Thresholds of pain in space
by Henryk Szubinski
Ending illegal secrecy concerning the pain of space exploration that none speak of.
Does it hurt to be in space or to displace into zero gravity from Earth. Probably. The fact that the body is displaceing at the same velocity as the neurons are signaling in the brain and that this may be painful to the brain that has not learnt what happens.The brain needs the peptides or ATP that links one neuron to another. ATP is very fast ,so fast in fact that it is not visable as it connects to other dendrites. It could be for lack or for need of more ATP as learning about the same velocity that we sense on Earth. So what happens?. The brain needs more energy for this neuron velocity so that the brain can alter the pain into a better sensation while also boosting the energy of the remaining parts of the brain to be immune against this rapid brain absorbtion of the shock of velocity. The fact that the human brain has as yet not taken the stomach energy and that the stomach has no such neuronal or dendrite functions in the function of the brain, may imply that the brain switches stomach and stomach switches brain functions. This will either separate or connect the symbiotic absorbtion of energy.As it does so, there may be some pain that then, settles into a deep feeling of calm and peace that defines the Zero gravity state of awareness.
from Wikipedia
date 16,07,2017
time, 16:11
ATP synthase is an enzyme that creates the energy storage molecule adenosine triphosphate (ATP). ATP is the most commonly used "energy currency" of cells for most organisms. It is formed from adenosine diphosphate (ADP) and inorganic phosphate (Pi). The overall reaction catalyzed by ATP synthase is:
ATP synthase consists of two main subunits, FO and F1, which has a rotational motor mechanism allowing for ATP production.[1][2]
on another note (by Henryk Szubinski).
The difference of the proton H+ as being very common in space may effect the ATP. While the need for energy from the stomach to balance the new cognitive velocity has in it bacteria. So the stomach cannot rely on the energy found there.So the astronaut must either expose himself or herself tot he H+ from the Sun and choose to not digest while It may be that the energy of cognition as found in the photosynthesis layer of space and higher atmosphere has the energy requirements needed for immersive interaction of the brain with survival.
from Wikipedia
16,07,2017
time, 11:31
The threshold of pain or pain threshold is the point along a curve of increasing perception of a stimulus at which pain begins to be felt. It is an entirely subjective phenomenon. A distinction must be maintained between the stimulus (an external thing that can be directly measured, such as with a thermometer) and the person or animal's resulting pain perception (an internal, subjective thing that can sometimes be measured indirectly, such as with a visual analog scale). Although an IASP document defines "pain threshold" as "the minimum intensity of a stimulus that is perceived as painful",[1] it then goes on to say (contradictorily in letter although not in spirit) that:[1]
Traditionally the threshold has often been defined, as we defined it formerly, as the least stimulus intensity at which a subject perceives pain. Properly defined, the threshold is really the experience of the patient, whereas the intensity measured is an external event. It has been common usage for most pain research workers to define the threshold in terms of the stimulus, and that should be avoided ... The stimulus is not pain (q.v.) and cannot be a measure of pain.
Although the phrasing may not convey it perfectly, the distinction clearly meant is the aforementioned one between the stimulus and the perception of it. The intensity at which a stimulus (e.g., heat, pressure) begins to evoke pain is thus called by a separate term, threshold intensity.[1] So, if a hotplate on a person's skin begins to hurt at 42°C (107°F), that is the pain threshold temperature for that bit of skin at that time. It is not the pain threshold (which is internal/subjective) but the temperature at which the pain threshold was crossed (which is external/objective).
The intensity at which a stimulus begins to evoke pain varies from individual to individual and for a given individual over time.
by Henryk Szubinski
Ending illegal secrecy concerning the pain of space exploration that none speak of.
