•       families from the tent cities out for a vacation (they had plenty) vacations with a population which has plenty is not unheard of.

•       Wandering tribes and cultures traveling to that city.

•       Those that are not allowed to live in the tent city but are allowed to live close by.

•       Youth out discovering who they are. “romspringa” as the Amish call it.

•       variable one what condition is the ice the tent will be on. How wide are the crags?

•       Variable two how many people does it take to sustain a x specific temperature range. Each human gives off x amount of btu’s. X humans together the multiplication equation would be a fairly simple thing to figure out. X people are not enough, y range is ok, z is not only too many but it gets too hot.

•       Variable three the above is partially conditioned on the size of the structure. Heaters are not as necessary provided the number of people is above y. Heaters are necessary when major storms blowing in. Then the tent engineering requires the y range huddle together in specifically designed structures in the tents to maintain a minimum of ambient temperature.

•       Variable four calculated into the design of the tent would be ways to change the shape of both the interior and the exterior.

·       Reference buildings in Norway since they are permanent instillation create a wedge angle. They know where the heavy and strong winds come from and the Nordics engineer accordantly.

o   Engineering accordingly requires knowing where the wind would come from in this specific storm and creating an angle ridge in the walls. Using the walls and internal structure to instead of having a tent/sale to be captured by the wind; instead have the wind be channeled around the tent. By keeping the walls as tight as possible and angeling the walls into the face of the wind ”Flatiron Building, or Fuller Building, as it was originally called, is located at 175 Fifth Avenue in the borough of Manhattan, New York City”. the tall roof is designed to channel wind around the structure.

•       First the tent has to be approximately 18 inches or one cubit above the freezing ground. In really bad cold snaps, the distance has to increase.

•       (since the cubit size changes based on conditions. Might the box/s containing the various ancient holy items designed to change their shape. Similar to that of a expandable/collapsible suitcase?)

•       The framework between the wheels and the floor has to be specifically designed to ensure ease of use. Ease of use is a complicated bit of engineering. Everything depends on the frame. The frame is the most important portion of the tents engineering. Each of the other portions can have a critical failure and not be a deadly problem; the framework having a critical failure will produce death depending on how serious the engineering failure. A hole in the floor can be covered over, a hold in the tent can be patched, and skids/wheels broken weight can be adjusted to remove dependency on that side. The frame fails and all the above will not work correctly. Maintaining heat in 100 below is a get warm again in 5 minute or die, possibly 3 minutes.

•       The floor has to be light enough not to crush the skids, the wheels, or the framework the floor is sitting on, etc.

•       The structure holding up the tent or walls has to be engineered knowing where the loads will be coming from.

·       The load bearing internal structure has to be engineered with the same precision as a multistory moving building.

·       A 100 mile an hour wind has a great deal of weight behind it; the framework has to be able to sustain with 100 mile an hour wind from multiple directions.

·       Snow fall measured in dozens of feet is very heavy. The framework has to be engineered to hold up a dozen feet of dense wet snowpack

·       The structure also has to be designed to fluff off heavy snow pack; without the humans having to venture out to clear snow off the roof. Allow the wind and pressure angles to clear the snow off the roof.

•       Walls of the tent have to be made of different material depending on the needs of each area.

·       Leather,

·       Canvas (of course for canvas a large loom and sufficient supply of cotton or other knitting material is necessary. Animal hair is good for making thread out of. It might stink when wet but warm stinky animal hair life leave off that ingredient and you freeze; give me the animal hair canvas thank you.

·       Fur covered leather

·       Woven together plant material

o   Bark

o   Leaves

·       Paper or a rudimentary form of it.

o   Crushed together (papyrus) pulp of different plants.

o    

•       Each tent specific will require different engineering specs. A living quarters tent and a laboratory tent have different structural needs.

•       But they do all have specific engineering parameters necessary to maintain survival and structural integrity.

•       It is possible due in no small effort that human habitable tents and temperature control tents had to be extremely large e.g. more than 75 feet in diameter to accommodate all the structural needs.

•       The below listed layers create several heat and wind safety layers.

·       Layer one the outer walls. Outside environment, first layer

o   The area between the first and second walls is a thermos of protection. No matter how cold it is outside; a couple feet of as sealed as possible layers will produce a marked ability to keep cold out and warm in.

·       Second layer a few feet between the outer layer and the first inner wall.

o   The area between the second wall and the third wall is a second thermal/vapor barrier between the outside world and the inside conditions.

o   It also acts as a backup if the outer wall ruptures. The second wall becomes the outside wall.

