Diseases are adaptation to changes in energy resistance, e.g., cancer is an emergent phenomena of resistance changes accumulating over time. Energy resistance isn't a singular state; it's a dynamic state. Cure diseases by addressing the energy resistance changes instead of focusing on molecules like cytokines Nirosha Murugan, PhD: "I want to emphasize the adaptation to energy resistance, I think that will help ground this. I bring up cancer again because it is a problem that we really don't understand if we just look at it from mutations and p53 expression. "You mentioned that if you had high energy resistance chronically our bodies adapt. Our bodies are very good at adapting to inflammation, so if you had chronic inflammation, because there's resistance in our bodies from whatever we're doing, because of food sources or mutation increases, I think this is one way of looking at how resistance accumulates over time and causes emergent phenomena like cancer. So I think" Martin Picard, PhD: "this frames diseases as adaptation to" Nirosha Murugan, PhD: "energy resistance, right, or modulation of energy resistance. "And I think the biggest takeaway here is that energy resistance isn't a singular state; it's a dynamic state. If you view our physiology and the imprints that, we see which is cytokines molecules, hormones, whatever, and we just create therapeutics to modulate those imprints, then we're not going to really address a problem. We're just addressing the accumulation of that resistance. We're alleviating maybe temporarily, but it's not really getting the underlying cause of the energetic landscape. "And I think thinking about it this way also makes neural tech become more feasible. Thinking about complex processes like longevity, aging, that isn't a singular signature of molecules become realistic into how we understand it. "And then we can scale this to even something more abstract like consciousness as a flow of information, flow of energy resistance with and without our environment included becomes more realistic, and to having discussions around thinking it this way. "So I think understanding our system, our physiology, isn't just this molecular landscape, molecular machine, I think is where we started this conversation with, but as a flow of energy that's imprinted in a chemical signature is a good way of reframing how we think about our bodies." Martin Picard, PhD & Nirosha Murugan, PhD with Nick Jikomes, PhD @ 01:55:51–01:58:08 (posted 2025-10-29) https://youtu.be/GiwDfsIgziA&t=6951