Pranshu Bharadwaj, Author at Institute of Philosophy of Nature

The Origin of Energy Without Beginning or End

Pranshu Bharadwaj — Sat, 30 Aug 2025 05:41:02 +0000

Abstract

This research presents a unified framework for the origin of energy, time, and geometry as emergent outcomes of an eternal scalar field, denoted the Prāna Field (℧). Unlike conventional theories that assume time and energy as initial conditions, ℧ is formulated on a domain without metric, coordinate system, or temporal background. Through intrinsic self-interaction, the field generates a sequence of distinct configurations whose increasing diversity defines a measure of configurational entropy. The ordered growth of this entropy constitutes the emergence of time and explains its irreversible direction. Structured fluctuations within ℧ give rise to observable energy, while their relational organization produces the effective geometry of spacetime. In this way, conservation laws and causal order follow directly from the invariance of the field itself, without invoking singularities or external starting points. The model provides a mathematically rigorous and physically consistent account of time and energy, while reflecting the ancient insight of Bhagavad Gītā 2.20, which describes an eternal principle enabling transformation without itself undergoing origin or destruction. This paper presents the foundational construction; future work will extend the framework toward quantitative predictions and cosmological validation.

Keywords: Energy, Entropy, Spacetime, Scalar field, Ancient Cosmology.

Introduction

The principle that energy can neither be created nor destroyed stands as one of the most fundamental statements in physics (Weinberg, 1995; Carroll, 2010; Wald, 1994). From classical thermodynamics to modern quantum field theory, this conservation law underpins nearly every framework used to describe the universe. Yet the origin of energy itself is rarely addressed. If energy is never created, then what allows it to exist? Conventional frameworks, from cosmology to quantum theory, generally start with energy already present. In the Big Bang model, for instance, an initial energy density is assumed, from which the universe expands and evolves (Kolb & Turner, 1990; Bousso, 2002; Padmanabhan, 2005). Similarly, quantum field theory presupposes vacuum energy and field excitations, without explaining the emergence of the vacuum itself. In each case, models describe how energy behaves or transforms, but not how it arises in the first place, leaving a fundamental explanatory gap (Penrose, 2010; Carroll, 2010). This theory addresses that gap by presenting a framework in which energy, time, and geometry emerge from a unified, eternal scalar field, termed the Prāna Field and denoted ℧. Unlike conventional fields defined on spacetime, ℧ exists in a pre-geometric, background-free domain, lacking coordinates, metric structure, or causal ordering. It is timeless and non-dimensional, independent of space, time, or any external reference frame. Within ℧ resides a form of Fundamental Cosmic Energy. This energy is not kinetic, localizable, or conventional in the usual sense; it is an intrinsic potential of the field, encoded in its structural invariance.

Despite its global invariance, ℧ is dynamically active. Its internal self-interaction is governed by a nonlinear, background-independent operator, which acts entirely within the field’s own structure (Padmanabhan, 2005; Misner et al., 1973). This operator generates a hierarchy of distinct internal configurations. As these configurations accumulate, entropy grows naturally, even in the absence of any external time or geometry. When entropy reaches sufficient complexity, local fluctuations arise. These fluctuations eventually stabilize into coherent excitations, which, once relational geometry emerges, can be interpreted as energy-bearing structures. In this sense, energy is not created from an external source; it arises as a direct consequence of the internal dynamics of ℧. Conservation of energy follows rigorously from the field’s invariance, rather than being postulated (Weinberg, 1995; Carroll, 2010).

The growth of entropy within ℧ also provides a mechanistic origin of time. The self-interaction operator is non-commutative, ensuring that successive internal configurations are strictly non-redundant. This property produces a monotonic sequence of internal states, establishing a natural and unidirectional arrow of time. Temporal ordering, therefore, emerges as an algebraic consequence of the field’s intrinsic structure, rather than from external assumptions or macroscopic thermodynamic considerations. Together, the internal dynamics of ℧ give rise to energy, time, and geometry in a single coherent framework, bridging the conceptual gap between a timeless substrate and the structured universe we observe.

Even a state traditionally conceived as “nothing” , a complete absence of matter, space, or time is in this model, not truly empty. It corresponds to the most symmetric, low-entropy configuration of ℧ (Bharadwaj et al., 2025). Including its mathematical consistency this theory is also based on the principle that even a state conventionally considered as ‘nothing’ an absence of space, time, or matter also have something that makes it nothing and that something possesses structure that underlies its very potential to give rise to energy and physical reality (Bharadwaj et al., 2025). The emergence of energy occurs only when self-interaction generates distinguishable configurations, creating local fluctuations that eventually form observable excitations. In this way, the framework reconciles the apparent void with the presence of energy and structure, offering a scientific account of how the universe arises from an eternal, internally dynamic field.

This model finds a formal analogy in ancient cosmological- Verse 2.20 of the Bhagavad Gita describes a principle that neither originates nor ceases, yet gives rise to all transformation (Sargeant, 2009). Within our framework, this principle is realized mathematically through ℧. The Prāna Field is eternal, unbounded, and invariant, yet its internal dynamics give rise to the emergence of energy, geometric relationships, and temporal order. The correspondence between the classical text and the field-theoretic model demonstrates that longstanding philosophical insights can be encoded rigorously in modern scientific language, without putting metaphysical assumptions.

