How to plant on the way of the pharaohs and the product is superior

 Introduction about the project

Project Idea
In the beginning it is a challenge to nature in all its forms, including hard snows, places where farming is impossible, and hot, dry summers. Therefore, I thought of building a hierarchical greenhouse that would help some countries and peoples in this Agricultural, productive and therapeutic development as well.  Therefore, I had to search for the most appropriate and best ways to create a greenhouse with the best materials that can defy the icy nature and preserve the heat and the plant next to it.  I had to search for a long time until I came across an easy-to-use, heat-resistant and environmentally friendly material.
I researched this material and found it to be impressive in energy conservation, internal heat and thermal insulation the beginning of the idea was to design an agricultural greenhouse that would be in the coldest weather conditions so that it could isolate the heat from inside and outside, and then think about the most appropriate form of production and keeping the heat from the inside is extremely important.  For the project, the idea of building a nested hierarchical model was the most appropriate solution to collect this enormous energy generated by the hierarchical hierarchical image, increasing the plant growth rate by no less than 200% faster than the natural growth rate of any plant.
As for the generation of thermal energy, there are many easy and good methods of conduction, heat environmentally healthy that can be included in the project to give a suitable climatic environment for growing agricultural products at any time of the year and anywhere in the world. The interior design will be in the form of vertical rows from 4 to 5 rows, which leads to double the amount planted from 400% to 500% in Same area used.
The strength of the project lies in its hierarchical design commensurate with the engineering design of the Egyptian Great Pyramid, which many international studies have proven to contain a distinctive and great energy that has many benefits, the most important of which is its benefits for plant growth with unexpected strength.
Greenhouses are a technology-based investment, the higher the level of technology used, the higher the potential for achieving controlled growing conditions. This ability to control the conditions in which crops grow is closely related to crop health and productivity.

Energy pyramid benefits
It is believed that the cavity of the pyramid polarizes and collects cosmic rays of unknown origin and nature, and it is believed that these rays come primarily from the west as a result of the Earth's rotation around its center.
This may explain the strong response of plants in terms of growth, production, nutritional benefits, enhancing their vitality, and protecting them against bacteria, unfavorable weather, and pests.
Because of those perfect and super focused cosmic rays.
* Our ancestors discovered the benefits and meaning of those free energies, and they adapted them to serve the environment, humans, plants, and animals. Then the modern era came to discover some of those great secrets and their benefits.
And there are those who see that the energy of the pyramid gathers and polarizes inside the pyramid, and then it is released towards the top of the pyramid towards space.
There are those who believe that diseases in humans, animals and plants appear first on the electrical aura that surrounds the body, and after that they are transmitted to the body.
One of the basics of radioactive materials science is that everything in the universe, including living organisms and inanimate objects, emits unique rays and absorbs rays.
There is a consensus that there is beneficial positive energy or radiation just as there is harmful negative energy, but we do not yet have a means that enables us to distinguish these two types of energy from each other except through the effect of these two types of energy, especially on living beings.
There are two types of ions (ions): negative ions and positive ions.
Negative ions spread in pristine nature and forests and enter the human body and pass through the blood. These negative ions have a positive effect on human physical and psychological health, as these negative ions increase the body's resistance to diseases and aging and improve the psychological state of man.
In polluted industrial environments, positive ions spread, and these positive ions have a negative impact on a person's physical and psychological health, as they weaken the body's immunity and cause depression.
The cavity of the pyramid model releases negative ions. From this point of view, the effectiveness of the pyramid comes in treating diseases and improving the psychological state.

Characteristics of the Khufu Pyramid model:
•Pyramid water is used to extend the life of cut flowers.
•We use pyramid water to improve the health of poultry and livestock.
•The energy released by the pyramid model has the ability to kill Gram-negative bacteria.
•The cavity of the pyramid and the water of the pyramid significantly positively affect the growth of the plant, and therefore it is recommended to try building plastic and glass houses in the shape of a pyramid. 
It is also recommended to build irrigation water tanks in a pyramid shape in a manner commensurate with the dimensions of the pyramid of Khufu. Plant and help get rid of plant diseases.
•It is recommended that drinking water tanks be pyramidal in shape.
•Placing the seeds prior to planting them in the cavity of the Khufu pyramid model leads to the speed and strength of their germination, just as the seeds that were previously placed in the cavity of the pyramid model give stronger plants.
• It is recommended to place fodder and drinking water for poultry and livestock inside the cavity of the pyramid model for at least 24 hours. It is also recommended that livestock pens and poultry farms be in a pyramid shape according to the dimensions of the pyramid of Khufu.
•Agricultural references recommend that the vine trellises and other pergolas should be oriented towards the magnetic north-south, as this leads to an increase in the quantity of production and a significant improvement in its quality, and this also protects the perches from infection with some agricultural pests.
•The cavity of the pyramid can also be used to activate the vegetative propagation of the plant by placing bulbs, corms, cuttings and offshoots inside the pyramid for at least 24 hours prior to planting them, as this encourages the cuttings to produce roots and it is recommended that the cuttings be placed in water while placing them in a cavity pyramid.
• Placing medicinal and aromatic plants inside the pyramid, even for a few hours, increases the amount of essential oils and improves their quality.
•Pyramid energy activates both the pineal glands and the pituitary gland pituitary glands.
•Plants placed in the cavity of the pyramid grow ten times faster than plants that were not placed inside the pyramid.
•Energy specialists recommend that houses be built in a hierarchical shape in a manner commensurate with the dimensions of the pyramid of Khufu, oriented towards the magnetic north-south so that we can benefit from the positive energy of the universe, given that the cubic buildings in which we live now either deprive us of energy beneficial positivity

