B (33:30)
Oh, thank you. Yes. This is what my whole TEDX was on. And I was going to do an inspirational thing, which you all got in the first part. Part one, that was girlfriend wine mode. Right. And so when I was doing the TEDx, they said, we want someone that has an idea worthy to be heard. And so they want unique ideas, unique contributions. So I started doing research and that's how I found polyvagal theory. And as I was looking at the polyvagal chart that describes all three different levels of our nervous system, I saw something very interesting. I saw in each, in each of those states are specific emotions that you are associated with that state. So, of course, in your fight and flight, you've got all the anxiety emotions or all the anger, irritability emotions. But in the shutdown state, the dorsal vagal complex, it had the word shame. So I was like, wow, shame is associated with our shutdown. What is this? And then I did a deep dive and I discovered that. That what happens is all three of our states are informed by our neuroception. So think of the antiviral where you have on your computer, it's always running and it's looking at inside the computer. How is this computer operating? Do we have enough batteries? If the battery's low, it will alert you. It will shut. It might just turn it off, right? So it looks inside our body. Neuroception similarly looks inside. How's our breathing, our heart rate, our blood pressure? Do we have pain? Is something off here? And if something is a problem, it will shut us down or it will power us up, create inflammation, do what it needs to do. It also looks the computer, the antiviral wear looks at. When you go to a Internet site, it will say, is it safe? And you just enter, no problem, or is there a problem? Hit with this. And then it will send you an alert. You know, are you. Do you know this website you're going to? Are you sure you want to go there? So our neuroception is looking outside. Are we safe to enter this space? Is there something wrong here? Then it also looks at the computer, like right now we're talking. If we were on Zoom, we would see these bars on the bottom. Maybe it does it here too, where we'll have green bars, yellow bars, or red bars saying, hey, the interaction is great. Everything's flowing just as it should. So when we're talking to other people, our nervous system is reading their nervous system and vice versa. And it's looking at, how are we doing? Is everything just as expected or is something off? So we might get yellow bars that say, this isn't the greatest connection. Or red bar saying, we might be out here in a second, right? So our neuroception is looking inside, outside, in between 24, 7, just like the antiviral wear on our computer. Now, neuroception pays attention to very specific things. It's looking at our eyes, the expression of our eyes and. And our eyebrows. Our eyebrows inform neuroception a lot. Have. Have. If somebody has dogs, and maybe you have dogs. I know you might have heard the saying, the tail tells the Tail, right? So we know that dog. The tail of the dog will let us know, is it scared and it's underneath its belly. Is it alert and it's straight out. Is it happy and wagging? You know, and so we can tell what's going on with the dog based on that. Well, our eyebrows are our tails. And so if I see you and I go, hi, Tracy, and I give an eyebrow pop, you know, that's the wagon. I'm so happy. And if it's frowned, you know, and it's scowling, it's like, what's this thing? If you raise one eyebrow like this, what's this thing? I'm thinking, right? So we rely on this a lot. Now, some dog breeds, they dock the tail, they cut it, and it will give it a permanent aggressive look, right? That is what Botox, I believe Botox does to us. When someone's eyebrows are Botox, that's docking our tail. This is. This is my own. My own theory here, or how I put it all together. So it's looking at the mask area. Very important. It's listening to the voice. Does the voice have lots of intonation, what we call mother ease. Like, if you think about when you talk to your dog or your loved ones go, hi. Oh, how are you? You know, you have all this warmth to it right now. It really likes that when there's lots of warmth. Warmth. And part of that is because when we're in that parasympathetic, the peaceful, calm, ideal place in our nervous system, the ventral vagus nerve is related to that state. And that nerve is connected to our facial expressions and our throat and our vocalizations. So when we're peaceful, we have lots of tone and warmth to our voice. But when we go into a fight and flight state or into the dorsal vagal complex shutdown state, now the dorsal vagus nerve is activated. Ventral vagus nerve is not activated in the same way. And this is a very basic, simple explanation. I'm sure there's a neuroscientist listening. They go, well, technically, okay, so. But, you know, gives us an overall understanding. And for that reason, our vocalizations become flat and monotoned and our facial expressions are minimal. Our eye movement is. Is limited. So our neuroception knows that. We don't know that, but it knows that. So if it hears your voice be monotone, it's going to go, what's going on? Something's wrong. If your face is not very expressive, think of wrappers like. Like when you see them interview, they got the Flat face. They're talking all monotoned. Right. That is a docked tail that is saying, you know, you need to be alert. With me, it's I, it's communicating a, a presence that we must be aware of. Right. We will get that if we're stressed. I have pay attention to this a lot. When I'm stressed, my voice gets very monotoned and also a little hoarse. Hoarse. And if, when I'm happy, I don't have that hoarseness and it's got more depth to it. So you can kind of pay attention to your voice like you would if you checked your blood pressure and you'll learn about, oh, where's my state today? If I'm noticing I'm hoarse, I might be in a fight and flight. If it's flat, I might be there. Right. So neuroception is paying attention to eyes and to voice. And it wants us to be in sync, it wants us to be in real time. And then it has everything it needs to determine where it needs to signal the nervous system. Now, if you have animals, you may have had the experience that when you walk in the door, they're so excited to see you and they're happy. But you go on vacation and someone's house sitting and you say, let me, let me talk to my, my dog. And you FaceTime your dog and you're talking to it and it can hear your voice, but the dog's looking to the left, is looking to the right. And there's no acknowledgment of you. That is because when you have animal or human interaction on non human devices, neuroception, it blocks everything that neuroception requires to recognize the situation. It blocks it all. It can't understand that now we have this modern brain that can understand that. Like right now I'm talking to you. You know I'm, I'm with Tracy, right? And. But my neuroception doesn't understand it. Why can't I sense you? Why can't I feel you? Why are our eyes not correct? Right. Eyes are always off when we're in these recordings. Like right now I'm looking at you, but if I look at the camera, it looks like I'm looking at you. You. Right? So neuroception goes, why, why are you talking to me? But you're not looking at me, you're looking down there. It doesn't like that. So it sends off the alarms. Well, now we're on social media and this is a social world.