Gregg Braden

It's not good for us humans because we lose the very essence of what it is that we cherish in our humanity. We lose our ability to love, forgive, sympathy, empathy, compassion. We lose the ability to discern rather than judge. We're taught to judge, but the healing comes from our ability to discern. Wow. We lose all of those things when we begin to give our humanness away.

It's not good for us humans because we lose the very essence of what it is that we cherish in our humanity. We lose our ability to love, forgive, sympathy, empathy, compassion. We lose the ability to discern rather than judge. We're taught to judge, but the healing comes from our ability to discern. Wow. We lose all of those things when we begin to give our humanness away.

So we've just covered a whole lot of ground. I'm going to come back. There's a concerted effort right now in these next few years to diminish the power of our humanness. One of the ways that's being accomplished is by

So we've just covered a whole lot of ground. I'm going to come back. There's a concerted effort right now in these next few years to diminish the power of our humanness. One of the ways that's being accomplished is by

us either being encouraged or mandated, some of the policies will be mandates coming from the UN through our United States Congress, they're going the legal route, to accept technology into our bodies to replace our humanness. When we do that, we relinquish that precious ancient and sacred gift that we were given when the first of our kind stepped onto this planet 200,000 years ago.

us either being encouraged or mandated, some of the policies will be mandates coming from the UN through our United States Congress, they're going the legal route, to accept technology into our bodies to replace our humanness. When we do that, we relinquish that precious ancient and sacred gift that we were given when the first of our kind stepped onto this planet 200,000 years ago.

You know, we've only been here 10,000 generations. 200,000 years, not that long. And we were given these abilities, given to no other form of life. And now we're being taught and indoctrinated to believe that we are flawed, powerless victims of a world that we have no control over and that we need something outside of us.

You know, we've only been here 10,000 generations. 200,000 years, not that long. And we were given these abilities, given to no other form of life. And now we're being taught and indoctrinated to believe that we are flawed, powerless victims of a world that we have no control over and that we need something outside of us.

So the flip side of this now, in the new science, and this is exciting, is showing us, wow, that we are literally a highly advanced, technologically sophisticated, soft technology. Neurons, one of the reasons that science is beginning to think of us, maybe some of your guests have talked about this,

So the flip side of this now, in the new science, and this is exciting, is showing us, wow, that we are literally a highly advanced, technologically sophisticated, soft technology. Neurons, one of the reasons that science is beginning to think of us, maybe some of your guests have talked about this,

is that we've been conditioned to think of our biology as this soft, gooey, sticky, wet stuff, you know, inside the cells. And that is one way of thinking of us. But now, scientists are looking at us from a perspective of information technology. These are IT perspectives. And so the discoveries, they're not showing up in biology books.

is that we've been conditioned to think of our biology as this soft, gooey, sticky, wet stuff, you know, inside the cells. And that is one way of thinking of us. But now, scientists are looking at us from a perspective of information technology. These are IT perspectives. And so the discoveries, they're not showing up in biology books.

They're showing up in engineering journals like IEEE, you know, in these engineering. Who's reading those? I mean, my community is not reading. But let me just give you an example. There was the Journal of Advanced Computing Technology, which I don't read and most of my colleagues don't as well, unless we're researching a book or something.

They're showing up in engineering journals like IEEE, you know, in these engineering. Who's reading those? I mean, my community is not reading. But let me just give you an example. There was the Journal of Advanced Computing Technology, which I don't read and most of my colleagues don't as well, unless we're researching a book or something.

came out with an article, and it showed that human DNA is literally a fractal antenna, is the term that they use. So what's that mean? We think of antenna as being tuned to something very specific, like a specific TV station or radio station or CB station or whatever. Fractal antenna... are receiving multiple signals from a broad spectrum of bandwidth simultaneously.

came out with an article, and it showed that human DNA is literally a fractal antenna, is the term that they use. So what's that mean? We think of antenna as being tuned to something very specific, like a specific TV station or radio station or CB station or whatever. Fractal antenna... are receiving multiple signals from a broad spectrum of bandwidth simultaneously.

We're pulling in information from the world around us all the time across this broad spectrum, and we're transducing it into meaningful signals in our bodies. That's a very different way of thinking of the human body. So I'll just run through this really quick, what the science is showing, 50 trillion cells in the body, every cell. is a miniature, a microcircuit.

We're pulling in information from the world around us all the time across this broad spectrum, and we're transducing it into meaningful signals in our bodies. That's a very different way of thinking of the human body. So I'll just run through this really quick, what the science is showing, 50 trillion cells in the body, every cell. is a miniature, a microcircuit.

It's a gated circuit, is what engineers call it. It's got input, output. All the functions within our cells, they function as transistors, as resistors, as capacitors that are massaging that information. Every cell has a voltage of about 0.07 volts. You say, well, that's not very much, but you do the math, 50 trillion.

It's a gated circuit, is what engineers call it. It's got input, output. All the functions within our cells, they function as transistors, as resistors, as capacitors that are massaging that information. Every cell has a voltage of about 0.07 volts. You say, well, that's not very much, but you do the math, 50 trillion.