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Engineered Transition Elements State
BLULAB Corp. recognized as pioneer specialized of research and development of high-tech devices, aimed at redefining the global energy landscape.
The nanomaterials in transition state discussed here consist of essentially pure superfluid elements from the platinum group, characterized by an orbital rearrangement of electrons involving all "d," "s," and particularly the free "p" orbitals. This characteristic endows the elements with a range of unique electronic, magnetic, and physical properties, offering various commercial application opportunities.
Transition State Elements can be engineered according to the desired application, exhibiting high customization flexibility through the interaction with wave frequency fields. The BLULAB team can provide appropriately engineered transition state nanomaterials for various applications or supply suitable devices for their extraction.
Biomedical
In the biomedical field, the use of nanotechnology constitutes a cutting-edge therapy with a broad spectrum, beneficial for human evolution and vitality. The orbital structure of Engineered Transition Metals can absorb a high amount of biophotons, quanta of ultraviolet visible light, equivalent to solar energy transformed into vitality by the human body.
In the biomedical sector, the topic is understood scientifically and employed as an intelligent interactive tool that merges the phenomena of quantum electrodynamic coherence to rebalance thought forms and restore the genuine biocellular and psychophysical functions of the individual.
Benefits
Enhanced energy booster with increased magnetic charge;
Awakening of dormant DNA segments;
Production of new neurotransmitters and neurosynaptic connections;
Greater clarity, sharpness, and mental concentration;
Increased metabolic rate;
Permanent presence.
Energy
The application of platinum group transition state nanomaterials in energy storage is a promising research area that exploits the unique properties of these metals to enhance the performance of energy technologies.
In Electrochemical Catalysts Platinum group metals are known for their excellent catalytic properties. They are used as catalysts in energy storage devices, such as fuel cells and batteries, to improve the efficiency of electrochemical reactions.
In Hydrogen Fuel Cells, Platinum is commonly used as a catalyst in the electrodes of hydrogen fuel cells, where it facilitates the oxygen reduction reactions (ORR) and hydrogen oxidation reactions (HOR). This improves the overall efficiency of the fuel cell.
Durability and Stability: PGM-based catalysts exhibit high durability and stability, making them ideal for long-term applications in fuel cells.
In the Solid-State Batteries Platinum group nanomaterials can also be used in solid-state batteries to improve ionic conduction and electrochemical stability. These materials can facilitate ion diffusion through the electrodes and enhance the overall performance of the battery.
I the Supercapacitors Platinum group metals can be used in supercapacitors as electrode materials to improve energy storage capacity and charge/discharge rates. Their high electrical conductivity and catalytic properties help enhance the performance of supercapacitors.
Agriculture
When used as natural bio-activators in agriculture, transition state minerals stimulate the bio-energetic system of plants, increasing the electrical potential for nutrient absorption, optimizing photorespiration, and enzymatic/hormonal activity, thus maximizing the plant's expressive potential.
Advantages
Optimized growth;
Higher quality of the plant;
Increased crop productivity;
Reduction of watering needs by up to 30%;
Enhanced nutritional potential and potency of active ingredients;
Increased resistance of plantations to harsh temperatures with wide climatic variations;
Achieving sugar maturity or balsamic peak before other nearby crops;
The plant, in addition to being nourished, is placed in conditions to absorb the highest bio-electrical potential.
