Soumendra Nath Thakur
September 02, 2021
Abstract
This study explores the fundamental principles of the universe, emphasizing the role of vibration, energy, and frequency as the core of existence. The Law of Vibration asserts that all matter, energy, and dimensions are interconnected through vibratory frequencies, challenging conventional perceptions of solidity and revealing the universe as a manifestation of pure energy. From primordial energy predating the Big Bang to higher-dimensional energy forms, vibration transcends time, space, and dimensions, offering insights into the dynamic behaviours of energy across scales.
The propagation of radio waves for spatial communication highlights the interplay of frequency, wavelength, and amplitude in transmitting energy, further underscoring the vibrational essence of electromagnetic phenomena. Max Planck's pioneering equation E ∝ f serves as a universal framework, linking energy and frequency even in the absence of matter, with profound implications for understanding the vibrational nature of existence.
The vibrational essence of the universe also extends to its formation, as matter, energy, and space emerged from a singularity through expansion, cooling, and interaction. These events laid the foundation for the cosmic structures observed today, from the "Cosmic Dark Ages" to the emergence of stars and galaxies.
Furthermore, the study examines energy in the absence of light, time, and space, hypothesizing that energy may exist as pure vibration at infinite frequency, beyond the constraints of current physical laws. This leads to a deeper understanding of the relationship between mass, energy, and frequency and raises questions about the nature of singularities, dimensions, and the persistence of energy.
Ultimately, the analysis reveals vibration as the essence of existence. By understanding the "energy code" of the universe—rooted in frequency and vibration—this perspective provides a framework to unlock the secrets of matter, time, and cosmic evolution, offering profound insights into the interconnectedness of all phenomena.
1. The Law of Vibration
The Law of Vibration posits that everything in the universe—whether visible or invisible—when analysed in its purest, most fundamental form, consists of pure energy or light. This energy resonates and exists as vibratory frequencies or patterns.
• Nothing rests: Everything in the universe is in constant motion and vibration, including you and me at the atomic and subatomic levels.
• Pure vibratory energy: At its core, the universe and all it encompasses are manifestations of pure vibratory energy, presenting itself in various forms.
Matter as Vibrational Energy
Contrary to our perception of solidity, the universe has no inherent "solidity." What we perceive as matter is simply energy in a state of vibration. This idea underscores the interconnected nature of all things, where everything exists as a continuum of vibrational energy.
Energy and Dimensions
Energy behaves differently in different dimensions. On a fundamental level:
• Primordial energy: The energy that likely existed before the Big Bang was not associated with the events or dimensions we recognize. Without events or interactions, there was no concept of time or space as we know them.
• Time and space: These concepts require both existence and events. In the absence of such conditions, primordial energy existed in a state beyond the three-dimensional framework of our universe.
• Higher-dimensional energy: Energy existing in dimensions beyond the three-dimensional universe we experience may exhibit entirely different behaviours and properties.
Conclusion
The answer to the question, "Can different forms of energy exist in different dimensions?" is a resounding "Yes." Primordial energy, which preceded the Big Bang, and energy in dimensions beyond our own, may behave in ways that transcend our current understanding, emphasizing the versatility and dynamism of vibrational energy across dimensions.
2. Propagation of Radio Waves for Spatial Communication
Radio waves are a type of electromagnetic wave with frequencies ranging between 10⁴ and 10¹¹ or 10¹² Hz, commonly used for long-distance communication. These waves are generated by transmitters and detected by receivers, with antennas serving as the medium to send and receive energy in space. Transmitters and receivers are typically designed to operate within specific frequency ranges.
Key Concepts in Radio Wave Propagation
• Frequency (f): The number of cycles a wave completes per second, expressed in hertz (Hz). It can be calculated as:
f = 1/t or f= c/λ,
where
c is the speed of light, λ is the wavelength, and t is the period.
• Wavelength (λ): The distance a wave travels to complete one cycle, related to frequency by:
λ = v/f,
where v is the wave velocity.