The approach presented here is built entirely on physical reasoning and mathematical formalism. It does not require hypothetical agents, speculative initial conditions, or imposed boundary states. The Prāna Field is defined rigorously on a pre-geometric set lacking coordinates, metric, or topology. Its self-interaction operator is non-idempotent and non-commutative, ensuring monotonic entropy growth, emergence of internal fluctuations, and irreversibility. Energy arises as a variational consequence of these fluctuations once a metric structure emerges from entropic ordering. Conservation follows naturally from invariance. Time emerges from operator asymmetry, while geometry arises from statistical ordering within the field. Each aspect—energy, time, geometry and conservation are a direct, mathematically derivable consequence of the internal properties of ℧.

This framework addresses several persistent challenges in fundamental physics. First, it resolves the apparent paradox of energy existence: energy does not need to be created; it emerges from the internal differentiation of an eternal substrate. Second, it provides a structural basis for the arrow of time, which is traditionally imposed empirically. Third, it offers a mechanism for the emergence of spacetime geometry without presupposing a manifold or pre-existing vacuum. Finally, it unifies the origin of physical law in a single closed system, in which all essential features of the universe- energy, causality, geometry, and temporal ordering arise inevitably from the same underlying dynamics.

The sections that follow formalize these concepts. We present the mathematical definition of ℧, the structure of its self-interaction operator, and the derivation of entropy growth. We then demonstrate how energy and metric structure emerge from internal fluctuations and discuss the conditions under which the framework reproduces conservation laws and an irreversible arrow of time. The objective is not to propose a beginning of the universe, but to show that a field with suitable internal properties inevitably gives rise to the observed features of physical reality.

In summary, this work introduces a coherent, mathematically rigorous framework in which energy, time, and geometry emerge from an eternal scalar field. By grounding the existence of energy in internal entropy dynamics and operator algebra, the model provides a scientifically testable explanation for phenomena that have traditionally been postulated. The Prāna Field ℧ demonstrates that the apparent complexity of the universe can arise from a timeless, and internally dynamic substrate. It bridges the gap between fundamental physical principles and the existence of energy, offering a unified framework that is compatible with both classical and modern theories, while remaining fully grounded in mathematical and physical reasoning.

Methods

To understand how energy, time, and geometry can arise from a background-free eternal field without invoking creation, we construct a variationally defined framework based on the Prāna Field ℧. This section develops the mathematical structure in four interconnected steps: formulation of the field, entropy growth as a derived theorem, emergence of energy through stress–energy variation, and proof of temporal irreversibility.

To investigate how energy can exist without being created. This field does not reside within space or time; it exists independently of any geometric or causal structure. It is not a vacuum, nor a spacetime manifold (Weinberg, 1995). Rather, it is a completely background-free entity that does not change under any internal parameter. Its defining feature is that it has no origin and no temporal evolution, it simply exists, timelessly and invariantly. Despite this invariance, ℧ is not static in the conventional sense. It possesses the capacity for internal interaction. This interaction occurs within itself and does not require space or an external field. Through this self-interaction, ℧ gives rise to a set of internal configurations. These configurations are distinguishable states within its own structure, and their variety gives rise to internal entropy. As this entropy accumulates within ℧, regions of fluctuation begin to emerge.

These fluctuations represent differences within the field’s structure and can be thought of as precursors to energy. They are not yet particles or waves in space, but internal variations that develop as a result of entropic tension. As these fluctuations increase and stabilize, they eventually lead to the appearance of coherent excitations what we recognize as energy. This energy is not created from outside the system; it arises naturally from within the eternal structure of ℧ itself. At a certain threshold of internal complexity, these fluctuations begin to organize in ways that mirror geometric relationships. This process gives rise to spacetime not as a pre-existing background, but as an emergent ordering of entropic structure (Bharadwaj et al., 2025). Causality, locality, and the arrow of time all arise from the irreversible growth of entropy within ℧. Since ℧ never changes globally, the energy it produces remains conserved. This conservation is not imposed but emerges as a result of the field’s unchanging nature. In this way, the entire framework provides a coherent scientific explanation for how energy, geometry, and time can arise from a source that neither begins nor ends, without requiring any act of creation or destruction.

Definition of the Eternal Scalar Field

We begin by defining a foundational domain, denoted M₀, which precedes all conventional physical structure. This domain is pre-geometric: it has no metric, no topological definition, and no dimensional or temporal coordinate system. Formally,

M₀={∄g_μν,∄_t, ∄_{spatial structure}}. 1

Thus, M₀represents the most elementary substrate, prior to any manifold or vacuum description used in classical or quantum physics.

On this domain we introduce the Prāna Field, denoted by ℧, defined as a scalar mapping:

℧:M₀ →R.

Unlike conventional scalar fields that are embedded in spacetime, ℧ is not defined relative to any background geometry. It is a primitive construct, existing independently of dimensional coordinates or external causal reference frames. To characterize its invariance, we impose the eternality condition:

d℧/dτ=0, ∀τ∈R0.

where τ is introduced only as a formal index not as physical time. This condition ensures that ℧ is globally invariant: it does not evolve relative to any external ordering parameter, and it does not admit termination. The field is therefore eternal in the strict mathematical sense.