This is the result of the personal practical experience of this project:
(first practical experience)
We constructed three pyramids with overlapping bases from a wooden structure, and covered the model with plastic wrap that matches the shape of the structure.
We prepared the soil below it without any chemical additions or organic fertilizer, then we planted five types of seeds (wheat, carrots, parsley, radishes, and watercress) at the same time, and we watered them day after day.
Knowing that the germination period of wheat is from 5 to 7 days
The period of carrot germination is from 14 to 21 days
The germination period of parsley is 30 days
And the germination period of radishes is from 3 to 4 days
And the germination period of watercress is from 7 to 10 days
At the same time, we prepared another side plot of land to plant the same seeds similarly, and the result was as follows:
Growth of wheat, radish and watercress after three days of sowing
As for carrots on the fourth day, the result was very, very, very impressive
Parsley germination appeared after 10 days of cultivation inside the hierarchical structure.
However, the other piece of land showed vegetation at a slower rate than the natural schedule mentioned above.

(second practical experience)
We created an individual pyramid similar to the design of the Great Pyramid, made of a wooden structure, and we covered it with plastic wrap that matches the shape of the structure.
We prepared normal agricultural soil below it without any chemical additions or organic fertilizers, then we planted again five types of seeds (wheat, carrots, parsley, radishes and watercress), and we irrigated the soil day after day.
Knowing that the germination period of wheat is from 5 to 7 days
The period of carrot germination is from 14 to 21 days
The germination period of parsley is 30 days
And the germination period of radishes is from 3 to 4 days
And the germination period of watercress is from 7 to 10 days
The result was as follows:
Growth of wheat, radish and watercress after three days of sowing
As for carrots on the fourth day, the result was very, very, very impressive
Parsley germination appeared after 10 days of cultivation inside the hierarchical structure.

These experiments were with very simple raw materials, but the raw materials of the basic project are more useful and developed and last for much longer periods because they bear the factors and different climatic conditions.

Materials used
- What is the airgel that is the basis for building our project: -
“When you hold a piece of silica aerogel, it feels otherworldly. If you drop it on a table top, it has an acoustic ring to it. It sounds like a crystal glass hitting the table,” describes George Gould, the director of research and development at Aspen Aerogels Inc.
Similar in chemical structure to glass, aerogels have gas or air in their pores instead of liquid. Developed in the United States nearly 80 years ago by a man named Samuel Stephens Kistler, an aerogel is an open-celled material that is typically comprised of more than 95 percent air. With individual pores less than 1/10,000th the diameter of a human hair, or just a few nanometers, the nanoporous nature of aerogel is what gives it the lowest thermal conductivity of any known solid.
The remarkable characteristics of silica aerogel—low density, light weight, and unmatched insulating capability—attracted NASA for cryogenic insulation for space shuttle and space exploration mission applications. For example, when a shuttle is fueled, it requires more than half a million gallons of cryogenic liquid oxygen and liquid hydrogen. To remain a liquid, hydrogen must stay at a cold -253 °C and liquid oxygen must remain at -183 °C. The systems necessary to deliver, store, and transfer these cryogenic liquids call for high-performance insulation technology at all steps along the way and into space.
Crayons placed on top of a piece of silica aerogel will not melt from the heat of a flame. Certain types of aerogel provide 39 times more insulation than fiberglass.
In 1992, NASA started to pursue the development of a practical form of aerogel. Up until that point, aerogel had always been too fragile to handle in its monolithic (or solid) form, and too time-consuming and expensive to manufacture. The concept for a flexible aerogel material was introduced by James Fesmire, the senior principal investigator of the Cryogenics Test Laboratory at Kennedy Space Center. Fesmire, at that time a mechanical engineer responsible for cryogenic fueling systems design, envisioned an aerogel composite material that would be practical to use, but would still exploit the phenomenal heat-flow-stopping capability provided by the nanoporous aerog

PARTNERSHIP

Aerogel is made from a wet gel that is dried. The substance has been described as feeling like volcanic glass pumice; a very fine, dry sponge; and extremely lightweight Styrofoam.

