RESEARCH
We conduct multidisciplinary and innovative research, both fundamental and applied, in partnership
with academic, industrial, and institutional actors.
FERTILITY ANATOMY
There is a deep connection between mammalian anatomy and our planet's ecological systems. By understanding the complexity and interconnectedness of biological and ecological systems, we then understand the absolute necessity of preserving our planet and its incredible process of creating life.
In 2020 we theorized the phenomenon of biomass creation and evolution, with the aim of creating resilient and sustainable crop models. The self-fertility of the Earth quickly emerged as one of the keys to understanding this incredibly complex and, above all, living cycle, to which we are vitally linked.
Our plant planting facilities and techniques are based on this theory of Life and global symbiosis that unites all living organisms.
Fertility Anatomy
The theory of the anatomy of fertility is based on an analogy that compares terrestrial structures to the organs of the human body, allowing for an integrated conceptualization of soil fertility and ecosystem health. This holistic vision helps understand how different layers of the Earth interact and function symbiotically, just as human organs collaborate to maintain the organism's health and vitality. Combining interdisciplinary research and practical innovations, this theory proposes a new perception of our planet and innovative techniques for resilient and sustainable agriculture.
Brain / Inner Core : Synapses
The dynamics of the inner core are influenced by Earth's rotation and convection currents in the mantle. The inner core of the Earth, often considered the energetic heart of the planet, can be compared to the human brain. Just as the brain uses synapses to transmit information and coordinate bodily functions, the inner core uses energetic interactions, akin to "luminous synapses," to generate the Earth's magnetic field essential for life.
Arteries and Veins / Outer Core : Distribution Network
Movements in the outer core are responsible for generating the Earth's magnetic field, crucial for animal navigation and protection against solar wind. The Earth's outer core, composed of liquid iron and nickel, acts like a vast distribution network, similar to the human body's arteries and veins. It transports essential elements and allows the circulation of magma, analogous to blood flow, which carries necessary nutrients to the Earth's surface. This process maintains the planet's internal dynamics, fueling volcanoes and contributing to the formation of new crust.
Mouth and Throat / Upper Mantle : Filtration
Isotopes in upper mantle rocks reveal traces of extraterrestrial materials, suggesting constant interaction between Earth and space. The upper mantle, located beneath the Earth's crust, can be compared to the human mouth and throat, which regulate and filter incoming elements. The upper mantle acts as a geological filter, regulating interactions between the Earth's surface and space. It absorbs and transforms materials from space, such as meteorites, integrating their elements into the Earth's cycle.
Skeleton / Lower Mantle : Support and Movement
Tectonic plates are driven by convection currents in the lower mantle, similar to how muscles move bones. The lower mantle, solid and rigid, provides structural support to the Earth's crust, just as the human skeleton supports soft tissues. It plays a fundamental role in tectonic movement, allowing Earth’s plates to slide and shift, forming mountains and valleys.
Muscles / Continental Crust : Development
The continental crust is constantly renewed through orogenesis and erosion, creating a cycle of formation and destruction similar to muscle growth and cellular regeneration. The continental crust, made of solid and resilient rocks, is comparable to the robust muscle fibers of the human body. It forms the foundation on which terrestrial ecosystems develop, providing the necessary support for plant growth and soil formation.
Liver & Kidneys / Oceanic Crust : Purification
Hydrothermal processes at ocean ridges play a crucial role in regulating the chemical cycles of the oceans. The oceanic crust, in perpetual renewal, acts like the human body's filtration and purification organs, such as the liver and kidneys. It filters chemical and mineral elements, contributing to the purification of ocean waters and maintaining water quality essential for marine life.
Blood / Magma: Vital Flow
Magma transports elements like sulfur and carbon, essential for the formation of new rocks and the regulation of biogeochemical cycles. Magma, fluid and dynamic, circulates through Earth's layers similarly to blood in the human body. It carries the nutrients and thermal energy necessary for rock formation and volcano fueling, playing a crucial role in Earth's geological cycle.
