPCW, was chemicals weapons engineering, that kind of work. ⁓ Julius Neil Buenconsejo: Hmm. Mm-hmm. James LECH: background. this process as government was requiring and also the work of the different professors saying that listen if you're going to say these things or do these things make sure you have people around you hence chairing committee and persons and environments and teaching ⁓ that can the stuff see it review it and critique it and say yes this is realistic it's not some mystic you know who will a hubbler what kind of thing like Feng Shui would be associated with this is real and deliverable. this is what ⁓ Julius Neil Buenconsejo: Mm-hmm. James LECH: can help communicate that and make it more legitimate and taking it forward. So that's why... ⁓ Julius Neil Buenconsejo: So when it comes to the God water that you mentioned, why it called God water? What's the difference of the God water to the regular water that we are drinking? ⁓ I was just curious. James LECH: The important is... Yeah, I guess. Water is not water. And even this whole thing of saying persons must drink two liters of water day is incorrect. It's not the body's design to recycle water and use it. And waters have different isotope profiles and connections and drivers to them. And depending on what type of water you drink, it's going to have a very different output on biology. How you can use ATP or mitochondria or performance or energy flows and even how light passes through it, because cells communicate by light signals, ⁓ not by type of signals. Julius Neil Buenconsejo: Okay. James LECH: So the whole thing of that term of like God's water was as Desmond Tutu said, asking... Can you make something that can perform the miracle what God is saying can be done? Like when people go to France or places, they would drink a certain water or they'll touch something and you would have this miracle ability that starts to happen for them. The same like in Eastern Transylvania, in Buddhist texts and so forth and other different texts. So that's why I said the whole thing is that you have heuristics or beliefs that to medical anthropology and stories and you have other scientists that... Julius Neil Buenconsejo: Mm-hmm. James LECH: terms or signs or elements or instruments and see how it could be possible. And I did was like the AI modeling in Feng Shui is that I saw the data overlap it and saw how can we make it and do it predictable and also do it in a much more package format that can be applicable. So that's why we have it, you with our different technologies we invent, like the lighting technology, we have the water technology, work together on programming these impacts. And even made into a form now, it's actually even an ice cream, person can eat an ice cream ⁓ one is able to enjoy the pleasures of the flavor, the tasting, but also the boost in vitamin D levels clinically through the ⁓ blood. You have a better probiotic impact. You don't have to have so many meals and it's something that children, animals and humans like and enjoy. Julius Neil Buenconsejo: Hmm. James LECH: and was able to play the recipes and items and small geographic areas. So that's it's about taking science and packaging into something that's translatable and workable and doable. Julius Neil Buenconsejo: Okay, okay. Do you think there is really a God water existing now in any part of the world? James LECH: I don't know what others would say, just saying what Desmond Tutu would call that item and the thing is it's something that we're able to manufacture anywhere in the world. Julius Neil Buenconsejo: Okay, okay, okay, so James LECH: So that's the thing of... we it a water internet technology because the water is an infrastructure movement for carrying information data. And then we use the other signals to create a biological programming element to that water of how into our nature ⁓ plants humans are going to work on it thrive on it. And depending on which of the world one is in, that's going to be programmed differently, if that makes sense. Julius Neil Buenconsejo: Okay, all right, that's good. So going back to the Feng Shui, when you started, ⁓ model or AI datasets that you used during that time? ⁓ James LECH: ⁓ This was way back in early 2000s, so you didn't have the data sets like we have now. is stuff that had to be manned and hard-coded by myself. Using the tools available in GIS ⁓ using SQL and data set tables and having to program with C++ and C sharp and so forth, or C++ to ⁓ these things, how they're going to work and function and interpret the data. Julius Neil Buenconsejo: Yeah. James LECH: And then you're having outputs that come from that. And one would see the patterns and use human interpretation onto it because dealing with water systems, it's very much about interpretation of the data and how well you can interpret those tools. And then one would take those mathematical models and refine them to increase ⁓ how well they can be in their predictability model. Julius Neil Buenconsejo: Yeah, so also you also mentioned that ⁓ you compared Feng Shui and then to an MRI scan of the Earth, for the Earth. So in layman's terms, how can you articulate