The Science
NRG+ is designed as a passive, non-invasive performance support technology developed within the conceptual framework of Energetic Quanta Cymatic Communication (EQCC). The technology is designed to interact passively with endogenous bioelectrical signalling processes through the application of pre-mapped frequency patterns embedded within a proprietary material structure.
Outlined here are the theoretical foundations underlying NRG+, including bio signalling, bioelectrical communication, mitochondrial function, frequency-pattern interactions, and cymatic principles.
NRG+ combines ancient wisdom with modern technology based on the foundational principle that in modern biology and physics all life depends on the flow of energy and information. Our philosophy and belief call for an all-encompassing protection of our lives and bodies inside and out. We believe in the technological process creating NRG+ for life saving protection and optimisation of the quality of life.
Based on our understanding and interaction we know everything moves. Everything is energy and information, and everything has a frequency. The world and everything in it do not stand still. Every movement needs communication for its direction, for its cause, for its purpose. The more precise and/or efficient the communication used to guide the movement, the more precise and/or efficient the result
NRG+ is a technology which generates a communication at the cellular level. A precise communication especially for living organisms, such as plants, animals and humans.
Cell Biology & Microcymatics
Cells are so smart. Single celled organisms evolved to multi-cellular organisms/communities. While the cellular communities appear as single entities to the naked eye ie a human, they are, in fact, highly organised associations of millions and trillions of cells. In order to survive at such high densities , the cells created structured environments – subdividing the workload – individual cells assigned to specialised tasks. In the development of animals and plants, cells begin to acquire these specialised functions in the embryo.
A process of cytological specialisation enables the cells to form the specific tissues and organs of the body. Over time, this pattern of differentiation, ie the distribution of the workload among the members of the community, became embedded in the genes of ever cell in the community.
In larger organisms, only a small number of cells are concerned with reading and responding to environmental stimuli. That is the role of groups of specialised cells that form the tissues and organs of the nervous system. The function of the nervous system is to perceive the environment and co-ordinate the behaviour of all of the other cells in the vast cellular community.
Providing a healthy environment for cells ensure they thrive.
For any biological system to function optimally – down to the cellular level- there must be a continuous and precise exchange of both signals and information to the cells. This makes effective communication essential. Whether it is human, animal or plant, the same principles apply
Microcymatics refers to the phenomenon where sounds create geometric patterns when they intract with membranes such as living cells. This concept is explored through cymascopic principles which suggest that all sounds imprint vibrational patterns on cells, potentially influencing health and therapy. The pattern on the cell surface is caused by the interaction of the sound, vibration and frequency. Using this knowledge and implementing the NRG+ technology, we enhance the effect to duplicate the pattern we see on the cell surface in a direct communication with the subject in question stimulating only the desired effect.
Mitochondria & Cellular Signalling
Within the cell, mitochondria play a critical role in this process. Known as the ‘powerhouses’ of the cell, they don’t just produce energy – they also sense, process and respond to information. They are both the receivers and sender of biochemical signals, regulating vital processes like metabolism, cell survival and even gene expression
Mitochondria, traditionally known as the powerhouses of the cell, are increasingly recognized for their role in cell signalling. They act as both sensors and regulators of various cellular processes, influencing everything from energy production to gene expression and immune responses.
Mitochondria communicate with the rest of the cell through diverse mechanisms, including physical interactions, the production and release of signaling molecules, and by influencing the levels of intracellular signaling molecules.
Mitochondria are crucial for cellular bio-signalling, primarily through their role in ATPP (Adenosine Triphosphate) production, which serves as the cell’s primary energy currency. Beyond their role inn energy production, mitochondria act as signalling organelles, influencing various cellular processes and even dictating cell fate.
Mitochondria are central to cellular energy metabolism. Beyond ATP production, they:
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Regulate intracellular calcium dynamics
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Participate in apoptosis (programmed cell death)
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Influence reactive oxygen species balance
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Contribute to metabolic signalling
Mitochondria function as both energy generators and information-responsive organelles. Their ability to interpret biochemical signals is essential for adaptive biological response.
To achieve the desired outcome, the message from the ‘sender’ – whether that’s the nucleus, an environmental clue, or another organelle, must be clear and actionable. Ideally mitochondria respond immediately and precisely, without resistance or confusion, because the information communicated leaves no room for ambiguity.
Our communication model mirrors how nature communicates – the more instinctive or emotionally balanced it is, the more effective it become – often automatic, even unconscious. When the message is clear and aligned with the system the response is fast and accurate. The better the signal, the more precise the outcome.