Heart / Magma Chamber : Pump
Magma chambers are fed by mantle plumes from great depths. Located beneath volcanoes, these magma chambers can be compared to the human heart. They pump magma from the Earth's interior to the surface, creating volcanic eruptions that shape the terrestrial landscape. This dynamic action is essential for material redistribution and the nourishment of terrestrial ecosystems.
Urine / Water : Elimination and Renewal
Water cycles are essential for nutrient distribution and the regulation of local and global climates. Earth's water, in its various forms (rivers, oceans, groundwater), plays a role of elimination and renewal, similar to urine in the human body. It transports mineral wastes to the oceans and recycles nutrients through the hydrological cycle, thus ensuring the fertility and health of terrestrial ecosystems.
Hair / Plants : Regulations
Plants play a crucial role in carbon sequestration and water cycle regulation. With their roots and leaves, plants are comparable to human hair. They filter the air, regulate soil temperature, control moisture, and allow soil permeability, playing a crucial role in maintaining healthy and balanced ecosystems.
Bacteria / Living Organisms : Immune System
Microbial diversity is directly linked to soil health and productivity. Living organisms in the soil, such as bacteria and fungi, act like an immune system for the terrestrial ecosystem. They decompose organic matter, release essential nutrients, and protect against pathogens, contributing to soil fertility and resilience.
Intestinal Wall / Biosphere – Hydrosphere : Digestion and Absorption
The nitrogen and phosphorus cycles are regulated by interactions between terrestrial and aquatic ecosystems. The biosphere and hydrosphere, with their complex networks of life and water, function like the human body's intestinal wall. They digest organic and mineral matter, absorbing the nutrients necessary to sustain life on Earth.
Intestines / Lithosphere – Kerosphere : Transformation and Assimilation
The processes of rock degradation and transformation release essential nutrients for terrestrial ecosystems. The lithosphere and kerosphere, composed of Earth's solid outer layers, transform and assimilate chemical and mineral elements, analogous to the role of intestines in the human body. They contribute to soil formation and the regulation of geochemical cycles.
Skin and Lungs / Atmosphere : Interactions and Reactions
Earth's atmospheric layers play a crucial role in protecting against UV rays and regulating global climate. The thermosphere, mesosphere, stratosphere, and troposphere can be compared to the skin and lungs. They regulate interactions between Earth and space, controlling the exchange of heat, gases, and particles, and protecting terrestrial life from harmful radiation.
Elemental Nutrients / Universe : Food
The heavy elements necessary for life on Earth are formed in stars and dispersed by supernovas. These elemental nutrients thus come from the universe. The chemical elements formed in stars and scattered by supernovas nourish the entire Earth system, playing a fundamental role in soil composition and ecosystem fertility.
BIOMASS app
(The overall management of natural resources)
Imagine a world where every detail, from the ground beneath your feet to the atmosphere surrounding you, is accessible at the click of a button.
Our application provides real-time 3 dimensional visualizations, from the subsoil to the Earth’s atmosphere, enabling an unprecedented understanding of our planet !
We integrate data from all existing sensors and technologies, ensuring comprehensive and detailed coverage.
Intuitive Visualization : Smooth navigation through complex data layers, thanks to our immersive user interface.
Artificial Intelligence at the Service of Customers
Our application is equipped with advanced artificial intelligence that assists users in data analysis and the formulation of effective strategies. This personalized AI enables fast and informed decision making.
" BIOMASS " allows for a detailed reading of the ecosystem, its deficiencies, its excesses, and its potential. A personalized strategy is proposed based on the context and this makes it possible to create of accurate predictive modeling.
A technology that helps preserve natural resources and massively sequester organic carbon.
"BIOMASS" is precise and tailored responses to a variety of issues, from the main sectors of human activity (Agriculture & Livestock, Resource Extraction, Manufacturing, Transportation or Urbanization).
(NANO INSECT)
Our research teams and experts are constantly exploring new methods and technologies.
(UNIVERSAL TRANSLATOR)
In addition, convinced of the importance of the humanities and social sciences in understanding the impacts of our technologies, we are committed to studying and understanding the social and cultural implications of our work.