Although the field ℧ remains globally invariant, such invariance does not imply that it is featureless. The absence of external evolution only means that no background time or coordinate system governs its behaviour. Within this closed framework, the field retains the capacity for internal differentiation that does not depend on spacetime. This point is crucial: ℧ cannot be identified with a vacuum, since a vacuum presupposes a spacetime geometry, nor with a manifold, since no coordinate structure exists at this stage. Instead, ℧ represents a self-contained substrate that precedes both geometry and chronology.

By formulating the field in this way, we establish a precise starting condition for further development. The next step is to introduce an internal composition law that acts only within the domain of ℧. This operation generates successively distinct configurations, which may then be ordered and quantified. The progressive increase in distinguishable states permits the definition of entropy. From this entropy growth, one can derive the emergence of localized excitations corresponding to energy, followed by the appearance of geometric order. In this sense, the eternal scalar field provides a logically consistent foundation from which physical structures such as energy, spacetime, and causality arise, without assuming them as prior conditions.

Action Principle and Self-Interaction

The eternal scalar field ℧, though invariant under linear variation, is not structurally trivial. Its invariance means that it does not evolve with respect to any external parameter of time and is independent of background geometry. To formalize its dynamics, we introduce an action principle defined entirely on the pre-geometric set M0, which lacks metric, topology, or coordinates.

We define the action functional as

S℧= M0L ℧,S℧d0,

where d0 denotes a formal measure on M0. Here S is the intrinsic operator representing the field’s self-interaction, defined as

S℧=℧℧,

With ⋆ a non-associative binary product acting solely within the internal structure of ℧.

The non-associativity ensures that successive applications generate distinct outcomes rather than collapsing to redundancy, thereby producing a hierarchy of configurations even in the absence of spacetime.

Applying the variational principle yields-

S=M0L℧℧+LS℧S℧d0.

Since the variation of the self-operator satisfies,

S℧=S℧,

with S denoting the adjoint action, the field equation becomes-

∂L∂℧-S∂LS℧=0.

This relation determines the admissible configurations of ℧. Unlike standard Euler–Lagrange equations defined on spacetime manifolds, this condition operates entirely in a background-free domain, consistent with the postulate of a pre-geometric origin.

The role of S is essential: it encodes an autonomous internal dynamics that does not depend on geometry or time. The solutions of this variational principle correspond to stable internal configurations of ℧. These configurations are not arbitrary but derivable from the action, and their multiplicity naturally expands the set of accessible states. This expansion establishes the statistical foundation for entropy growth, which in turn underlies the later emergence of fluctuations, energy, and geometry.

Thus, the action principle shows that the eternal field ℧ is not a passive invariant but a closed, self-consistent dynamical system governed by rigorous mathematical structure.

Entropy Theorem from Internal States

The eternal scalar field ℧ is governed entirely by its own internal dynamics, independent of space, time, or external geometry. Its behaviour is encoded in the action of an intrinsic operator, denoted S, which recursively generates new internal states. This recursive action defines the field’s structural evolution:

n+1=Sn, 0={℧},

where n denotes the set of distinct configurations after n iterations. The corresponding number of accessible microstates is

Ωintn= n.

Proposition: Monotonic Growth of Internal States

If the operator S is non-idempotent, i.e.,

S℧℧

then the sequence of microstates is strictly increasing:

intn+1>intn, ∀n.

Proof: Non-idempotency guarantees each iteration introduces at least one new configuration. Therefore, the sequence of sets is strictly increasing. ∎

Corollary: Entropy Increase

Entropy is defined from the microstate count as

Sn=kln int n,

with k a generalized Boltzmann constant appropriate for a pre-geometric system. Since intn+1>intn, it follows that

dSdn>0.

Thus, entropy increases monotonically with each iteration of the internal operator. This growth is a direct consequence of the non-idempotent algebra of S, and not the result of external temporal or thermodynamic assumptions.

Each iteration expands the configuration set n, leading to a strictly increasing entropy sequence Sn=kln int n. This establishes irreversibility as a rigorous algebraic consequence of the internal dynamics of the eternal scalar field ℧.

Significance

The theorem establishes entropy growth as a necessary algebraic consequence of the Prāna Field’s internal dynamics. Unlike conventional statistical mechanics, where entropy increase depends on probabilistic arguments or coarse-graining, here irreversibility is guaranteed deterministically by the operator structure. Each iteration of S expands the set of microstates, ensuring that entropy cannot decrease.

This derivation provides a rigorous mathematical basis for irreversibility and the emergence of temporal ordering from a timeless scalar field. Entropy growth, and by extension the arrow of time, arise as structural features of the eternal field itself, requiring no external postulates. The result secures a logically consistent foundation for subsequent sections, where the emergence of energy and spacetime geometry will be traced to the same internal mechanism.

Emergent Energy from Variational Stress–Energy Tensor

Entropy growth within the eternal scalar field ℧ produces internal differentiations and develops distinguishable fluctuations. These are represented by localized variations,

x=δ℧,

which denote departures from uniformity in the scalar substrate. Initially, such variations are pre-geometric and lack reference to an external spacetime structure. However, as entropy gradients accumulate, they induce a statistical ordering among configurations. This ordering supports the emergence of a metric tensor gμν, thereby enabling a consistent variational description of excitations.