Environment Information & Movement
Everything moves. Everything communicates. All things are in motion. Motion = Energy + Information. And every form of energy has a frequency.
Any movement, vibration, sound or frequency is the transfer of periodic movements between adjacent colliding atoms or molecules. This sonic energy typically expands away from the site of the collisions as a spherical or bubble-shaped emanation as the surface is in a state of radial oscillaton. Sound, vibration and frequency do not travel as longitudinal waves as commonly described in physics textbooks. It propogates spherically due to diffraction (the reactive result of atomic collisions). Reciprocal effects in air occur from the jostling of molecules initiated by a sound event. This causes components of the sonic energy to move in all directions.
Movement in biology isn’t random – it follows a purpose. That purpose is guided by communication, signals, cues, frequencies.
Everything is energy and information
All living organisms depend on the coordinated flow of energy and information. From molecular signalling to systemic neurological control, biological function is governed by structured communication networks.
Every move in the body or biological organism is based on a certain vibration. There is latent potential everywhere, as everything emits some of data whether it is sound, smell or vibration. Every vibration represents a frequency, more specifically a frequency pattern that we understand. Knowing the equivalent frequency pattern gives us the ability to specifically inform the body (biological organism) between a vector (biological antenna) and a corresponding biological cell (which can be a protein or neurotransmitter).
If we match the right pattern, we can send targeted signals – activating proteins, triggering neurotransmitters, or guiding cellular responses. This is how we can ‘speak’ to the body – on its own biological terms.
Bio-Signalling
Bio-signalling, also known as signal transduction, is the process by which cells receive, process and respond to signals from their environment. This intricate communication network is fundamental to life, enabling cells to coordinate activities, adapt to changes, and maintain homeostasis. It involves a series of molecular events, including the reception of signals by cell surface receptors, the transmission of these signals through intracellular pathways and ultimately the alteration of cellular behaviour.
Cellular signalling, bioelectrical activity, mitochondrial energy production and neuromuscular coordination are fundamental to health, adaptation and performance.
At the cellular level, biological activity is regulated by:
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Electrical potential gradients
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Chemical signalling cascades
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Mechanical and structural interactions
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Gene expression and RNA translation
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Metabolic energy production
Communication between cellular components, whether through electrical signals, molecular messengers or structural changes, must occur seamlessly. It doesn’t matter which path the message takes, what matters is that it arrives accurately and on time Signals can come in many forms: chemical, electrical, hormonal or even vibrational. Some communications are innate and self-regulating, others are externally triggered or even forced by stress or dysfunction.
Multicellular organisms represent highly organised cellular communities. Cellular differentiation, encoded within genetic frameworks, allows specialised tissues and organs to emerge during embryological development.
Communication within these systems is hierarchical:
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Sensory input is detected by specialised receptors.
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Signals are transmitted via the nervous system.
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Effector cells execute responses.
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Feedback mechanisms regulate outcomes.
Disruption, delay or inefficiency in signalling can affect performance and recovery.
The efficiency and precision of these communication pathways directly influence performance, adaptation, and recovery.
NRG+ was developed to operate within this energy–information paradigm by supporting natural bioelectrical and neuromuscular communication processes.
Non Electrical Bio Signalling Activity
Our starting point was based on the construction of tailored transmitters (neurotransmitters or proteins), just like the neural system in the human organism.
Transmitters are messengers that transfer information through the nerve system. According to Dr. Rubbia’s fundamental constant, all matter (equals condensed energy) must store all information in all building blocks (subatomic quanta, atoms, molecules up to the complex phenotype) to have the desired or forced information available. These matters can nowadays be measured using technical as well as optical equipment. (Source: http://de.wikipedia.org/wiki/Carlo_Rubbia)
There is a very subtle system for how membrane proteins recognize specific communication, through specific transmitters. It is a complicated puzzle picture based on forms, electrical loads, timing, size, volume etc. Neurotransmitters play a major role in
everyday life and functions. Scientists do not yet know exactly how many neurotransmitters exist, but more than 100 have been identified. (Source: http://en.wikipedia.org/wiki/Neurotransmitter)
Living organisms generate measurable electrical signals. Examples include:
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Electroencephalogram (EEG) – brain activity
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Electrocardiogram (ECG) – cardiac activity
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Electromyogram (EMG) – muscular activity
Muscle contraction begins with electrical impulses transmitted via motor neurons. The efficiency of motor unit recruitment influences force production and movement quality.