• Amplitude (A): The maximum displacement of the wave from its equilibrium position. Represented mathematically as:
A = A sin ω(t−K)+b,
where ω is the angular frequency and K is the phase constant.
• Power Density (P): The power per unit area, measured in watts per square meter (W/m²), with propagation often following an inverse-square law:
P ∝ 1/r².
Nature and Characteristics of Radio Waves
Radio waves consist of simultaneous periodic variations in electric and magnetic field intensity, forming cycles. The wavelength determines the distance covered in one cycle, while frequency defines the number of cycles completed in one second.
The radio spectrum spans from 3 kilohertz (KHz) to 300 gigahertz (GHz):
• 1 KHz = 10³ Hz
• 1 MHz = 10⁶ Hz
• 1 GHz = 10⁹ Hz
These waves are fundamental to various forms of telecommunication, including audio, video, and data transmission, utilizing techniques such as modulation and demodulation to encode and decode information.
3. Universal Vibrational Existence
At a fundamental level, all forms of energy and matter—whether cosmic dust or living organisms—are manifestations of vibrations. This concept extends to electromagnetic waves, where each photon's energy (E) is inversely proportional to its wavelength (λ):
E ∝ 1/λ.
This principle highlights the interconnectedness of vibration, energy, and matter across scales, from the microscopic to the cosmic.
The Vibrational Universe
Max Planck, in 1900, introduced the ground breaking relationship E ∝ f, which links energy to frequency. This equation, I believe, is one of the most profound contributions to science, surpassing many post-20th-century laws. Planck's insights continue to shape our understanding of the universe.
In 1944, Planck stated: "As a man who has devoted his whole life to the most clear-headed science, to the study of matter, I can tell you as a result of my research about atoms this much: There is no matter as such. All matter originates and exists only by virtue of a force that brings the particle of an atom to vibration and holds this most minute solar system of the atom together."
Key Concepts:
I. Universal Applicability of Planck's Equation:
Planck's equation, E ∝ f, holds universally, even in the absence of matter. At the beginning of the universe—when only energy existed—this equation still applied. However, relativity cannot be extended to this pre-matter phase. Instead, string theory provides a framework where vibrating strings, not elementary particles, define the fundamental structure of reality. Each vibration mode corresponds to a particle's charge and mass, revealing profound implications for physics.
II. The Vibrational Essence of Existence:
• The universe operates on principles of vibration and energy waves.
• Our bodies are communities of trillions of energy waves, known as cells.
• Communication within and between organisms occurs through vibrations or signals, emphasizing our nature as interacting waves.
• Thoughts extend beyond the physical brain, broadcasting as energy fields around the body.
III. Space and Vibration:
Space serves as a playground for vibrations, where events unfold within timescales. Subatomic particles, rather than having fixed structures, emerge as outcomes of vibrational phenomena. The universe itself is a manifestation of vibrations, making vibration synonymous with existence. Time gains relevance only when events occur within this vibrational existence.
IV. Vibratory Systems and Energy Transfer:
Vibratory systems alternate energy between potential and kinetic forms. These systems require mechanisms for storing energy (e.g., springs for potential energy, mass or inertia for kinetic energy) and dissipating energy (damping). For sustained vibration, energy must be replenished from an external source.
Conclusion:
The cause of existence is vibration. To unlock the secrets of the universe, we must think in terms of energy, frequency, and vibration. Understanding the material world requires exploring the "energy code" at its most fundamental level, where everything reduces to frequency or vibration. This perspective reveals the true nature of matter, its formation, and the underlying principles that govern the universe’s evolution.
"To understand the universe, we must understand vibration—where energy, frequency, and matter converge into the symphony of existence."
The universe began as an unimaginably hot and dense point. In a fraction of a second, it underwent an extraordinary burst of expansion, known as inflation, where space itself expanded faster than the speed of light. During this brief period, the universe grew from subatomic size to the size of a golf ball. As it expanded, the universe cooled, allowing matter to form.