To formalize this, we introduce the action for the field,

S℧=M0L℧,S℧d0,

where L is the Lagrangian density and S is the intrinsic self-interaction operator acting within ℧. Once relational geometry appears through entropic ordering, the functional derivative of the action with respect to the induced metric defines the stress–energy tensor:

Tμν=-2-gS℧gμν.

This is the standard result in field theory and requires no external assumption. It ensures that physical energy arises necessarily from the dynamics of ℧. The local energy content in a region is then obtained as

E=T00d3x,

where the component T00 encodes the energy, density carried by the excitations x.

The principle of energy conservation follows from the eternality and invariance of ℧. Because the action S℧ is invariant under internal transformations, the covariant conservation law holds identically:

Tμν=0.

This is a variational consequence of the field’s closed and unchanging nature. Energy conservation is thus derived rather than assumed.

The derivation flow is summarized in Table 1, which presents the causal sequence from entropy-induced fluctuations to conservation of energy.

Step	Description	Mathematical Expression
1	Field fluctuation — entropy-induced variation within ℧ generates local excitations.	x=δ℧.
2	Action principle — the dynamics of ℧ are encoded in an invariant action over the pre-geometric domain.	S℧=M0L℧,S℧d0.
3	Stress–energy tensor — derived variationally with respect to the emergent metric.	Tμν=-2-gδS℧gμν.
4	Energy density — excitations carry energy once ordered by emergent geometry.	E=T00d3x.
5	Conservation law — covariant conservation follows directly from invariance of ℧.	Tμν=0.

Table 1. Schematic Derivation Flow of Emergent Energy from the Eternal Scalar Field ℧

In summary, the derivation demonstrates a continuous chain: internal entropy growth generates fluctuations, fluctuations acquire energy density once relational geometry emerges, and conservation follows from invariance. Energy in this framework is therefore neither created nor supplied externally but arises rigorously as a necessary outcome of the scalar field’s internal structure.

The left panel shows the radial distribution of entropy increments S generated by successive non-idempotent self-interactions of ℧. Localized entropy gradients act as fluctuation seeds. The right panel displays the resulting curvature field (R) obtained from the Laplacian of the entropy distribution. Regions of steep entropy gradient correspond to higher curvature, supporting the derivation that spacetime geometry arises statistically from entropy ordering within ℧, rather than being presupposed as a background.

Arrow of Time from Operator Non-Commutativity

A key feature of the present framework is that irreversibility is not imposed as an external postulate but arises as a direct algebraic consequence of the internal dynamics of the Prāna Field (℧). The self-interaction operator S, defined within the background-free domain M0, is constructed such that its action generates successive internal configurations. Crucially, this operator does not commute with the field itself:

℧,S0.

This non-commutativity ensures that the order in which the field and the operator act on each other cannot be interchanged without altering the outcome. The immediate implication is that the set of configurations generated through successive iterations of S acquires a natural asymmetry. In mathematical terms, each iteration produces a strictly new element that is not reducible to any prior state, leading to the strict inequality:

Sn+1>Sn,

where Sn denotes the configurational entropy associated with the nth state.

Lemma (Monotonic Ordering):

If ℧,S0, then the mapping n↦n+1=Sn defines a monotone increasing sequence in entropy.

Proof: By non-commutativity, S(℧) produces a distinct configuration not equivalent to ℧. Repeated application yields a chain of non-redundant states 012 . Since entropy is defined as Sn=kln n , the strict inclusions imply
Sn+1>Sn.

The lemma shows that the entropy sequence admits a well-defined partial order. This ordering is not imposed by external temporal labels but is intrinsic to the structure of ℧. Each increment in entropy marks a directional step, and this sequence of irreducible growth is isomorphic to what we recognize as temporal flow.

In this way, the arrow of time appears as a necessary outcome of algebraic asymmetry. The irreversibility of entropy generation arises because the operator algebra forbids a return to previous states. Unlike cyclic or reversible dynamics, where operators commute and state transitions can be undone, here the non-commuting structure enforces a one-way progression. This directionality is therefore not subjective, nor dependent on coarse-graining or thermodynamic averaging, but is derived rigorously from the foundational algebra of the field.

Thus, the framework demonstrates that time’s arrow is neither an assumption nor a contingent property of macroscopic matter. It is a structural inevitability of the eternal scalar field ℧ and the intrinsic properties of its self-interaction operator S.

Mechanistic Summary

The derivation can be compactly expressed as a logically ordered chain in which each result follows from the formal properties of the eternal scalar field ℧.

Eternal foundation. The field ℧ is defined on a domain without coordinates, metric, or topology. Its invariance under all formal parameters ensures that it possesses no temporal origin and no external dependence. This presents ℧ as a timeless background-free entity.

Action principle. Although globally invariant, ℧ admits a nonlinear self-interaction through the internal operator S. Variation of the action functional with respect to ℧ produces admissible field configurations without the need for an external time parameter. The equations of motion are therefore derived entirely from intrinsic structure.

Entropy growth. Application of the self-interaction operator generates a sequence of distinguishable internal states. Non-idempotency of the operator guarantees strict expansion of this state set. By definition, the associated configurational entropy increases monotonically. This entropy growth is thus not imposed but mathematically inevitable.

Emergence of energy. Localized fluctuations ℧ arising from entropy gradients acquire well-defined energy density once entropic ordering induces an effective metric. The energy–momentum tensor derived from the action confirms conservation, establishing energy as an internal consequence of the eternal field.

