Dr. Theresa Bullard

I haven't seen that.

Yeah, and the more the esoteric continues to be revealed and validated, right? It's like it's having revival, but it just keeps pointing back to ancient wisdom that's been here all along. It's just almost like we had to go so far away from it to come back to it to realize, you know, there is truth here. There's a deep, deep meaning here. And I think sacred geometry is one of those...

Yeah, and the more the esoteric continues to be revealed and validated, right? It's like it's having revival, but it just keeps pointing back to ancient wisdom that's been here all along. It's just almost like we had to go so far away from it to come back to it to realize, you know, there is truth here. There's a deep, deep meaning here. And I think sacred geometry is one of those...

Yeah, and the more the esoteric continues to be revealed and validated, right? It's like it's having revival, but it just keeps pointing back to ancient wisdom that's been here all along. It's just almost like we had to go so far away from it to come back to it to realize, you know, there is truth here. There's a deep, deep meaning here. And I think sacred geometry is one of those...

ways in which the two really meet. Like every time you talk about sacred geometry, we have to talk about numbers. We have to talk about mathematics. We have to talk about harmony and frequency. And, you know, and then of course you have symmetry and beauty and things like this that come in, but there's practicality to it as well.

ways in which the two really meet. Like every time you talk about sacred geometry, we have to talk about numbers. We have to talk about mathematics. We have to talk about harmony and frequency. And, you know, and then of course you have symmetry and beauty and things like this that come in, but there's practicality to it as well.

ways in which the two really meet. Like every time you talk about sacred geometry, we have to talk about numbers. We have to talk about mathematics. We have to talk about harmony and frequency. And, you know, and then of course you have symmetry and beauty and things like this that come in, but there's practicality to it as well.

the reason those geometries are the building blocks for the physical world is because they're the most energy efficient way of organizing the various components. And so there is this beautiful dovetailing between real physical science And taking all the principles of energy conservation and efficiency and so forth.

the reason those geometries are the building blocks for the physical world is because they're the most energy efficient way of organizing the various components. And so there is this beautiful dovetailing between real physical science And taking all the principles of energy conservation and efficiency and so forth.

the reason those geometries are the building blocks for the physical world is because they're the most energy efficient way of organizing the various components. And so there is this beautiful dovetailing between real physical science And taking all the principles of energy conservation and efficiency and so forth.

And then, you know, the geometry that arranges the whether they're the particles or the molecules or, you know, whatever, whether it's crystals or the DNA itself or whatever. even at the subatomic levels and atomic orbitals, like everything. The deeper you probe, the more you realize that geometry is at the core of all of it.

And then, you know, the geometry that arranges the whether they're the particles or the molecules or, you know, whatever, whether it's crystals or the DNA itself or whatever. even at the subatomic levels and atomic orbitals, like everything. The deeper you probe, the more you realize that geometry is at the core of all of it.

And then, you know, the geometry that arranges the whether they're the particles or the molecules or, you know, whatever, whether it's crystals or the DNA itself or whatever. even at the subatomic levels and atomic orbitals, like everything. The deeper you probe, the more you realize that geometry is at the core of all of it.

It is a language of creation of how things are built, not just in the physical, but also in the metaphysical or in the kind of the blueprints of this energetic realm that then ultimately governs how the physical components come together.

It is a language of creation of how things are built, not just in the physical, but also in the metaphysical or in the kind of the blueprints of this energetic realm that then ultimately governs how the physical components come together.

It is a language of creation of how things are built, not just in the physical, but also in the metaphysical or in the kind of the blueprints of this energetic realm that then ultimately governs how the physical components come together.

And I think even just like from a purely mathematical perspective, I remember in my undergraduate studies, I was in an honors calculus class. And the professor started getting into things like pi and phi and E, you know, these fundamental constants that we have in the universe.

And I think even just like from a purely mathematical perspective, I remember in my undergraduate studies, I was in an honors calculus class. And the professor started getting into things like pi and phi and E, you know, these fundamental constants that we have in the universe.

And I think even just like from a purely mathematical perspective, I remember in my undergraduate studies, I was in an honors calculus class. And the professor started getting into things like pi and phi and E, you know, these fundamental constants that we have in the universe.

And then seeing ultimately through like Euler's identity equation that they all came together and what seemed like they were separately discovered and they seemed like they were separate constants and they didn't really know why is it that number other than that's just kind of how it emerged through the formulas.