·       Third layer; a few feet between the second and third wall.

•       Part of the “general quarters” order on a ship would be used during the heavy storms.

·       Citizens trained in jobs where all they do during their “watch” is to look for the variety of structural integrity marks. To watch the walls, floor, support beams, etc. standard cold weather gear monitoring jobs.

·       Another job would be to monitor and change the angle of the windward structure support. Then changing the angles of the walls to reduce the chances of the wind ripping through the walls. If the walls are kept tight; that reduces the chance of the walls ripping and letting 110 below zero air and 100 mile an hour wind in to the living structure.

·       The workers between layer 1 and 2 would be protected enough from the cold they could spent most of their watch time between wall one and two. No need to go outside for any length of time.

·       Have a once an hour or so “officer” go out and look to see if any changes need to be done. If the ice is developing cracks or other area changes need to take place

•       It is possible that some kind of dragging, rigging system could be created to do small subtle movements of the tent structure. If the entire structure needed to move a few feet or so away from a potential crack in the ice, or a particularly heavy snow drift. It is possible to develop between layers 1 and 2 some kind of motion devise to drag, push, etc. the tent structure out of harm’s way. Not major motions, just a nudging motions of a under a half mile.

•       Sleeping, mating, infants, toddlers, politics, youthful indiscretions, boys needing to prove their worth, girls doing little girl actions, scholars, warriors, etc. all have to be accounted for by equivalent actions inside.

•       Remodeling a house or business has been part of construction since the first permanent buildings.

•       Weapons,

•       Super cold weather gear

•       Fuel

•       Building supplies to build the next tent.

•       Building supplies to repair the existing tents.

•       Food

•       Day to day living supplies for the entire community. Large quantities of both raw yarn/string ready to be woven and woven string ready to be put into a loom.

•       Human and Animal waste; storage facilities. Freeze to death or use body waist to burn in the stoves.

•       If you can get the engineering down. Running some kind of heat transfer material into the middle of the composting pile of more than 120 degrees is a built in major heater.

•       Run the material from the compose piles into and around the living quarters tents.

•       One large composting tent can if engineered correctly heat a number of tents around it. Creating a large bubble of shared body, compose, animal waste burners, and animal generated heat bloom. During the harshest of 150 below with 200 mph winds that heating system can sustain a large 10,000s of humans for weeks or months. Just keep adding waist to the compost pile, and not mind the smell.

•       Literature

•       Every once in a while every culture develops a really intelligent person.

•       Every few centuries someone emerges who is born and have the motivational drive to use there neuropathways to think as deep and hard of thoughts as possible.

•       The problem has never been the concept of finding the super geniuses of the world. The problem has always been recording as much as what the genius can think of, teach everyone in the community those thoughts, and sustain the ideas and inventions the genius think over for the next generations. Which means it takes more effort to duplicate the ideas and inventions a genius thinks of than it takes that genius to think them up in the first place.

·       a genius can think of how to build a sterling engine; but it takes the collective wisdom of the group to learn what the engine is and how best to go about implement it. Which is the person is alive they can figure out how to implement their idea; but say the idea ha been implemented but the genius was only a limited applications genius. They invented the machine for x purpose; but have no understanding how to put product x into each of the problems from a-g.

•       A laboratory is like a school/classroom.

•       To learn how to do that, required work space in which to have a concentrated area to work and think.

•       A huge base,

•       The base floor would have to be capable of taking many tons

•       The first floor would have to contain either cows or pigs to offset the slipperiness of the ice and the many feet able the ground the center of gravity would be.

•       The second floor would be where the plants would start to be grown. The second floor plants would be placed just over the layer of animals; the plants chosen would

•       Rotating the soil

·       The modular technology for centuries later in tigerous and Euphrates barge boats might have come directly from the engineering of a 3 to 15 story tent. Capable of producing acres if not more crops on an every few months basis. No need to the fallow seasonal observance. Just rotate the soil out, keep the nutrient system going.

·       Thanks to the glacier age, rotating the soil into some aspect of frozen fallow is easy. Just build another tent with a large floor. Patrician the tent into sections; each section would be for a specifically timed area for maximum fallow of nutrient soil. Then mix the soil coming off the frozen tent with compost. Then add the freshly fallowed for months soil with half and half mixture of fertilizer from the compost process and you have good fresh soil in which to plant the crops needed for food in 4 months.

•        

•       wow, wow, and wow. I just tripped over the infrastructure technology of the hanging gardens of Babylon. they are in Eridu. Something I have been working on for weeks now and I just tripped over it.

