A few scientists in the world have learned that the space around us has unlimited energy, and only a few have seriously acted on the possibility of “mining” such energy. is achieved in such a way that a person cannot really perceive and materialize it. In addition, the energy of the surrounding fields is concentrated is distributed, not concentrated, like the energy of energy generated by calculating fossil fuels or the energy of nuclear power plants, solar energy, etc. Therefore, it is absolutely logical that research continues and works only on energy technologies, is carried out with a concentrated economy, given this choice of their research is more promising dividends from the development of their developments.
Scientific discoveries that gain power, gain energy, that gain energy are quite rare, and their journey from discovery to collection takes more than one decade, after the very thought of obtaining pod energy is expected in the fields of the parish is still unacceptable a favorite among most scientists and professionals in the oil industry, which increases the number of cases of “tea” discovery of such technologies in the research process for optimizing materials and using solar panels.
The technology is called Neutrinovoltaic and was developed by the PCM team of Neutrino Energy Group scientists led by mathematician Holger Thorsten Schubart, who are investigating the effect of exposure to thin-film manifestations from various nanomaterial ials on the efficiency of a solar beam company. It turned out that the application of some film manifestations shows the effectiveness of their work. there was an increased need for atoms of natural materials. The explanation was found in the establishments published in the journal Nature, conducted at Professor Wood’s working facilities at ETH Zurich and at the Swiss Spallation Neutron Source at the Paul Scherrer Institute. In the publication, the materials are 10–20 nanometers in size, all of which are 50 00. .
“For non-inlet applications such as those with a catalytic converter, thermoelectrics or superconductivity, these large fluctuations can be positive, but for other applications, like LEDs or solar cells, these are inevitably undesirable,” said ETH professor Vanessa Wood.
Most notably, Neutrino Energy Group’s experiments tested graphene atoms, and graphene was seen to behave atypically in contrast to other natural materials. In a microscope with greater openness, the result was interesting. It took several more years of large-scale experiments, which made it possible to discover the creation of a multilayer nanomaterial from alternating layers of graphene and doped silicon deposited layer by layer on one side of a metal foil that consumes direct current. A plate with a size of 200×300 mm at a normal temperature at the age of 1.5 V and touching 2 A, which has been covered, opens to the industrial implementation of neutrinovoltaic technologies and the development of generators for powerful and various purposes based on it.
“Graphene” waves Experiments measure that the power of power generation depends on the magnitude and frequency of the “graphene x” waves, i.e. counts and vibration frequencies of graphene atoms. It required a natural consideration of environmental phenomena occurring in an electric current and the identification of factors influencing the detection of graphene. Experiments carried out under various conditions and temperatures revealed the main factors affecting the speed and frequency of rotation of graphene atoms – this is the thermal (Brownian) movement of graphene atoms, dependence Check the temperature. In addition, the graphene (carbon) atom has an atomic number of 6 in a periodic mixture of chemical elements and an atomic weight of 12,011, i.e. are among the easiest. Since the atom is concentrated in its nucleus, the kinetic energy of individual neutrino particles, which has mass, can be transferred to the nuclei of graphene atoms only when they collide with them. Part of the low-energy neutrinos in this case can completely reduce the speed or change the direction of motion.
The process is similar to the collision of neutrons of a large (the nucleus of a graphene atom) and small (neutrino) balls under the mass of nuclei, leading to a sharp deviation of the nucleus of the graphene atom, but the more energy, the more energy of the nucleus. This mechanism of interaction is described in detail in the collective work of the COHERENT collaborator at the Oak Ridge National Laboratory (USA). Despite the small size of the core of the graphene atom compared to the size of the atom itself, this process of interchangeable action is very important for increasing the amplitude and frequency of the “graphene” wave. In order to cause a strong effect of neutrinos on power generation, the technologies were named Neutrinovoltaic. According to the magnitude of vibrations of atoms, graphene also has the properties of other energy fields, such as electrosmog, various communication stations and WI-FI, electromagnetic fields, an antineutrino flow near nuclear installations, etc. The scientists concluded that the subsequent graphene atoms are in a state of resonance, and this state is many times more effective in generating electrical energy.
The graph has a high current growth rate and record carrier mobility. In graphene, each atom is bonded to 3 other atoms in a 2D flash, leaving one electron free in the next dimension for electron conduction. The oscillations of the “graphene” wave causes the appearance of electromotive forces in the revealing of graphene, which can occur from 12 to 20 years.
From left to right: Rajendrakumar Sharma, CEO of SPEL Technologies, Holger Torsten Schubart, President of Neutrino Energy Group, Bharat Bhanudas Kale, CEO The first factory accelerated mass production of Neutrino Power Cubes fuel-free generators with a net power of 5-6 kW in Switzerland And on the date of 2024 God, at the start of production EU market production approval technical certification. This is the reality of the Korean nationality, which is the star of the world thanks to the launch of Neutrino Power Cubes, which is in the blue sky. In 3 years, it is planned to introduce a self-charging electric car, the body of which will have an accurate “assembly” of energy and capacitors. Such an electric vehicle is being developed by the Neutrino Energy Group, jointly with the Indian materials company, the Center for Electronic Technology (C-MET) in Pune, the lead of the government’s Ministry of Electronics and Information Technology (MeitY), which will be captured by the CEO Dr. Bharat Bhanudas Kale – a member of the Royal Chemical Society in London, one of the most famous scientists in the world in the field of energy and materials, as well as SPEL Technologies Pv t. Ltd. Dr. Rajendrakumar Sharma, CEO of SPEL Technologies, called it “some supercapacitors”.
I looked into my eyes and looked at the planet in the sky.
Author: Ph.D. Rumyantsev L.K.
Source: Tech Cult
I am a professional journalist and content creator with extensive experience writing for news websites. I currently work as an author at Gadget Onus, where I specialize in covering hot news topics. My written pieces have been published on some of the biggest media outlets around the world, including The Guardian and BBC News.