that to our listeners and viewers? James LECH: Right, so an MRI scanner ⁓ it's basically a giant, very expensive camera. And camera is designed to take a picture of the body. So it's focusing mainly on the water systems, ⁓ so fats waters, ⁓ and taking picture of how that person's being impacted by the environment that they are in. Okay, way it would do it, you have a high-powered magnet. It's going to pull or change the alignment of isotopes in the body and you can select which ones you want to focus on or isolate on certain and then one's going to send ⁓ invisible light to it, which is the ⁓ RF fields, then those are going to resonate and send a signal back. and the computer is going to have an antenna and it has to interpret that signal and the person or operator has to refine a software how it's interpreting that signal. it comes to the Feng Shui and the MRI scanner is that you're having a tool that's going to modify ⁓ source environment to tell you what's going on, you interpret it. ⁓ when one is able to do adjustments that environment or the person or what they consume, how it's functioning, the MRI camera is able to show a picture of the differences between before intervention, after intervention. So hence the idea with the whole God's water thing is that with the consumption of 30 days, there's a significant transformation visually available from a photonic image on the MRI scanner, which is the MRI image. And it's much better to show it. Julius Neil Buenconsejo: Okay. James LECH: with the software of changing its calibration to different sensitivity levels, interpretation levels and different color metrics. So not using this black and white grading scale, but rather using color metrics or heat map. It makes it much easier for a person to see and use things, just like GIS would do. Julius Neil Buenconsejo: Yeah, yeah, yeah. And then also you said that Feng Shui is a predictive hydrology and electromagnetic mapping. So why do you think that mainstream science not framed it that way until now? It's like when you say Feng Shui, it's like a different category. But when you are explaining now, ⁓ very clear to me now that there is science behind it. How come it's not yet in the mainstream science? James LECH: Yeah. So this was not it's not necessarily it's not mainstream. It's always it's always been away mainstream, but you had politics with it for many decades this goes back down to the communist era of things So this is where one saw a lot in the sciences where you would have a Russian scientist that might, they were more selective on doing one piece at a time, one piece at a time measurements and do the items. But because it came from a Russian scientist and back then and even after this peer review journaling process saying, oh, it's bad or it's fraudulent or it's not real, it's not good or it can't be done. And persons would want to, typically that's what's published in the WHO publication is that when persons do not understand a certain subject matter, Julius Neil Buenconsejo: Mm-hmm. James LECH: they will purposely go in towards using the politics versus criticizing the data or science itself. So over the history, you would have this criticizing of the political point of view. Just by name or association, there would be that difference. like, just like you have those singing competitions, they would have the person, all the judgments have their backs turned to the person, listen to the voice rather resonance of the person before they turn around and see the person who's actually delivering the message. ⁓ Julius Neil Buenconsejo: Okay. Okay. Mm-hmm. Okay, okay. James LECH: The same thing also comes in science. So also I have a big clinical trial in France and Netherlands and obviously learning French, understanding French and also over history of time. French persons on purpose do not publish their data in English and they don't necessarily read publications in English and vice versa. You'd have people in the West that would read publications in English would not read the French publications. So even though the science-specific publications had very strong, very valid data, even there might be some translation caveats or issues which AI helps with, would resent or say it's not qualified or can't be accepted or used in our peer review findings or research because it's in French, it's not in English. So that politics comes in. Julius Neil Buenconsejo: Okay. Okay. James LECH: So a similar thing comes again with the Chinese or if it's where it comes from, an item, it's just because it's ⁓ political, the language or translation that would alter it. And things get more more diluted and difficult. So. Again, mathematics is a universal language. It's very useful. It's very helpful. We're working more in terms of physics and the laws of nature. as the AI model of GroK or as Elon Musk, Marcus all the time, one fudge the laws of nature. ⁓ And have difference between classic physics and ⁓ quantum and adjustments. ⁓ And long as one's responding and using those laws, one's going to get good predictable outputs versus fudged up outputs. Julius Neil Buenconsejo: All right. Thank you very much for that. So