vending mashine: gravity drinks


article by Henryk Szubinski

Europeiska flaggan

4 freedooms

5th freedoom of knowledge moovement


the 7th framework Chordis7


video courtesy of Youtube

dont worry, this is only a article on the types of possibilities for gravity in a type reference for products related to your body weight as related to MARS for example so that taking a drink with the same H2O value of its weight in a soda pop can be drunk simultaneously as a astronaut takes a drink while on telivised  live repports from planets being visited by human explorers..

The only way to live ?

basic learning on the availability of weight mass ratios ,the usage of a scan for the user on the previous user with a specific weight to mass value can be related to the products such as soda pops =as choose the same on the basis of the previous user and the availability of specific type sets of users of venders in a type futuristic format:

defined as the gravity value in sustained floating:


at some stage the relations of a common product for the good of all would be resultant in the product usage:




the official role of a vending mashine is to define the common value of dispensed fluids with specific values  in the zero gravity parameter, what about the spaceship and fluid inside it to a full degree while in orbit

this would be the vending mashine as a volume in zero gravity while the volume of H2O ( f) inside it to the full degree would define the weight body mass index as related to the weight or bulk of the materials used to get the volume into orbit. The user of the vending mashine would input the weight and the bulk mass index would compute the amount of H2O to body mass of the human making the aquired access of fluids for sustainability of physical values needed in the fysiology to make the return trips into space without body degeneration.

would it behave like a soda pop with all the requirements for anti body degenerations

a test could be done with a basic interaction of the 70 % or more H2O in the body

spaceship industries would profit and producing super vechicles would become easier



Spine-tingling is a reaction to either being spooked (e.g. an animal sensing danger) or a human perceiving something so personally moving that it sends chills down their body. The sensation can be spontaneous but can be felt before it happens similar to a yawn or sneeze. This sensation is similar to adrenaline and may cause goose bumps or chills. Some have also reported being able to recreate this sensation without being frightened. This tingling sensation, electricity, goosebump sensation without being frightened is a life force common in eastern medicine and is referred to as Prana, Qi, Ki, Chee, and in the west possibly as L-field or Morphogenic field .. all the same or closely related.

Paresthesia (/ˌpærɨsˈθiːziə/ or /ˌpærɨsˈθiːʒə/), spelled paraesthesia in British English, is a sensation of tingling, pricking, or numbness of a person‘sskin with no apparent long-term physical effect. It is more generally known as the feeling of “pins and needles” or of a limbfalling asleep” (although this is not directly related to the phenomenon of “limb falling asleep“). The manifestation of paresthesia may be transient or chronic.

you would need a drink that could simulate zero gravity as well as reverse the problems of space ship zero gravity by usage in orbit, of fluid technologies  for long times.




Chronic paresthesia indicates a problem with the functioning of neurons.

In older individuals, paresthesia is often the result of poor circulation in the limbs (such as in peripheral vascular disease, also referred to by physicians as PVD or PAD), most often caused byatherosclerosis, the build up of plaque within artery walls, over decades, with eventual plaque ruptures, internal clots over the ruptures and subsequent clot healing but leaving behind narrowing of the artery openings or closure, both locally and in downstream smaller branches. Without a proper supply of blood and nutrients, nerve cells can no longer adequately send signals to the brain. Because of this, paresthesia can also be a symptom of vitamin deficiency and malnutrition, as well as metabolic disorders like diabeteshypothyroidism, and hypoparathyroidism.

Irritation to the nerve can also come from inflammation to the tissue. Joint conditions such as rheumatoid arthritisPsoriatic Arthritis and carpal tunnel syndrome are common sources of paresthesia. Nerves below the head may be compressed where chronic neck and spine problems exist and can be caused by, amongst other things, muscle cramps which may be a result of clinical anxiety or excessive mental stress[citation needed], bone disease, bad posture, unsafe heavy lifting practices or physical trauma such as whiplash. Paresthesia can also be caused simply by putting pressure on a nerve by applying weight [or pressure] on to the limb for extended periods of time. Another cause of paresthesia, however, may be direct damage to the nerves themselves, i.e. neuropathy, which itself can stem from injury or infection such as frostbite or Lyme disease, or which may be indicative of a current neurological disorder. Chronic paresthesia can sometimes be symptomatic of serious conditions, such as a transient ischemic attackmotor neuron disease, or autoimmune disorders like multiple sclerosis or lupus erythematosus. The herpes zoster virus can attack nerves causing numbness instead of pain commonly associated with shingles. A diagnostic evaluation by a doctor is necessary to rule these out. Demyelination diseases may also cause cross-talk between adjacent axons and lead to parasthesia. During impulse conduction some aberrant current that escaped a demyelinated axon can circulate in the exterior and depolarize an adjacent demyelinated, hyperexcitable axon. This can generate impulses conducted in both directions along this axon since no part of the axon is in a refractory state. This becomes very serious in conditions such as multiple sclerosis and Guillain-Barre Syndrome.


Diagram of the effects of weightlessness on the human body



All life on Earth is accustomed to the presence of gravity. When that presence is removed or altered, biological processes can go awry. Initial ventures into space were conducted with great care to ensure that no damage would be incurred during the spaceflight. Animals were the first living organisms to be sent up into space, and when they returned unharmed (although scared), they were quite confident that humans could also withstand the journey. In April of 1961, a Russian cosmonaut named Yuri Gagarin became the first person in space when he orbited the Earth in 108 minutes.

Since that historical flight, mankind had ventured beyond low Earth orbit and the average duration of space missions has increased. While humans have little difficulty surviving in space for short periods of time (with the necessary equipment, oxygen and food of course), long-term exposure to microgravity can trigger detrimental physiological responses in the human body. There is a long list of such effects, ranging from serious medical conditions to less severe side effects.

First we will discuss the more serious adverse effects of weightlessness. Fluid redistribution is one of these effects. It occurs when bodily fluids shift from the lower body (where they normally abound due to the downward tug of gravity) to the head and upper body. This redistribution of fluids is coupled with fluid loss. When the brain senses the increased volume of fluid in the upper body, it interprets this as being an increase in the total volume of fluid in the body. The brain then responds by triggering the excretion of fluids, making astronauts prone to dehydration.




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