Does it hurt to be in space or to displace into zero gravity from Earth. Probably. The fact that the body is displaceing at the same velocity as the neurons are signaling in the brain and that this may be painful to the brain that has not learnt what happens.The brain needs the peptides or ATP that links one neuron to another. ATP is very fast ,so fast in fact that it is not visable as it connects to other dendrites. It could be for lack or for need of more ATP as learning about the same velocity that we sense on Earth. So what happens?. The brain needs more energy for this neuron velocity so that the brain can alter the pain into a better sensation while also boosting the energy of the remaining parts of the brain to be immune against this rapid brain absorbtion of the shock of velocity. The fact that the human brain has as yet not taken the stomach energy and that the stomach has no such neuronal or dendrite functions in the function of the brain, may imply that the brain switches stomach and stomach switches brain functions. This will either separate or connect the symbiotic absorbtion of energy.As it does so, there may be some pain that then, settles into a deep feeling of calm and peace that defines the Zero gravity state of awareness.
from Wikipedia
date 16,07,2017
time, 16:11
ATP synthase is an enzyme that creates the energy storage molecule adenosine triphosphate (ATP). ATP is the most commonly used "energy currency" of cells for most organisms. It is formed from adenosine diphosphate (ADP) and inorganic phosphate (Pi). The overall reaction catalyzed by ATP synthase is:
- ADP + Pi + H+out ⇌ ATP + H2O + H+in
ATP synthase consists of two main subunits, FO and F1, which has a rotational motor mechanism allowing for ATP production.[1][2]
on another note (by Henryk Szubinski).
The difference of the proton H+ as being very common in space may effect the ATP. While the need for energy from the stomach to balance the new cognitive velocity has in it bacteria. So the stomach cannot rely on the energy found there.So the astronaut must either expose himself or herself tot he H+ from the Sun and choose to not digest while It may be that the energy of cognition as found in the photosynthesis layer of space and higher atmosphere has the energy requirements needed for immersive interaction of the brain with survival.
from Wikipedia
16,07,2017
time, 11:31
The threshold of pain or pain threshold is the point along a curve of increasing perception of a stimulus at which pain begins to be felt. It is an entirely subjective phenomenon. A distinction must be maintained between the stimulus (an external thing that can be directly measured, such as with a thermometer) and the person or animal's resulting pain perception (an internal, subjective thing that can sometimes be measured indirectly, such as with a visual analog scale). Although an IASP document defines "pain threshold" as "the minimum intensity of a stimulus that is perceived as painful",[1] it then goes on to say (contradictorily in letter although not in spirit) that:[1]
Traditionally the threshold has often been defined, as we defined it formerly, as the least stimulus intensity at which a subject perceives pain. Properly defined, the threshold is really the experience of the patient, whereas the intensity measured is an external event. It has been common usage for most pain research workers to define the threshold in terms of the stimulus, and that should be avoided ... The stimulus is not pain (q.v.) and cannot be a measure of pain.
Although the phrasing may not convey it perfectly, the distinction clearly meant is the aforementioned one between the stimulus and the perception of it. The intensity at which a stimulus (e.g., heat, pressure) begins to evoke pain is thus called by a separate term, threshold intensity.[1] So, if a hotplate on a person's skin begins to hurt at 42°C (107°F), that is the pain threshold temperature for that bit of skin at that time. It is not the pain threshold (which is internal/subjective) but the temperature at which the pain threshold was crossed (which is external/objective).
The intensity at which a stimulus begins to evoke pain varies from individual to individual and for a given individual over time.
The pain threshold may occur on the subliminal level or it may occur when being hurt on another planet with lower than Earth gravity or more, so that the neuron perception of pain could increase or decrease . Evan as such to be older on another planet may also indicate the immunity against space and very rapid motion.
as related to the synaptic speed of cognition.
from
physiologyweb.com
Supra-threshold
Definition:
Supra-threshold (or suprathreshold) refers to a stimulus that is large enough in magnitude to produce an action potential in excitable cells.
In general, a supra-threshold stimulus leads to the depolarization of the membrane, and the magnitude of the depolarization is larger than that necessary to simply reach the threshold voltage. Therefore, supra-threshold stimuli elicit action potentials.
from
earthsky.org
date 16,07,2017
time, 11:50
The time it takes for all thoughts to occur is ultimately shaped by the characteristics of the neurons and the networks involved. Many things influence the speed at which information flows through the system, but three key factors are:
Synapse
as related to the synaptic speed of cognition.
from
physiologyweb.com
Supra-threshold
Definition:
Supra-threshold (or suprathreshold) refers to a stimulus that is large enough in magnitude to produce an action potential in excitable cells.