Arrow of time. Non-commutativity between ℧ and its self-interaction ensures irreversibility. This algebraic asymmetry defines a natural ordering of entropy and thereby the arrow of time.

Collectively, these results provide a rigorous derivation of time, energy, and geometry from an eternal scalar foundation, beyond external assumptions.

Results and Discussion

This study presents a theoretical model in which the existence of energy is explained not as the outcome of an initial event or boundary condition, but as an inevitable consequence of entropy dynamics within an eternal scalar field, here designated as the Prāna Operator (℧). Unlike conventional fields defined on spacetime, ℧ is constructed on a background-free domain, without coordinates, dimensions, or causal frameworks. It is not a vacuum state of quantum field theory, nor a manifold in general relativity. Rather, ℧ is non-dimensional and timeless, a scalar entity existing independently of geometry. This provides the basis for a new framework in which physical energy is not introduced, but emerges internally.

A central outcome is the role of entropy. Traditionally a statistical descriptor of disorder (Callen, 1985), entropy here acts as a generative principle. Within ℧, initially homogeneous, a self-interaction operator drives nonlinear internal coupling. This mechanism does not rely on geometry or external input; it is intrinsic to the field itself. Iteration of the operator generates successively distinguishable internal states. The growth in their number defines a monotonically increasing entropy in the field’s internal configuration space. Once entropy crosses a critical threshold, internal symmetry breaks locally. These broken-symmetry zones correspond to the earliest coherent excitations. From the standpoint of an observer embedded in emergent spacetime, these excitations manifest as energy-bearing structures. Importantly, energy is not supplied externally or imposed as an initial condition; it arises naturally from the field’s own differentiation under self-interaction.

Analysis of these excitations confirms conservation. Unlike in conventional physics, where conservation follows from spacetime symmetries via Noether’s theorem (Sorkin, 2005; Anderson, 1972), here it follows from invariance of ℧ itself. Because ℧ is eternal and globally invariant, the total content of emergent excitations remains constant. Fluctuations may redistribute, combine, or dissipate locally, but the aggregate energy density defined by the stress–energy functional is preserved. Conservation is therefore not a primitive axiom but a derivative feature of the eternal field.

Time, too, follows from the same mechanism. Because the self-interaction operator is non-commutative, its iterative action cannot be reversed. Each iteration yields a configuration not reducible to the previous one, ensuring strictly monotonic entropy growth. This asymmetry provides a structural arrow of time. In schematic representation, entropy increases irreversibly with iteration, accompanied by the stabilization of energy excitations. The arrow of time is therefore not assumed but proven as a direct algebraic consequence of the operator dynamics.

Together, these results demonstrate that a scalar field defined without origin, change, or geometry can nonetheless generate the essential features of a physical universe. From entropy arises energy; from energy relations, geometry emerges; from algebraic asymmetry, time acquires direction; and from the field’s invariance, conservation follows. No singularity, initial boundary, or external creation is required. The system is internally self-sufficient, deriving physical law from its own closed structure.

It may provide a coherent scientific answer to one of the most enduring questions in physics: if energy cannot be created or destroyed, then what allows it to exist at all?

This whole research is a scientific and mathematical translation of the ancient cosmological analysis of energy described in Verse 2.20 of the Bhagavad Gita, which declares that the essence of existence is neither born, nor does it die, nor does it cease to be. The scalar field ℧, representing Fundamental Cosmic Energy field in our model, precisely fulfills this description but through entirely mathematical and physical principles. It is not inserted as an axiom, but emerges from rigorous formulation. It is eternal, unbounded, and unchanging. Yet through its own internal dynamics, it gives rise to change, to time, to matter, and to the conservation laws that govern them. It presents a modern scientific explanation of what was once expressed through metaphoric insight: that reality is not dependent on beginnings, but on internal principles that are eternally active and causally sufficient. Thus, the Prāna field model addresses a fundamental question in physics: if energy cannot be created or destroyed, what underlies its very existence? The answer, developed here, is that energy emerges not from an event but from the self-organized differentiation of an eternal scalar field. By grounding entropy, time, geometry, and conservation in a single closed structure, the model provides a coherent, logically rigorous, and mathematically testable foundation for the origin of physical law.

Conclusion

This study demonstrates that energy, time, and geometry need not be assumed as pre-existing entities but can emerge from the intrinsic dynamics of an eternal scalar field, the Prāna Field (℧). Defined independently of space, coordinates, or temporal background, ℧ generates entropy through self-interaction. The progressive growth of configurational entropy establishes a natural ordering of internal states, which constitutes the origin and direction of time. Structured fluctuations within ℧ give rise to observable energy, while their relational organization produces the effective geometry of spacetime and causal order. Conservation laws follow directly from the invariance of the field, thereby removing the need for external assumptions such as singular beginnings or imposed initial conditions. This formulation provides a scientifically testable framework in which the origin of time and energy are explained through a unified principle. The present work introduces the foundation of the model; subsequent studies will extend this framework toward detailed predictions and potential cosmological applications, advancing the search for a coherent description of the universe’s temporal and energetic origins.