Kennedy Space Center awarded Aspen Systems Inc., a research and development firm in Marlborough, Massachusetts, a Small Business Innovation Research (SBIR) contract to create a flexible, durable, easy-to-use form of aerogel. The world’s first aerogel composite blankets were produced in 1993 as cookie-sized laboratory specimens. Initial testing under cryogenic conditions showed the material to have exceptionally good insulating performance in ambient pressure environments. At that time, standard laboratory test machines were inadequate to fully characterize the material’s very low heat transfer characteristics under cryogenic conditions. A second phase of the SBIR program, a collaborative effort with Kennedy, was awarded in 1994. As part of that collaboration, a cryostat insulation test apparatus was devised for measuring the true thermal performance of the aerogel blankets. This apparatus, Cryostat-1, was able to fully test the material and later became the cornerstone capability for the laboratory at Kennedy.

By 1999, these contracts led to further partnerships, and Aspen Systems developed a manufacturing process with NASA that cut production time and costs, as well as produced a new form of aerogel, a flexible aerogel blanket. To make the new material more useful, the spaces within a web of fiber reinforcement were completely filled with silica aerogel. “It’s a little like an epoxy resin in the polymer composites world. By itself, epoxy resins can make great glue. But if you combine it with fiber, you can make airplanes and helicopters out of it,” says Gould.

To develop and market the revolutionary product, Aspen Systems started Aspen Aerogels Inc. in Northborough, Massachusetts. Since 2001, Aspen Aerogels has been using the same manufacturing process developed in part under the NASA SBIR to provide aerogel to the commercial world. In 2003, Aspen Aerogels received the “R&D 100” award from R&D Magazine. By 2009, the company had become the leading provider of aerogel in the United States and currently produces nearly 20 million square feet of the material per year.

While NASA uses the Aspen Aerogels product for refrigerated applications such as launch vehicles, space shuttle applications, life support equipment and rocket engine test booths, there are a range of commercial industrial applications including pipe insulation, building and construction, instrumentation and refrigeration equipment, trucks and automobiles, as well as consumer applications, such as personal clothing. Recently, airgel products have also begun to enter many industries and construction to give the best ideal result for maximum thermal insulation from heat and maximum from cold... Therefore, it was necessary to start a new era for safe agricultural production against any environmental disasters on our planet and against harsh temperatures in Winter or summer that threatens our essential diet

Project and environmental features: -
- The speed of agricultural crop growth by 200%
- Cultivation of seasonal agricultural crops anywhere in the world and at any time of the year.
Challenge all extremely hot and very cold weather conditions.
- The possibility of cultivation in places where it is impossible to cultivate, and also on the roofs of houses, with the doubling of the agricultural crop.
- Providing highly moist agricultural soil, which means saving 50% of the water in irrigation.
- Agricultural crops with high natural nutritional benefits without chemical interference.
- Producing agricultural crops free from various agricultural pests.
- Building strong design greenhouses against weather or snow.
- Relying on clean electric energy to provide a warm internal environment for the greenhouse.
- The possibility of exploiting the hierarchy of agricultural greenhouses in medical and health practices for humans

About us
We are two men from Egypt who are seriously striving to contribute to giving the world a great idea about our project that we have worked on for many years of research!
This project is derived from the sciences of our ancestors and our branches of cosmic and terrestrial energy, which contribute very effectively to agricultural production. It will be the perfect and alternative solution to face future times that will be difficult for our entire planet because it will threaten our food and water security due to the rapid and catastrophic change of weather and agricultural climate on the entire planet and different countries It would be our pleasure to present our project to you because we trust your understanding of our idea and also support us in its design and success in your wonderful country with our full support with all our research, ideas and practical contribution to the success of this national project

References
_ Scientific sources: - _ German engineer "Karl Derbal" Karl Derbal,,
  French scientist Antoine Bovis.
_ Max Toth, author of the book "The Energy of the Pyramids"
  Luis Alvarez conducted a successful experiment to test "radiation"
_ Dr. Ibrahim Karim, scientist (biometrics)
  Inventor Nikola Tesla (energy pyramid)
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^ From the Research Group Pharmaceutical Thermodynamics [broken link] of Friedrich-Alexander-University of Erlangen-Nuremberg "Archived copy". Archived from the original on February 15, 2009. Viewed on 07/2015.
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^ Carmichael, Mary. Stranger Things First Prize: An exotic substance, like "frozen smoke," that might clean rivers and power cell phones and powered spaceships. Newsweek International, 2007-08-13. Retrieved on 2007-08-05. "Archived copy". Archived from the original on 2010-09-01. Viewed on 07/2015.
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