Electrical signalling is therefore fundamental to performance outcomes
Frequency, Vbration & Cymatic Principles
All measurable biological activity involves oscillatory processes. Membrane potentials fluctuate, neurons fire in rhythmic patterns, and muscular fibres exhibit waveform signatures during activation.
Cymatics demonstrates that specific frequencies produce structured geometric patterns when interacting with physical media. This phenomenon illustrates that vibration carries spatial organisation.
In biological systems, frequency-based activity may similarly represent structured informational content within electrical and molecular processes.
The conceptual framework of Energetic Quanta Cymatic Communication (EQCC) proposes that biological systems may recognise and respond to structured frequency patterns when presented in alignment with endogenous signalling dynamics.
EQCC - Technology Overview
We tend to think of information as abstract and insubstantial, not a material object. Scientists are beginning to view information as something as real as fields, forces, and energy, a kind of subtle substance that lies behind and beneath physical staff. The study of information has spawned many new scientific disciplines starting with cybernetics and advancing through systems theory, complexity theory, chaos theory, fractal geometry and game theory to name a few. Information theory is being applied to create new technologies from fully realized machines, such as those that perform functional magnetic resonance imaging (fMRI) to still theoretical ones, such as quantum computers. Information theory has invigorated other disciplines, including ecology, economics, biology, and sociology.
It should be noted that EQCC, as a branded conceptual framework, is not currently established as a standardised scientific discipline within mainstream biomedical literature. The biological principles referenced, however, are drawn from recognised fields including electrophysiology, molecular biology, biophysics and information theory.
The Energetic Quanta Cymatic Communication Framework
EQCC integrates four conceptual components:
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Energetic: Biological systems exist within dynamic energy environments.
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Quanta: Interactions occur at fundamental energetic scales.
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Cymatic: Vibration produces structured, repeatable patterns.
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Communication: Organisms respond to structured information transfer.
Within this framework, biological optimisation may occur when specific frequency-patterned information interfaces coherently with existing signalling pathways.
Human EQCC
According to the Nutri-Energetics Systems (NES) Model, everything that means anything in the physical body or any biological organism in terms of health, enhancements, creation, recreation, and change at all has its energetic and informational counterparts. We can detect, monitor and change the energetic environment of our body or biological organisms and so directly influence the state of our health and influence any kind of direction or desired change.
Through the specific form of information, NRG+ can be precise as possible, by influencing and directing the effectiveness of any attribute of biological systems or bodies. NRG+ is amplifying the effectiveness through specific customized communication patterns, which we deliver. These specific customized patterns, which a body or any biological organism recognizes are made visible through Cymatics the science of visible sound. Everything is vibrating, everything is moving and everything has its own specific frequency and equivalent cymatic pattern. Communicating with the body (organism) and specific frequency pattern is what is behind NRG+
Every function and/or organ in our organisms, or any other biological organism has its own specific frequency and equivalent pattern as well. NRG+ is a technology, which generates a natural communication at the cellular level, a precise communication especially for living organisms such as plants, animals and humans. Therefore, it works with or within any kind of liquid. It is widely known that every organ in our body has its own unique frequency!
NRG+ The Mechanism of Action in Humans
Each card contains layered patterns with each desired result having different pattern arrangements. A human (or any organism for that matter) has a biofield that naturally generates energy waves (your body’s own frequency oscillations). Placed directly on to the skin, this direct contact ensures proximity to the body’s biolelectrical surface activity.
The layered patterns in the card act like channels or networks for passive frequency interaction. As your biofield’s waves pass through, over and under these embedded pattern layers, they interact with them. This interaction ‘infuses’ or ‘energises’ your natural frequencies, making them more efficient. As your biofield frequencies pass through the patterns, these patterns amplify/refine those frequencies back into your field.
The results: Cellular and neuromuscular systems interpret incoming patterns through existing communication pathways. Your cell receptors receive clearer, stronger signals, so cellular communication and response become more efficient ensuring neuromuscular Response Optimisation.
NRG+ The Mechanism of Action in Other Biological Systems
Atmospheric or environmental energy flows in and around every biological organism. These biological systems recognise and respond to vibrational or energetic patterns in matter.
NRG+ technology use specially designed vibrational or informational patterns (customised communication patterns) to influence and direct the effectiveness of any attribute of biological systems or bodies. Resonant coupling is a method of transferring energy between resonant circuits through mutual inductance when they are tuned to the same frequency, enabling efficient energy exchange, without direct physical connection. Pre-activated (non-electrical and like a tuning fork) at manufacture and staying active indefinitely, each NRG+ technology is tuned to match the energetic frequencies of the ecosystem it is intended for.