Formation of Early Matter:
• One second after the Big Bang: The universe was filled with neutrons, protons, electrons, anti-electrons, photons, and neutrinos.
• Within three minutes: Light elements were formed as the universe cooled further. Protons and neutrons collided to create deuterium, which combined to produce helium and trace amounts of lithium.
The Cosmic Dark Ages:
• For the first 380,000 years, the universe was too hot for light to shine. Atoms were broken into a dense plasma of protons, neutrons, and electrons that scattered light like fog.
• After 380,000 years, matter cooled enough to form neutral atoms, creating a transparent, electrically neutral gas. However, the universe plunged into darkness, as no stars or bright objects had yet formed.
Emergence of Stars and Galaxies:
• Around 400 million years later, the universe began to emerge from its cosmic dark ages. Clumps of gas collapsed to form the first stars and galaxies. These stars emitted energetic ultraviolet light, ionizing and destroying most of the neutral hydrogen.
This process represents the transformation of the universe from vibration to energy, to matter, and eventually to life as we know it.
Understanding the Laws of Nature:
When asked why the laws of nature exist, one could compare the question to asking, "Why does 1 + 1 = 2?" Such laws are abstract, fundamental, and self-evident—akin to consciousness itself. They require no external justification; they arise spontaneously as the foundation of existence.
Existence itself is vibration. It transcends time and events, residing even in states of singularity where time and motion are absent.
Vibration and Perception:
Our state of mind directly correlates to our vibratory frequency, shaping how we perceive and interact with the material world. By altering our state of mind, we can fundamentally shift our reality—both in terms of our physical being and the external environment.
Different vibratory frequencies correspond to different states of existence, forming interlaced dimensions. These dimensions span a spectrum, from lower to higher forms of reality and consciousness. As we move along this vibrational scale, we transition to higher realities, reshaping our understanding of existence and our place within it.
"Vibration is the essence of existence. To change our reality, we must begin by tuning the frequency of our mind."
4. Before the Formation of the Universe: An Interpretation
Relationship Between Mass, Energy, and Frequency
• Energy (E) is related to frequency (ν) through Planck’s equation: E=hν.
• Energy (E) is also related to mass (m) through Einstein’s theory of special relativity: E=mc².
• Combining these equations shows that mass (m) is proportional to frequency (ν).
Since frequency (f) is inversely proportional to wavelength (λ) (f=c/λ), and c (the speed of light) is a universal constant, the interplay between these quantities defines much of the behaviour of energy and matter in our universe.
The Role of Light and Its Absence
In the absence of light, the universal constant (c) becomes irrelevant. This raises fundamental questions:
• What happens to energy (E) in such a scenario?
• How does frequency (f) and wavelength (λ) of energy behave when c is no longer a factor?
Under current physics:
• Frequency and wavelength: As frequency (f) approaches infinity (∞), wavelength (λ) becomes zero. A wave with zero wavelength would lack a spatial time period and would no longer fit the definition of a wave.
• Singularity and dimensions: In a singularity, where gravity approaches infinity, space and time cease to exist, and current physical laws fail. A singularity is no-dimensional, yet it interacts with our three-dimensional universe (e.g., black holes). This raises the question of how such entities can occupy space in a meaningful way.
Energy in the Absence of Time and Space
Even in the absence of light, stars, and events, energy cannot simply vanish. Instead, it likely transitions into another form, potentially behaving as pure vibration. As described in Planck’s equation (E=hν), energy could persist as an extremely high-frequency vibration.
• Time and events: Time is the ongoing progression of existence and events. For time to have meaning, both existence (matter or energy) and events are necessary. Without events, time loses relevance, and the laws of physics, such as Planck’s equation and Einstein’s theory of special relativity, cease to apply.
• Space: In the absence of events, time, and light, space would also cease to exist. Energy might prevail as vibration in a timeless, eventless, and space less state.
Conceptualizing Energy at Infinite Frequency
• A singularity represents a condition where gravity, space, and time collapse, and the laws of physics no longer operate.