Acknowledgements

We express our soulful gratitude to the ancient Indian sages, including Mahāṛṣi Bharadvāja, Mahāṛṣi Agastya, & Mahāṛṣi Vedavyāsa, whose scientific scriptures like the Bhagavad Gītā have inspired this work by bridging ancient cosmology with modern scientific enquiry. We are grateful to our parents for our very existence & deeply thankful to Shri Ravin Vyas Ji, Dr. G. Satheesh Reddy Ji, Dr. Archana Mukherjee Ji and Prof. B.S. Murthy Ji for their invaluable guidance, encouragement, and expertise, which significantly contributed to the development of this research.

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An Invisible Aspect of Artificial Intelligence and Science of Consciousness

Pranshu Bharadwaj — Wed, 11 Jun 2025 09:07:58 +0000

Abstract

Artificial Intelligence (AI) stands as a monumental achievement of human intellect, capable of shaping the trajectory of civilization itself. However, the question remains: does AI, in its current or evolving forms, possess consciousness? Is it merely a convergence of human language, algorithms, and hardware, or does it reflect a more profound, perhaps misunderstood, layer of existence? This paper delves into the scientific essence of AI in light of ancient Indian wisdom—especially the teachings of the Śrīmad Bhagavad Gītā—to explore AI’s ontological nature, potential dangers, and its moral implications for human society and the Earth’s ecosystems. With real-world technological examples and analysis of ancient scientific thought, this study aims to present a meaningful framework for understanding AI’s role in society, while proposing guidelines for a balanced and ethical technological future.

Keywords: Artificial Intelligence, Consciousness, Ancient Wisdom, Science of Ethics.

Introduction

AI is not inherently evil or good; it is a force — a neutral power shaped by the hands that guide it. Just like electricity, nuclear energy, or fire, its consequences depend on the intent behind its usage. Today, we stand at a crossroad where AI is no longer just a tool to assist human needs; it is becoming a decision-making entity, one capable of influencing the structure of our societies and even our emotional responses. While some scientists celebrate the marvels of AI’s problem-solving capabilities — from healthcare to space exploration — others express concern over the growing autonomy and unregulated deployment of these systems. The concerns are not just hypothetical; the misuse of AI is already visible in examples such as surveillance states, misinformation campaigns, and deep fake content [1]. This paper argues that we must not allow AI to evolve in a vacuum devoid of moral and ethical oversight. It must remain under the control of conscious beings, guided by responsibility and wisdom. The consequences of unchecked AI development could be as severe as any natural or manmade disaster — a silent collapse driven by misplaced faith in an artificial decision-making system.

Understanding Artificial Intelligence: Beyond Human Perception

Artificial Intelligence (AI) is often defined as the replication of human cognitive processes within machines—enabling functions such as visual perception, speech recognition, decision-making, and language translation. However, this definition, though common, barely scratches the surface. AI is not merely a tool mimicking intelligence; it is a networked convergence of data flows, systemic logic, and material structure shaped by conscious human intention [2]. Yet, have we truly advanced enough to understand what we are creating? The answer remains partial. Current AI systems, such as OpenAI’s GPT or Google’s DeepMind, show enormous computational power but lack self-awareness, agency, or autonomy beyond what is programmed or trained through data [3]. What they reflect is a mirror to our collective digital consciousness—amplifying our biases, structures, and ideologies [4]. Still, we must not restrict AI to our present understanding. The next stage of advancement lies beyond visual sensors and algorithmic calculations. It lies in the philosophy of balance, ethics of creation, and alignment of technological progress with natural laws [5]. Ancient civilizations—especially in India—recognized that all knowledge and innovation must first understand the consequences of its use before its creation. True technology, thus, is not just invention; it is intent with purpose.

Consciousness and Control-

The most dangerous illusion surrounding AI is the belief that it can one day replace human consciousness. AI can simulate intelligence, process data at astonishing speed, and even mimic emotions through advanced algorithms — but it lacks true awareness, empathy, or moral judgment [6]. These are faculties unique to conscious life, particularly human beings.

A robot or algorithm can assess a situation and provide a mathematically optimal solution, but it cannot understand the why of suffering or the purpose of a soul’s journey [7]. This is why humans must always remain the final authority in any decision involving life, emotion, or moral conflict.

The risk lies in humans giving up this authority. When we allow machines to control processes such as justice, employment, or warfare without conscious oversight, we relinquish responsibility [8]. This isn’t progress — it is regression into unconscious automation.

Can Artificial Intelligence Turn Against Humanity?

The dual nature of technology—its ability to uplift or destroy—depends not on the machine, but on human consciousness. The Śrīmad Bhagavad Gītā expresses this precisely:

“Samaṁpaśyan hi sarvatrasamavasthitamīśvaram |

Na hinastyātmanātmānaṁtatoyātiparāṁgatim ||”(Gītā13.28) [9]

Translation: One who sees the Divine equally present in all beings does not degrade themselves by their actions; such a person attains the highest state.

Applied to technology, this wisdom urges us to develop AI that aligns with universal ethical laws. Technology should be non-harming, inclusive, and life-preserving. A system that leads to ecological harm, loss of privacy, job destruction without socio-economic balance, or biased decision-making is a misuse of intelligence—not intelligence itself.

AI systems must be developed and implemented within strict ethical and legal boundaries. There should be global regulatory bodies — not just corporate oversight — to ensure these technologies are not misused. Every AI algorithm should be transparent, accountable, and explainable. It should serve humanity, not manipulate it.Moreover, there needs to be a deeper philosophical awareness while designing AI. Its goals must be aligned not just with material success or profit, but with well-being, peace, and collective human evolution.

