The relationship between electricity and magnetism wasn't thoroughly studied until 1873 when physicist James Maxwell observed the interaction between positive and negative electrical charges.
We need a gravity equivalent to Earth's gravity so that the plant can carry out its functions to form and stabilize its food; We saw that an electromagnet could do this job, so we used it.
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2-THE SOIL�
The topsoil of Mollisols is characteristically dark and rich with organic matter, giving it a lot of natural fertility. These soils are typically well saturated with basic cations (Ca2+, Mg2+, Na+, and K+) that are essential plant nutrients.
And also there will be all the treatment that the plant needs
Treating bacterial diseases , Chemical treatments , Treating viral diseases
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3-THE LIGHT
The lights that plants need are blue light, which is important for the growth of green leaves, and red light is important for the growth of flowering or fruiting plants.
The maximum daytime for plants is 16 hours.
The best type of artificial lighting instead of sunlight that can be provided to plants is to put a neon lamp for each two LED lamps
There is a direct relationship between the color temperature and its blueness.
The lamps should be placed at a distance of between 30 cm and 100 cm.
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4-RECYCLE THE WATER�
The recycling will start from taking the oxygen produced by the plant and giving it to the astronauts and taking carbon dioxide from it and then putting it in a glass to take it and we will bring the arcabacteria and we will dilute it with animal dung to produce methane and then we put methane gas with carbon dioxide, which produces two molecules of water and then It is crushed and placed in a processor to purify the water and then plant the plant
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5-THE TEMPERATURE�
It is known that the average temperature of most plants ranges between 15:24 ° C
In order to provide them with the right climate for growth, the temperature must first be determined at all times and this will be done through the use of the FYTA Beam sensor,
Which gives us the ability to determine many of the needs of the plant, the most important of which is that it measures the current temperature of the plants.