Gregg Braden

You know, one of the beautiful things, I worked in the high-tech industry from 1979 till mid-90s. And I saw amazing technology. Someone was here in California during the Cold War years. I worked on Norton Air Force Base, Vandenberg Air Force Base, not far from here. Amazing technology. I mean, laser technology and communications and radar.

And as sophisticated as they all were, Andre, I never, to this day, I've never seen any technology built in the world around us that doesn't mimic what we already do in ourselves, except we do it better

And as sophisticated as they all were, Andre, I never, to this day, I've never seen any technology built in the world around us that doesn't mimic what we already do in ourselves, except we do it better

And as sophisticated as they all were, Andre, I never, to this day, I've never seen any technology built in the world around us that doesn't mimic what we already do in ourselves, except we do it better

And the beauty of this inner technology, one of the things I learned when I was in the industry is that the more complex, the more sophisticated the system is behind the scenes, the simpler the user interface. We are so complex. We are such an advanced form of soft technology that the user interface is deceptively simple. Thought, feeling, emotion, breath, focus, movement, nutrition.

And the beauty of this inner technology, one of the things I learned when I was in the industry is that the more complex, the more sophisticated the system is behind the scenes, the simpler the user interface. We are so complex. We are such an advanced form of soft technology that the user interface is deceptively simple. Thought, feeling, emotion, breath, focus, movement, nutrition.

And the beauty of this inner technology, one of the things I learned when I was in the industry is that the more complex, the more sophisticated the system is behind the scenes, the simpler the user interface. We are so complex. We are such an advanced form of soft technology that the user interface is deceptively simple. Thought, feeling, emotion, breath, focus, movement, nutrition.

the core of our most ancient and cherished spiritual traditions. They didn't know the science, but they were helping us to make the best of our humanness and to develop it in extraordinary ways. Now the science has forgotten that. So I'm just going to say this is a very different way of thinking of the human body.

the core of our most ancient and cherished spiritual traditions. They didn't know the science, but they were helping us to make the best of our humanness and to develop it in extraordinary ways. Now the science has forgotten that. So I'm just going to say this is a very different way of thinking of the human body.

the core of our most ancient and cherished spiritual traditions. They didn't know the science, but they were helping us to make the best of our humanness and to develop it in extraordinary ways. Now the science has forgotten that. So I'm just going to say this is a very different way of thinking of the human body.

because we're conditioned, I went to school in 1950s, 60s, early 1970s, and I was conditioned to think of the human body as a frail, vulnerable, biological system, sticky, wet, gooey stuff inside the cells. And here's the revolution. Now, scientists all over the world are beginning to think of the human body from the perspective of IT, information technology.

because we're conditioned, I went to school in 1950s, 60s, early 1970s, and I was conditioned to think of the human body as a frail, vulnerable, biological system, sticky, wet, gooey stuff inside the cells. And here's the revolution. Now, scientists all over the world are beginning to think of the human body from the perspective of IT, information technology.

because we're conditioned, I went to school in 1950s, 60s, early 1970s, and I was conditioned to think of the human body as a frail, vulnerable, biological system, sticky, wet, gooey stuff inside the cells. And here's the revolution. Now, scientists all over the world are beginning to think of the human body from the perspective of IT, information technology.

And so people say, why don't we know about these new discoveries? The answer is because the discoveries are published in engineering journals. They're not published in biological textbooks, like IEEE, for example, and the Journal of Advanced Computing Systems, things like that.

And so people say, why don't we know about these new discoveries? The answer is because the discoveries are published in engineering journals. They're not published in biological textbooks, like IEEE, for example, and the Journal of Advanced Computing Systems, things like that.

And so people say, why don't we know about these new discoveries? The answer is because the discoveries are published in engineering journals. They're not published in biological textbooks, like IEEE, for example, and the Journal of Advanced Computing Systems, things like that.

And they're looking at the human body from an information technology perspective, and they're blown away by what they're seeing. We talked about this in a previous interview. The circuits, every one of the 50 trillion cells in our body is an electrical circuit. Transistors, resistors, those equivalents are in the body.

And they're looking at the human body from an information technology perspective, and they're blown away by what they're seeing. We talked about this in a previous interview. The circuits, every one of the 50 trillion cells in our body is an electrical circuit. Transistors, resistors, those equivalents are in the body.

And they're looking at the human body from an information technology perspective, and they're blown away by what they're seeing. We talked about this in a previous interview. The circuits, every one of the 50 trillion cells in our body is an electrical circuit. Transistors, resistors, those equivalents are in the body.

The DNA are literally, and this is directly from an engineering journal, the DNA is being called a resonant fractal antennae. What that means is that we are picking up information across the broad spectrum of information sources, rather than you think of an antenna zeroing in on one station somewhere.