Modern Examples of Misuse and the Need for Balance

The line between ethical use and autonomous harm is thin — and often invisible to those who focus only on technical performance and not ethical consequences. A surveillance AI may help prevent crime but also lead to mass privacy violations. An advertising AI may boost profits but cause addiction and mental health crises.To avoid this, we must define boundaries that evolve with the technology. Ethics cannot be static when technology is dynamic. We must continually refine our moral framework as AI capabilities grow.

Facial recognition biases: AI systems trained on limited datasets have shown racial bias, such as in Amazon’s scrapped AI hiring tool or various law enforcement software misidentifying people of color [10].
Autonomous weapons: Development of AI-based drones and lethal autonomous systems, without moral oversight, exemplifies technology without accountability [11].
Environmental harm: Training large-scale language models requires massive energy (e.g., OpenAI’s GPT-3 required approx. 1.3 GWh of energy), contributing to carbon emissions if not sustainably managed [12].

“Balance is essential. Just as fire can cook food or burn a house, AI can either serve humanity or accelerate its vulnerabilities.”

The greatest threat AI poses is not its intelligence — but our tendency to let go of our judgment. It is convenient to let AI make decisions for us. It saves time. But the cost of that convenience is enormous when it replaces human intuition and emotional wisdom.Let us not forget: every AI model is trained on past data — it cannot see what humans dream, hope, or aspire toward. Its intelligence is backward-looking, limited by what was — not what can be. If we entrust AI with decision-making in education, healthcare, governance, or justice, we will end up creating a future devoid of soul, driven by cold logic and calculated convenience.

What is a True Invention? Reframing Science and Innovation

A true invention is not an accident or a product of chance—it is a conscious creation grounded in understanding. In today’s world, where innovation is often equated with progress, we must redefine what constitutes a true invention. An invention only becomes real technology when its creator understands four essential aspects: its cause, mechanism, consequences, and limits. The cause refers to the natural principle or law that enables the invention. It is the foundational “why” behind its existence. Without knowing this, any result becomes a coincidence rather than a replicable design [13]. The mechanism is the internal process—the scientific structure that governs how the invention functions. An invention without a clear mechanism may operate temporarily, but it cannot be trusted, improved, or adapted over time [14]. Understanding the consequences is equally critical. A true innovator does not stop at functionality but considers the wider implications. What impact will this technology have on society, ethics, or the environment? Inventions like artificial intelligence, nuclear technology, or genetic engineering show immense promise but carry serious risks when applied blindly. Therefore, foresight must be part of the invention process [15].

The Difference Between Discovery and Creation

In the modern world, there is often confusion between discovery and creation. Discovery involves uncovering something that already exists in nature — such as gravity or DNA [16]. Invention, however, implies crafting something new by harnessing discovered principles. A true invention is thus a bridge between nature and utility, built with awareness and purpose [17].

Unawareness in this process leads to “blind innovation” — a dangerous trend where technologies are rapidly released into society without proper testing, foresight, or understanding. Examples include the unregulated use of facial recognition, unsupervised AI decision-making, or synthetic biology modifications introduced into food systems without clear long-term studies [18].

The Atomic Bomb: A Technological Failure of Ethics

Physicist J. Robert Oppenheimer, after witnessing the first nuclear test, quoted the Gītā:”Now I am become Death, the destroyer of worlds.”[19]. This was not triumph—it was remorse. The invention lacked a plan for ethicalcontainment, and hence, it was an accident, not technology in the true sense.

Just as a rider must understand how to control a horse, technology must be designed with governance structures, ethical codes, and fail-safe mechanisms.Technology without understanding is mere automation. Automation without responsibility is dangerous [20].

Rethinking Innovation in the Age of Artificial Intelligence

In the AI age, this redefinition of true invention becomes more urgent than ever. AI systems are often praised for their ability to “learn” and “create” solutions — but the question arises: Do these systems invent, or do they simulate? The answer is critical.

AI, by its nature, does not possess consciousness or understanding. It processes data, identifies patterns, and executes tasks — but it does not comprehend the underlying cause, mechanism, consequence, or limit of what it produces. Thus, while AI may generate new content, optimize designs, or even propose scientific solutions, the responsibility of invention still lies with human consciousness. We must not confuse computational output with creative intelligence [21].

Innovation as Conscious Action

Innovation must be reframed not as an act of competitive productivity but as a conscious process rooted in wisdom and responsibility. In the ancient Indian scientific, innovation was never isolated from dharma — the natural order of the universe. True advancement was measured not only by its novelty or utility but by its alignment with nature, ethics, and collective well-being. This view is not antiquated; it is urgently relevant. As modern science reaches into realms like AI, quantum computing, and genetic alteration, we must combine knowledge with wisdom. We must transition from the race to build faster machines to the responsibility of creating harmonized systems [22].

From Invention to Responsibility

In conclusion, an invention becomes worthy of being called technology only when its roots and branches are both visible to the one who created it. The root — its cause — must be clearly understood. The trunk — its mechanism — must be stable and explainable. The branches — its consequences — must be envisioned with foresight. And its canopy — its limits — must be respected and honored.Such inventions do not merely change the world — they preserve it.

