Kennedy speech about gong to the Moon .
Image credit:
Spacecentrhuston
This is about the theoretical problem of the "hard brain" in space as it approaches
the increased problems of interaction that astronauts could do on Earth but not on the
moon because the Earth is hard, even though it has the "nature and nurture" that exists on the
opposite side of the Earth as being hard in space in reference to astronaut sense perception while
working in zero gravity.
We know that brain matter as the white matter is heavier and more fatty.
Meaning that this fattyness could define hard grade data when in zero gravity.
But the higher the weight downwards in terms of gravity the action reaction in space
in zero gravity, the brain's heavy mass would displace upwards.
But even as such the outer gray matter might be more sensitive or crispy"hard",
and having greater so the part of the sensitivity of our brains regulates the sense of
hard factors of the brain. It just depends on where that part of the brain is located.
As zero gravity influence of the brain being mixed with zero gravity transitions as the
white matter and white matter are mixed by 0 gravity and the edges are hard to discern.
hard value by weighing less .
consider that the body is totally free from the functions of gravity and the axon slow down
of the signals to the brain from the body or from another point.
Meaning that the zero sum of the white matter of the axons as that which keeps that
response ability of the brain to respond to the division of common factors of the "hard"
function.
The CNS has two kinds of tissue: grey matter and white matter, Grey matter, which has a pinkish-grey color in the living brain, contains the cell bodies, dendrites and axon terminals of neurons, so it is where all synapses are. White matter is made of axons connecting different parts of grey matter to each other.
consider that the weight of white matter has some fibers which adds to the hard function we are trying to locate.
White matter is tissue in the brain composed of nerve fibers. The fibers (called axons) connect nerve cells and are covered by myelin (a type of fat). The myelin is what gives white matter its white color. Myelin speeds up the signals between the cells, enabling the brain cells to quickly send and receive messages
We know that the myelin has to be weaker because of it's elongated length as it sends messages. Had it been hard, these fibers would have been shorter.
White matter, which lies beneath the gray matter cortex, is composed of millions of bundles of axons (nerve fibers) that connect neurons in different brain regions into functional circuits. The white color derives from the electrical insulation (myelin) that coats axons (see the figure)
as regards the shorter length of the neurons of grey matter:
Grey matter is made up of nerve cell bodies, and white matter is made up of fibers. 2. Unlike the white matter, the neurons of grey matter do not have extended axons.
There are currently now ways of knowing the impending problems in outer space. Most of the training to be an astronaut are about the facts as "being competent" but not seeing the future . But there might be some "hard pressure " effect in space that could tell us when there is a problem while working in space.
Here it is.