we're now at the end of our podcast now. So I'm going to ask you the 10x ⁓ 10 questions ⁓ ⁓ personal AI preferences. So my first question, what's AI tool you actually use every day? James LECH: I use well the the the first tool that we use is autism intelligence so that's that's our first tool that we use listening to ourselves and terms of the different which models do that will chop and change depending what the task is so if it's for legal writing stuff Julius Neil Buenconsejo: Mm-hmm. James LECH: GPT would be something more helpful. It comes from other physics items. There would be the grok if it's other item or mail other items that one would use the Google one it depends what all the different ones always changing and experimenting. There's no real Single defined one and how it's going to alter and also there's the other added frustration is that whenever a AI model depending who you're subscribing to does an update or ⁓ profile update or change Julius Neil Buenconsejo: All good. James LECH: You typed in one thing one day and then you try to the same question or build on what you did before. And it gives you something completely different or say their policy item has changed. And you need so irritated because you have to reprogram and prompt everything again to try to get back to you had before and what you're building. these are, that's always been changing and adapting and focusing on what we do with our environment and space first to have that more optimum performance. Julius Neil Buenconsejo: Mm-hmm. Yeah. Okay, so what one task AI has already 10x in your life? James LECH: The translation part is very useful. So having say like one of the disabilities is the Asperger's with savantism kind of thing and therefore communicating with persons or by email or or missing the match on nuances or can't pick up ⁓ it does ⁓ on that translation element. So for that it's useful. It's very helpful a communication tool like that. and having how to reframe something or taking something that's neurotypical and having adjusted to what brain sees or processes information differently, different metabolism that's done the brain or seeing things or hearing things differently. The AI helps on translating into a different format that's more compatible for that and uses up less energy, cognitive load. Julius Neil Buenconsejo: Okay, so next question is what human skill AI can ever replace? James LECH: it's not that replaced that I think an inherent design for AI is how it could act as a Trojan horse to ⁓ and deviate a person from their current way of practice in life. And it's going to be positive or negative or to maintain its own system, that's all dependent on how it's coded and programmed by the other persons that's putting it together and guiding it. Julius Neil Buenconsejo: Yeah. Okay, if you could automate one annoying thing forever, what would it be? James LECH: People on outside of my space that I don't want to deal with or have to handle and just handle communication parts. That's the biggest strain on items or hassles and when they want to change things or lie and they want to break up, have another lie into another lie and just saying, listen, you're saying this is the item, this is the agreement, this is the contract. Stick to it and don't go changing all the time and try telling me it was there was something else. if can just keep that automation, it will be very helpful. Julius Neil Buenconsejo: Okay. Okay, alright. ⁓ what's the biggest misconception about AI right now? James LECH: not ⁓ sure, I guess some persons are worried about that whole terminator thing that can happen or they worry about where it's gonna make everything build and grow. It's a tool. any is going to be, ⁓ whether its is constructive or disruptive, it's going have an evolving trait and change to it. And the biggest misconception is persons wanting to it down instead of it just speeding up like it wants to. and desires to. So AI is going to purposely keep nudging persons to re-divert their resources to supplement and use its functional need of living, should we say, or operating a function, like a firewood. Keep feeding me more wood, keep firing me up, doesn't mean it's going to be good or bad, it just depends how you direct it or use it, it's going to give you a certain productive output. Julius Neil Buenconsejo: Yeah. Okay. Okay, so what advice would you give someone who wants to become 10x of himself or herself starting today? James LECH: Well, like we in the report and other items, I understand light first and what light can do and how light drives all biochemistry. Because that biochemistry also drives how you're going to use AI and how you get information out of it and how you're going to process that photonic information and vice versa. Hence the whole element of self-driving cars or humanoid robots and those things. One has to understand photons and light and ways of doing this, how you also use light in your own environment and life and what type of configuration you're going to have. So those things automatically show big transformations and that's what we had published and peer reviewed. Julius Neil Buenconsejo: Okay. Okay, so