Zach Bush

less well. And so I end up with scar tissue rather than stem cell replacement. I end up with arthritis instead of a joint that's always fluid. And so these changes in our bodies that are natural as we age are a result of diminishing light energy per cubic centimeter, which gets us at the story of life itself. Life is ultimately a concentration of light energy, period.

less well. And so I end up with scar tissue rather than stem cell replacement. I end up with arthritis instead of a joint that's always fluid. And so these changes in our bodies that are natural as we age are a result of diminishing light energy per cubic centimeter, which gets us at the story of life itself. Life is ultimately a concentration of light energy, period.

less well. And so I end up with scar tissue rather than stem cell replacement. I end up with arthritis instead of a joint that's always fluid. And so these changes in our bodies that are natural as we age are a result of diminishing light energy per cubic centimeter, which gets us at the story of life itself. Life is ultimately a concentration of light energy, period.

And so to understand how much light it takes to organize chaotic matter into a syntropic or organized identity at a biologic cell level, you have to appreciate the intense brightness of biology. The sun is the brightest thing physics does. We call it a star, we call it a sun. That thing is a nuclear fission and fusion reactor that's generating massive amounts of energy per cubic centimeter.

And so to understand how much light it takes to organize chaotic matter into a syntropic or organized identity at a biologic cell level, you have to appreciate the intense brightness of biology. The sun is the brightest thing physics does. We call it a star, we call it a sun. That thing is a nuclear fission and fusion reactor that's generating massive amounts of energy per cubic centimeter.

And so to understand how much light it takes to organize chaotic matter into a syntropic or organized identity at a biologic cell level, you have to appreciate the intense brightness of biology. The sun is the brightest thing physics does. We call it a star, we call it a sun. That thing is a nuclear fission and fusion reactor that's generating massive amounts of energy per cubic centimeter.

But it doesn't produce life. It does not enough energy to organize matter around it into living systems. To get that, that sunlight has to be captured by these chlorophyll or other little tiny plastids inside of plants, inside of green things. where the sunlight can be stored in between carbon bonds. So CO2 is extracted from the atmosphere. It stores sunlight between the carbons.

But it doesn't produce life. It does not enough energy to organize matter around it into living systems. To get that, that sunlight has to be captured by these chlorophyll or other little tiny plastids inside of plants, inside of green things. where the sunlight can be stored in between carbon bonds. So CO2 is extracted from the atmosphere. It stores sunlight between the carbons.

But it doesn't produce life. It does not enough energy to organize matter around it into living systems. To get that, that sunlight has to be captured by these chlorophyll or other little tiny plastids inside of plants, inside of green things. where the sunlight can be stored in between carbon bonds. So CO2 is extracted from the atmosphere. It stores sunlight between the carbons.

That turns into a carbohydrate or a fat in the plant matter. An animal goes eats that. The animal and its cells will break apart the carbons through the mitochondria and release the sunlight.

That turns into a carbohydrate or a fat in the plant matter. An animal goes eats that. The animal and its cells will break apart the carbons through the mitochondria and release the sunlight.

That turns into a carbohydrate or a fat in the plant matter. An animal goes eats that. The animal and its cells will break apart the carbons through the mitochondria and release the sunlight.

it's that innovation of the mitochondria that was allowing life to occur on this planet because the mitochondria are able to release 10 000 times more light per cubic centimeter than the surface of the sun and so life is ultimately an innovation that allows for the concentration of sunlight per cubic centimeter a thousand fold to get to a single-celled organism like a bacteria ten thousand fold to get to an earthworm or a human

it's that innovation of the mitochondria that was allowing life to occur on this planet because the mitochondria are able to release 10 000 times more light per cubic centimeter than the surface of the sun and so life is ultimately an innovation that allows for the concentration of sunlight per cubic centimeter a thousand fold to get to a single-celled organism like a bacteria ten thousand fold to get to an earthworm or a human

it's that innovation of the mitochondria that was allowing life to occur on this planet because the mitochondria are able to release 10 000 times more light per cubic centimeter than the surface of the sun and so life is ultimately an innovation that allows for the concentration of sunlight per cubic centimeter a thousand fold to get to a single-celled organism like a bacteria ten thousand fold to get to an earthworm or a human

And so you're 10,000 times more energy per cubic centimeter than a sun. The reason I can look at you and you're not blinding me is because you're using all of that energy. Instead of you just emitting it like the sun does, you're utilizing that 10,000x concentration of light to make order out of chaos.

And so you're 10,000 times more energy per cubic centimeter than a sun. The reason I can look at you and you're not blinding me is because you're using all of that energy. Instead of you just emitting it like the sun does, you're utilizing that 10,000x concentration of light to make order out of chaos.

And so you're 10,000 times more energy per cubic centimeter than a sun. The reason I can look at you and you're not blinding me is because you're using all of that energy. Instead of you just emitting it like the sun does, you're utilizing that 10,000x concentration of light to make order out of chaos.

You're taking space, time, energy, particles from the universe, and you're turning them into a human body. That takes an enormous amount of energy to achieve and then to maintain.

You're taking space, time, energy, particles from the universe, and you're turning them into a human body. That takes an enormous amount of energy to achieve and then to maintain.