•       it also explains why the gardens could move. why the arc of the covenant could change shape (the box container not ....), and how life on the ice after Adam and eve left is possible. Thanks to the institutional memory of portable stages. If you live on tundra, you have to be able to build tents with floors a cubic (the minimum distance of thermodynamics between 100 degrees and 20 below) above the tundra and have multiple floors of wheat/etc. to feed the cows/pigs. I am thinking a cubit is whatever the distance is to keeping a vapor barrier; 130 degrees below and man at 100 degrees above. I am on my knees humbled I was allowed to see it; thank you <G)reat one.

•       For the needs of large quantities of food; say wheat, soy, etc. the framework would have to be just a little different.

•       The framework would of course have to be able to cover the plants when it gets cold. But most of the time when the wind is not blowing; just a wind shield is all that would be necessary to open up the green house/tent and allow the plants to get a nice bit of sun. Place cows in the bottom and they generate enough heat to cut the freeze off of most of the plants growing above.

•       The t building structure.

•       Build a framework with a strong floor but open sides, build the framework with just enough vertical room to allow for just the size of the plant to grow.

·       Make a framework much like that on a construction site.

·       The framework would have walls of almost pure polls. That way there is little if any impediment to the growth process.

·       Which is how the hanging garden of Babylon were made. They took the framework of the tent removed the movable portions; put the moveable portions on rock. And continued having a multistory garden and crop production now a building capable of being expanded exponentially up and out.

·       Which is also how they might have thought of the engineering to build a 50 plus story tower/ziggurat. They had to build multistory tents to house crops sufficient to feed the herbivores.

•       Which would also allow the idea of how to

•       This concept is a very large misnomer concept.

•       There is so many stories and so many political add in that this story is all but mythology. Adding the current papers hypothesis and theories creates a new way to decrypt this story into fact

•       If we know every major tent city had a greenhouse. We know every greenhouse has to be of y dimensions in order to sustain y population. X dimensions will not produce enough food, z will produce too much. Storage for said extras becomes a problem. A desperate need to do exact calculations of for x people x lbs. of food in x time.

•       Of course there is nothing that states that the wonde3ring tents did not have elaborated on the ice with other tent cities and on the ground with on the ground cultures did not happen. The y of the extra mouths would not only have to be accounted for; but the entire infrastructure of what food goes to what mouth goes from on the ground a whatever over or above is all good. If we need to store the extra we do; building a gain or other solo is an easy task. When a culture carries literally everything with them, every lbs. of additional weight is one additional lbs. of weight which has to be accounted for.

•        

•       time of day.

•       Days since mid-summer

•       Days since last mid-winter

•       Days till the next mid-summer

•       Days till the next midwinter.

•       First the shadows of what time it is

•       Second the shadows of what longitudinal access you are

•       Three where on the latitudinal access you are.

•       Fourth the position of the planet in its orbit around the sun

•       Fifth this is where things get interesting.

·       Sound has been a part of the noticed megalithic examiners and scientists since Stonehenge and similar megalithic structures first starting to come into the preview of western culture. Western culture being specifically the rebuild Greco-Roman culture.

·       Sound is a huge part of the base engineering.

·       It does not take long working with light and sound to start noticing the structures of sound and light.

·       The structure of sound and light match the observed structures of how magnets and electricity operate.

·       Meaning four separate things all match in application structure.

•       Mecca always has been a place to invite scholars. It has always almost had large and well trained army. Mecca is also a city in which contains, or at least did before the Muslim’s tore it down, a megalithic structure I hypothesis with the same or very similar design of the wooden megalithic structure on the tent the people of Kaern built in order to study and record weather patterns. Then started to study astrophysics. Stumbling onto the field of electro-magnetics in the process. Cycladic storms can produce lightening. Very low humidity can produce static electricity very quickly. Two very simple and easy ways in which the tent living nomadic people of Kaern could have first discovered electricity and start to experiment with it. Nothing in the archaeological record suggests Mecca is not an ancient city with a strong academics base.

•        

8 5 the coming back of the true power of Canaan. (which who truly owns the lands of Canaan; will shock most of the entire world. The land is still called by their name. All the buildings still reflect the basic engineering the people of Kaern in this specific location were called the Canaanites. The people of Kaern language is called by scholars another title Indo European language. Since the people of Kaern lived almost their entire 10,000 plus year reign living on glaciers the evidence of their existence is spotty and misunderstood at best. How do I know they lived in and had vast tent technology; all the descended cultures of the middle east copied and used their yurt/tabernacle tent design. )