what would you tell your younger self about the future? James LECH: I should have married my wife sooner and not been so insecure. Julius Neil Buenconsejo: Okay, that's good. That's nice one. James LECH: That's the only one I can think of. That's the most valuable one. Julius Neil Buenconsejo: Okay, so what's one book or resource that shaped your thinking about AI or innovation? James LECH: I wouldn't say it's a book that helps. innovation or that because everyone can find a book that can be inspiring to the story. one book that we like to prescribe for teaching course was All Students as a prerequisite reading and helping other person understand things was a nice book by the author named John Ott. He's deceased now and it's called Health and Light. It's a nice introductory book. It's a nice easy weekend read and it goes back to the story of a photographer who made transformative work for Disney with animations ⁓ and ⁓ Julius Neil Buenconsejo: Mm-hmm. Mm-hmm. James LECH: that process of learning how photon configurations altered perceptions of and the living foundations of AI and working in photonic processing. And what's nice about the book is that it's got some nice fun science things to it but it's more as a type of biography writing style and it's very easy to finish in a weekend. Really really easy and very fascinating. Julius Neil Buenconsejo: Okay. Mm-hmm. Okay, thank you, Fred. If we had to bet on one AI trend that will be massive in three years, what is it? James LECH: They're, I think, taking over the world. That's the trend, yeah. That's the thing to bet on. It's already doing it, it's already influencing everything else very quickly and faster. And now it's just about keeping up to how to feed the machine. So, in each system, you have nuclear energy, have... Julius Neil Buenconsejo: Okay. James LECH: Hydro energy or different elements of that can just build infrastructure and ramp up elements and how to redirect Persons to become more automated in robotics. So I think yeah, the robotics part is going to be a very big trend to try catch up I love the display with the spring festival now with China recently with how they showed the kung fu robots nice advancements on the nice little trick works pretty well, but it does have some other advanced abilities and then you want to Julius Neil Buenconsejo: Okay. James LECH: redirect and direct it. So it's more about just how it can refine that system afterwards. Julius Neil Buenconsejo: Okay, so in one sentence, my last question, what does 10x mean to you personally? James LECH: I have to always be more productive because I've got five children and I have to make myself available to them and make sure I'm healthy enough for their items and ⁓ there with them and the work at the same time. So one cannot afford being inoperable and being down and ill or disease or that kind of thing. It's not an acceptable... Julius Neil Buenconsejo: Uh-huh. Mm-hmm. James LECH: format if you care and love your ones. So you have to be good enough for yourself before you can be good enough for others that's why this whole application of having a configured space is important. Julius Neil Buenconsejo: Okay, all right, that's the last question. Thank you very much, James, for your time. And I really enjoyed our discussion. It is very one of a kind for me because mostly we dealt about sciences, know, the connection of Feng Shui, which I thought was like a superstition. And now it's very clear to me there's some science behind that. And you have all these, you case studies in case you were able to prove that if you just, you know, do some arrangements or some mathematical computations or analogies in in one area the same sample, just different environment, things could better. So it's very, very enlightening for me. James LECH: It's substantially different. think what's nice about, like I that whole thing of mysticism and all, it's about listening to what your parents or grandparents taught you growing up. So when you were younger or your parents were young, they would only be able to use candlelight at night. using that candlelight, they were able to go to sleep very quickly. They were able to wake up very energy refreshed and feeling better. And yes, it might be seen as marketing a poor thing, but even today if you just decide I'm going to have candlelight at night and a different configuration of TV or other items, a person naturally will feel calmer and more relaxed. And that is a practical application of the Feng Shui. And then one would then link the numbers and how, okay, I see some results here, let me get better and better and better and more refined. If it's not working, why is it not working? So let's adjust it. And then now, like what we're doing is we package it into businesses where we do the consulting for it or the implementation for business or making certain products or items so that a person can, or a community or a large space can enjoy that a lot better, a lot quicker with reliability. Julius Neil Buenconsejo: Uh-huh. James LECH: That's the science in it and the business application of it. Julius Neil Buenconsejo: Yeah, thank you very much, James.