Neurogenesis field(Brain field):
Neurogenesis is the process by which new neurons are formed in the brain. Neurogenesis is crucial when an embryo is developing, but also continues in certain brain regions after birth and throughout our lifespan.
The mature brain has many specialised areas of function, and neurons that differ in structure and connections. The hippocampus, for example, which is a brain region that plays an important role in memory and spatial navigation, alone has at least 27 different types of neurons.
The incredible diversity of neurons in the brain results from regulated neurogenesis during embryonic development. During the process, neural stem cells differentiate—that is, they become any one of a number of specialised cell types—at specific times and regions in the brain.
Neural stem cells can produce new neural cells of any type. When stem cells from the brain are isolated and grown in a dish, they continuously divide and create large spherical masses of cells, similar to the two shown here. Each spherical mass, called a neurosphere, is produced by a single stem cell. When exposed to different chemicals, the cells turn into either neurons (red) or glia (cyan). Cell nuclei are shown in dark blue
Stem cells can divide indefinitely to produce more stem cells, or differentiate to give rise to more specialised cells, such as neural progenitor cells . These progenitor cells themselves differentiate into specific types of neurons. As seen in the diagram below, neural stem cells can also differentiate into glial progenitor cells, which give rise to glial cells such as astrocytes, oligodendrocytes and microglia.
Neural stem cells have the potential to generate all neural cell types. They differentiate into neuronal progenitor cells, which give rise to neuron, or glial progenitors, which give rise to glial cells. NCD Project / CC BY-SA 3.0 via Commons)
Until recently, neuroscientists believed that the central nervous system, including the brain, was incapable of neurogenesis and unable to regenerate. However, stem cells were discovered in parts of the adult brain in the 1990s, and adult neurogenesis is now accepted to be a normal process that occurs in the healthy brain.
The point: well in general brain cell is very tough to grow compared to most other cells so that’s why it takes long enough for brain stack or psychic audios to generate results. This however can accelerate the results of those fields at least 10 times than usual since this method directly uses steme cells for active neural growth. Normally it’s really difficult to trigger the process of neurogenesis. So let’s say any kind of brain healing, related function or fields can be hugely benifited by this and there isn’t any side effect that I’m aware of either.
But ofc everyone is free to do research and should to understand better. So basically any kind of psychic or brain related field can be massively enhenced by this. I think a field that converts fat cells to steme cells and targets to brain and triggers the process of neurogenesis would be cool but I think smart steme cells can do that to some degree since it’s a smart field. Basically the field should be able to transfer steme cells in brain but not sure can it trigger the process itself or not. This with combination of plasma would be nice
Simply put it can directly create new cells and neurons in brain much faster than any other method (as much as I’m aware of at least) therefore superhuman genius field can be hugely amplified imo. And no it’s not similar to NGF it’s a completely different process
He already sees all the requests