In general, a supra-threshold stimulus leads to the depolarization of the membrane, and the magnitude of the depolarization is larger than that necessary to simply reach the threshold voltage. Therefore, supra-threshold stimuli elicit action potentials.
from
earthsky.org
date 16,07,2017
time, 11:50
The time it takes for all thoughts to occur is ultimately shaped by the characteristics of the neurons and the networks involved. Many things influence the speed at which information flows through the system, but three key factors are:
- Distance – The farther signals need to travel, the longer the reaction time is going to be. Reaction times for movements of the foot are longer than for movements of the hand, in large part because the signals traveling to and from the brain have a longer distance to cover. This principle is readily demonstrated through reflexes (note, however, that reflexes are responses that occur without “thought” because they do not involve neurons that engaged in conscious thought). The key observation for the present purpose is that the same reflexes evoked in taller individuals tend to have longer response times than for shorter individuals. By way of analogy, if two couriers driving to New York leave at the same time and travel at exactly the same speed, a courier leaving from Washington, DC will always arrive before one leaving from Los Angeles.
- Neuron characteristics – The width of the neuron is important. Signals are carried more quickly in neurons with larger diameters than those that are narrower – a courier will generally travel faster on wide multi-lane highways than on narrow country roads.
Synapse
May be that the gradual change from Earth's higher atmosphere into higher velocity into zero gravity may slow down the pain and it's perception becomes larger ,in terms of awareness but not the physical pain so that the brain may adapt on the common level of human interactions in space that are constructs of the language of survival in space.
This may appear as a flash of light ,and or some vibration of the body as it changes from gravity to zero gravity.
from Wikipedia
date 16,07,2017
time, 15;38
Psychology of pain and pleasure (reward-punishment system)[edit]One approach to evaluating the relationship between pain and pleasure is to consider these two systems as a reward-punishment based system. When pleasure is perceived, one associates it with reward. When pain is perceived, one associates with punishment. Evolutionarily, this makes sense, because often, actions that result in pleasure or chemicals that induce pleasure work towards restoring homeostasis in the body. For example, when the body is hungry, the pleasure of rewarding food to one-self restores the body back to a balanced state of replenished energy. Like so, this can also be applied to pain, because the ability to perceive pain enhances both avoidance and defensive mechanisms that were, and still are, necessary for survival.[5]
This may appear as a flash of light ,and or some vibration of the body as it changes from gravity to zero gravity.
from Wikipedia
date 16,07,2017
time, 15;38
Psychology of pain and pleasure (reward-punishment system)[edit]One approach to evaluating the relationship between pain and pleasure is to consider these two systems as a reward-punishment based system. When pleasure is perceived, one associates it with reward. When pain is perceived, one associates with punishment. Evolutionarily, this makes sense, because often, actions that result in pleasure or chemicals that induce pleasure work towards restoring homeostasis in the body. For example, when the body is hungry, the pleasure of rewarding food to one-self restores the body back to a balanced state of replenished energy. Like so, this can also be applied to pain, because the ability to perceive pain enhances both avoidance and defensive mechanisms that were, and still are, necessary for survival.[5]
more;
That the sensory neurons may convey meanings of bliss from Earth to space by the signals of human language ,indicates that the emotional states will always be translated into knowledge from the pleasure response and then back again into the pleasure response or the pain response.
So when astronauts talk with Earth, they are responding to the memory of pleasure of the contacts on Earth , who try their best ,even though the vibe ,or feel exists between the ground and the astronaut. So yes, there exists about 2 emotional states exchanged with Earth into space . It may even be suggested that this link of >2 relations, will always be equatable to the 3 relations as >3. It may suggest the interactions with matter of any type by the basics of 123 expounded to 321 as sharing universes of 3 exp 100 each.
That the sensory neurons may convey meanings of bliss from Earth to space by the signals of human language ,indicates that the emotional states will always be translated into knowledge from the pleasure response and then back again into the pleasure response or the pain response.
So when astronauts talk with Earth, they are responding to the memory of pleasure of the contacts on Earth , who try their best ,even though the vibe ,or feel exists between the ground and the astronaut. So yes, there exists about 2 emotional states exchanged with Earth into space . It may even be suggested that this link of >2 relations, will always be equatable to the 3 relations as >3. It may suggest the interactions with matter of any type by the basics of 123 expounded to 321 as sharing universes of 3 exp 100 each.