The plant: a self-consuming energy community
The word energy seems so distant from the agricultural world, yet plants are a self-consuming energy community.
The concept of energy will radically change our perception of plants and their production, and thus of the unfortunately still very backward agricultural system.
The same technical figures, such as agronomists for example, have a culture that does not evaluate life and therefore the needs of crops according to energy parameters: crops are the place of the efficiency and effectiveness of the farmer's economic activities, full stop. A slavish mentality that gives us poisonous food.
We could produce more efficiently and effectively if we actually conceived agriculture as the interconnection between plants and our lives.
The culture of agricultural crops
The culture of agrarian crops linked to methods and techniques dictated by human distortions has turned the planet into a poison factory where the air is unbreathable, the water is undrinkable, the soil is sterile.
And as if that were not enough, today agriculture can become a management model and even a sect, scam or other disguised power organisation.
The simplicity of the peasant man is involuted.
Agronomic knowledge, although elevated to the status of Agricultural Science, does not belong in the great spheres of human knowledge. Could the fruit of such a narrow mindset, so separated from the new, ever evolve?
Overcoming the limit of human knowledge made up of pseudo-sciences, pseudo-religions, pseudo-politics, pseudo-everything, would indeed seem easy, but since the goal is always money, it is impossible. Absurdly, it would be more worthwhile to energy-certify plants to feed the monetary cravings of people still worshipping the Golden Calf than to repower Mother Nature instead of continuing to poison her.
The energetics of living systems
The energy of a living system such as a plant is the flow of energy that sustains it.
We knew a teacher who, in order to explain this concept, used to show her pupils what happened to a plant locked in a cupboard.
Everyone agrees that plant life is sustained by solar radiation and that in its absence, life processes are impaired. Few know that plants measure their energy state to define their response to stress. Even fewer still are aware of types of energy other than solar, yet fundamental to life.
It is no coincidence that the plant is an open system capable of exchanging both matter and energy with the external environment.
Energy efficiency levels of living systems
AXS M31 research has shown, through researcher Mendini's studies, that plants can develop in environmental conditions below minimum subsistence temperatures and/or light deficiencies that impair the programming capacity of plant structures. We are talking about cryosynthesis, which is opposed to photosynthesis in that it is possible to replace sunlight with other types of energy. This is an extremely important project as, taking into account extreme climatic-environmental conditions and emerging genetic knowledge, it is aimed at repowering future agricultural productivity.
By using high-resolution energy for Dynamics and Amplified Photosynthesis, it is therefore possible to work on the reprogramming capacity of plant structures. Naturally, we are talking about the energy technology that characterises BioAksxter® formulations and the related interventions that can increase the efficiency level of living systems.
In this sense, research protocol 016 highlights the results obtained with BioAksxter®, the magnetic flux fertiliser, in a arable crop submerged by heavy rainfall that had compromised germination.
These results allow a significant advancement of knowledge on the adaptation of plants to flooding conditions that in the context of climate change increasingly affect agriculture, and demonstrate how plants with an adequate energy reserve can activate the molecular response to stress.
A response that totally rehabilitates the crop. A response that secures the future of the farm.