• In such a state, energy (E) could reach an infinite frequency (ν→∞), with wavelength (λ) approaching zero. This implies a stable, timeless, and dimensionless existence of energy, describable only through mathematical abstraction.
While current physical theories fail in this regime, mathematical abstraction suggests that energy might achieve a state of infinite vibratory frequency. This conceptual framework allows us to explore the behaviour of energy in conditions where conventional physics cannot operate, providing a foundation for further theoretical development.
"The universe, even in its primordial form, hints at the persistence of energy, vibration, and existence beyond the boundaries of space, time, and light."
5. Types of Waves
(Understanding these is essential to comprehend the first vibration at the Big Bang and the formation of space):
I. Sine Waves:
• The sine wave is fundamental due to its harmonious mathematical properties, as represented in trigonometry.
• It forms the basis of AC power sources and test signals generated by oscillators in signal generators.
II. Square and Rectangular Waves:
• Square Wave: Alternates between high and low voltage at regular intervals.
• Rectangular Wave: Similar to square waves but with unequal high and low time intervals.
III. Triangle and Sawtooth Waves:
• These waves exhibit linear voltage changes, with transitions (ramps) occurring at constant rates.
IV. Step and Pulse Shapes:
• Step Signal: Represents a sudden voltage change.
• Pulse Signal: Represents a transient on-off voltage change, often indicative of glitches or transient events.
• A series of pulses forms a pulse train.
Fundamental Particles and Vibrations
• Fundamental particles (e.g., fermions and bosons) arise from vibrations in extremely small regions of space.
• Max Planck observed, “All matter originates and exists only by virtue of a force which brings the particles of an atom to vibration.”
Vibration and Energy
• The purest form of energy is vibration. Spatial expansion reduces its density, leading to the formation of particles and matter.
The frequency of vibration of the universe, derived from the Hubble constant, is approximately 2.2963 × 10⁻¹⁸ Hz.
Thermal and Other Forms of Energy
• Thermal energy stems from atomic and molecular vibrations. Energy is classified as:
• Potential Energy: Includes chemical, mechanical, nuclear, and gravitational forms.
• Kinetic Energy: Includes radiant, thermal, motion, sound, and electrical forms.
Planck’s Scale and Energy-Vibration Relationship
• At the Planck scale (∼1.22 × 10¹⁹ GeV), quantum gravitational effects dominate, and current physical theories become inadequate.
• Energy (E) is proportional to frequency (f), following E=hν, where h is Planck’s constant.
Vibration, Resonance, and Their Roles in Physics
• Vibration: The oscillation of matter or energy when equilibrium is disturbed.
• Resonance: Reinforcement by synchronous vibrations of neighbouring objects, including subatomic particles.
• Vibrating electrons at resonant frequencies emit light; different resonant frequencies produce distinct light spectra.
String Theory and Vibrations
• String theory posits that fundamental particles are not point-like but are vibrations of microscopic strings.
• Each mode of vibration corresponds to a particle’s charge and mass, revolutionizing the understanding of energy and matter.
Primordial Energy and the Universe
• In its primordial form, energy emerged from "nothing," driven by vibrations of a point without dimensions.
• This vibrational energy set the stage for the universe's formation, where dimensions and matter evolved from oscillations and resonances.
Conclusion:
Existence is fundamentally rooted in vibration—a universal force that transcends time, space, and physical laws. From the primordial energy before the Big Bang to the dimensions that shape the cosmos, vibration governs the dynamics of energy and matter. It unites concepts of light, frequency, and mass while offering profound insights into dimensions beyond our perception.
The material world is but a manifestation of vibrational energy, interconnected by principles that extend from the subatomic to the cosmic. Understanding this "energy code" reveals the true essence of matter, life, and consciousness.
To understand the universe, we must embrace vibration as the essence of existence—where energy and frequency converge into a harmonious symphony, creating the reality we perceive and the dimensions we aspire to explore.
