Graphene reduces the use of fossil fuels

Easily accessible deposits of fossil raw materials are running out more and more. This is currently making the Arctic a region of confrontation – especially since the USA laid claim to an area of seabed twice the size of California. But new, more sustainable technologies for generating electricity are emerging.

According to estimates (German), around 22% of the world’s undeveloped oil and natural gas reserves are in the Arctic. Yet this region currently accounts for only a tenth of global oil production and a quarter of global natural gas production. Current production takes place mainly on land or near mainland areas with little ice cover. The desire to acquire further material resources could have to do, among other things, with the indebtedness of producing countries, which regard mineral resources as an economic counterweight. Investments in Arctic deposits, especially in oil and gas, are only profitable in the long term. This is countered by technological progress, particularly in energy generation. In Germany, almost 60% of electricity came from renewable sources in 2023. That corresponds to around 260 TWh, an increase of around 7% on the previous year. Photovoltaics contributed almost 60 TWh in 2023. Wind turbines generated almost 140 TWh, around 14% more than in 2022. During the year, solar installations with a total capacity of 14 GW were installed in Germany, against a target of 9 GW. These figures show that Germany and other countries, despite such systems depending on the weather, are striving to further reduce the use of fossil fuels to generate electricity.

The need for fossil fuels to generate heat is also likely to continue to decline over the next 10–15 years, as there is a transition to electrically powered systems. The most important question on the way away from fossil fuels, however, is how not only the replaced capacity can be compensated but also how the electricity demand, which rises every year, can be met. In many places on Earth it is impossible, or at least uneconomical, to build wind turbines and solar parks. The pressure of demand for new technologies for generating electricity – especially ones free of the disadvantages of solar and wind energy – is therefore enormous.

Almost everyone now knows the name Nikola Tesla: a scientist and inventor who achieved phenomenal success in developing technologies for obtaining electricity under the influence of radiation fields of the invisible spectrum, which he called the ether. However, he was not able to realise all his achievements during his lifetime – even though he demonstrated an electric car that did not have to be charged from power lines. For many decades after his death, scientists dreamed of developing something similar. But for a long time they remained unsuccessful. Since then, the idea of obtaining electricity by using the radiation fields of the invisible spectrum around us remained an unsolvable problem. But around ten years ago, the first information emerged about the development of such a technology by the Neutrino® Energy Group. Today, in close cooperation with the Society for Self-Sufficiency (GAIA) in Austria, a field test of this technology is already being planned in the form of the Neutrino® Power Cube – a converter that produces electricity from precisely these invisible radiation fields. The term coined for it is Neutrinovoltaic®. Factories are also being planned: industrial production is to be launched at several sites in the near future. The preceding field test is first intended to confirm the stated properties of the Neutrino® Power Cubes and demonstrate their reliability and stability. The significance of the Neutrino® Energy Group’s work is so far-reaching that the name of the founder and initiator of Neutrinovoltaic® technology, Holger Thorsten Schubart, is increasingly associated with the outstanding achievements and discoveries of the 21st century.

What is Neutrinovoltaic®?

Neutrinovoltaic® refers to a technology for producing a multilayer nanomaterial from alternating layers of graphene and doped silicon. This layer structure generates a constant electric current from the thermal motion (Brownian motion) of the graphene atoms and from the entire spectrum of invisible radiation – including that of neutrinos. The effect of this radiation causes the atoms in graphene to vibrate, which manifests itself in the form of “graphene waves”. These come into resonance and increase the power of electricity generation several times over. Such a layered plate measuring 200 × 300 mm generates a voltage of 1.5 V and a current of 2 A under standard conditions. The resonance (vibration of the “graphene waves”) is the work that causes the thermal motion of the graphene atoms and the energy of particles from various invisible radiation fields – including the kinetic energy of neutral neutrino particles – to be converted into electric current.

Similar to the electric generators currently produced for power plants, Bedini circuits for fuel-free power generation and various magnetic motors, an electromotive force (EMF) arises in each graphene layer due to the interaction of magnetic and electric fields. The essential difference, however, is that unlike rotors, Neutrinovoltaic® technology contains no rotating parts; instead, the micro-vibrations of the “graphene waves” in the nanomaterial act as the exciter. That is a different physical mechanism for producing an EMF. Graphene-based Neutrinovoltaic® not only opens up completely new decentralised possibilities for supplying individual homes with electricity. No – this technology has the potential to literally turn our world, and the generation of electricity, upside down, from large scale down to small electrical devices. The mere idea that calculators, remote controls, mobile phones, refrigerators and other devices based on low voltages and direct current could, thanks to this technology, reduce their grid consumption or no longer need it at all is – let’s be honest – revolutionary. To take steps in this direction, the company will invest 1 billion euros in various kinds of applications over the next 3 years.

Paradigm shift in energy

The transformative power of Neutrinovoltaic®

It is also particularly important to stress that Neutrinovoltaic® cannot be described as generating electricity from neutrinos. That is only a “trademark”. It would be more accurate to speak of electricity generation using graphene as a converter. The choice of the name Neutrinovoltaic® is more conventional than characteristic of this technology. But that does not in the least diminish the special significance of this discovery for the development of environmentally friendly and safe energy generation for the good of all humanity.

Translated from Russian – planet-today.ru