Morphogenetic field
Ok, imagine you have a garden and you want to plant some flowers. But you don't just want to plant them randomly, you want them to grow in a specific pattern. You want some flowers to be tall and some to be short. You want some flowers to be red and some to be yellow. How does this happen?
Well, there is something called a morphogenetic field. It's like an invisible force field that spreads out in your garden. This force field carries information about how the flowers should grow and what they should look like. It's like a blueprint or a set of instructions.
When you plant the seeds in your garden, they start to grow. As the seeds start to grow, they send signals to the morphogenetic field. The field then takes these signals and uses them to guide the growth of the flowers. It tells the flowers where to grow, how tall to grow, and what color they should be.
But why do the flowers grow in a certain pattern? That's because the morphogenetic field has something called gradients. Gradients are like levels or amounts of certain things. In the case of the flowers, the morphogenetic field has gradients of chemicals. These chemicals tell the flowers how to grow in a pattern. For example, one chemical might be more concentrated on one side of the garden, so the flowers on that side grow taller. Another chemical might be more concentrated in a different part of the garden, so the flowers there grow shorter.
The cool thing about morphogenetic fields is that they can change over time. As the flowers grow and change, they send new signals to the field. The field then adjusts and guides the growth of the flowers according to these new signals. It's like a constant conversation between the flowers and the field.
Morphogenetic fields can also work in other living things, not just flowers. They can guide the growth of animals too. Just like the flowers, animals have specific patterns and shapes that they grow into. This is all thanks to the morphogenetic field.
So, the next time you see a beautiful garden or a unique animal, remember that it's all made possible by the amazing morphogenetic field. It's like a secret force that helps things grow and look the way they do!
Well, there is something called a morphogenetic field. It's like an invisible force field that spreads out in your garden. This force field carries information about how the flowers should grow and what they should look like. It's like a blueprint or a set of instructions.
When you plant the seeds in your garden, they start to grow. As the seeds start to grow, they send signals to the morphogenetic field. The field then takes these signals and uses them to guide the growth of the flowers. It tells the flowers where to grow, how tall to grow, and what color they should be.
But why do the flowers grow in a certain pattern? That's because the morphogenetic field has something called gradients. Gradients are like levels or amounts of certain things. In the case of the flowers, the morphogenetic field has gradients of chemicals. These chemicals tell the flowers how to grow in a pattern. For example, one chemical might be more concentrated on one side of the garden, so the flowers on that side grow taller. Another chemical might be more concentrated in a different part of the garden, so the flowers there grow shorter.
The cool thing about morphogenetic fields is that they can change over time. As the flowers grow and change, they send new signals to the field. The field then adjusts and guides the growth of the flowers according to these new signals. It's like a constant conversation between the flowers and the field.
Morphogenetic fields can also work in other living things, not just flowers. They can guide the growth of animals too. Just like the flowers, animals have specific patterns and shapes that they grow into. This is all thanks to the morphogenetic field.
So, the next time you see a beautiful garden or a unique animal, remember that it's all made possible by the amazing morphogenetic field. It's like a secret force that helps things grow and look the way they do!