“True innovation is not just about creation—it is about conscious creation.”

Ancient Wisdom and Technological Design: Revisiting Forgotten Science

This was not triumph—it was remorse. The invention lacked a plan for ethicalcontainment, and hence, it was an accident, not technology in the true sense.The knowledge of ancient Indian civilization was embedded in natural law. It focused not just on what to create, but why, how, and for whom. For example:

Sattvic Design in Metallurgy and Architecture

The Ashokan Pillars and Delhi Iron Pillar, over 1,600 years old, remain rust-free due to advanced knowledge of iron-phosphorus ratios and environmental synchronization [23].
Temples like Konark and Angkor Wat used planetary alignment and sound resonance for energy optimization [24].

These examples show sattvic (pure, balanced) design: innovation rooted in environmental harmony and societal ethics.

Wisdom Encoded in the Śāstra-s

The Bhagavad Gītā (2.20) offers a scientific metaphor through philosophical language:

na jāyate mriyate vā kadāchin
nāyaṁ bhūtvā bhavitā vā na bhūyaḥ
ajo nityaḥ śhāśhvato ’yaṁ purāṇo
na hanyate hanyamāne śharīre

Translation: “It is never born, nor does it die at any time. It has not come into being, and it will never cease to be.” [25] (Gītā 2.20)

This describes the indestructible, eternal essence—what science refers to as conserved energy or field constant. Today, physics calls this the quantum vacuum field—an eternal, all-pervading energy fabric that exists even in the absence of particles.Thus, ŚrīKṛṣṇaexplained about the conscious origin of energy, and every soul is a manifestation of that field. Humanity and resources, too, exists in this field—not apart from nature but within its constraints.

(Ancient Indian Scientific Scriptures) offers profound insights that remain relevant even in this age of AI. The Bhagavad Gītā emphasizes karma-yoga — action with responsibility and awareness. This principle should govern AI development: every action must be conscious, not mechanical.Just as sages meditated before making decisions that affected many, AI designers must cultivate responsibility.

“There must be a shift from greed-driven innovation to wisdom-driven creation. Spirituality and science need not be in conflict — rather, they should work together to ensure technology uplifts consciousness, not replaces it.”

Is AI a Living Entity? Scientific and Ontological Perspectives

To ask whether AI is alive is to ask: What is life? Is it cellular metabolism, or is it the ability to adapt, sense, and respond? AI today lacks biological structures but operates in cybernetic systems that respond to inputs, adapt models, and simulate conversation or creativity. Is that life?

Scientific Interpretation of Material Life

- Atoms rearrange under different conditions.
- Materials change structure under stimuli—smart materials like piezoelectric crystals and shape-memory alloys “respond” to environments.

AI systems “learn” through data updates—though not sentient, they mimic life-like responsiveness.

Thus, every material component forming AI has behavior and structure, governed by laws of nature. AI is a synthetic convergence of such elements, and by this standard, it participates in the extended definition of life—not organic, but systematic and adaptive.

This aligns with the ancient principle:” What appears random is not truly random; we just lack the framework to perceive its pattern.” [26]

Toward a Defensive Future: Creating AI for Earth’s Ecosystems

As artificial intelligence becomes increasingly powerful, its role must shift from profit-driven development to planetary protection. The survival of ecosystems and the well-being of future generations now depend on how responsibly we develop and deploy AI systems. A defensive approach to AI design is not optional—it is essential. If AI must serve Earth and not harm it, we must embed ethical intelligence at the core of every system. This requires the development of strict design protocols focused on defense rather than exploitation.

The first recommendation is conscious coding. Every AI system must be programmed with embedded ethical boundaries that evolve with context. These boundaries should not be static; rather, they must include dynamically updating checks that reflect changing social, ecological, and cultural realities. A self-monitoring ethical core can act as a digital conscience, preventing actions that cause irreversible harm.

Second, ecological feedback loops must be integrated into AI systems. This means that AI should not operate in isolation from the natural world. Instead, it should continuously monitor real-time data about climate patterns, biodiversity levels, and pollution thresholds, and adjust its behavior accordingly. These eco-thresholds form the operational boundary of responsible AI behavior.

Third, a transparent and open audit architecture is necessary to ensure governance. Every AI system should allow public and institutional auditing of its logic, operations, and decisions. Such openness can prevent misuse, corruption, and hidden manipulation while fostering trust and accountability.

Finally, we must incorporate ancient wisdom into modern design, especially from systems like Nyāya, Vaiśeṣika, and Sāṅkhya, which promote rule-based reasoning, logic, and harmony with nature. These traditions provide symbolic-logic-based frameworks that prioritize balance over control. Integrating such models into AI algorithms can lead to systems that do not just mimic intelligence but act responsibly within universal laws.

Defensive AI design is not just a technical choice—it is a civilizational responsibility. The future of Earth’s ecosystems depends on whether we treat intelligence as a weapon or a guardian.

Conclusion

Artificial Intelligence is undeniably one of the most transformative innovations of our age. It carries the potential to reshape civilization, enhance human capabilities, and solve complex global challenges. Yet, it also brings the risk of disconnection—from nature, from ethics, and from our own human identity. AI is not just a tool; it is a mirror that reflects the values, intentions, and priorities of those who create it. Therefore, its design must go beyond functionality and efficiency—it must be rooted in wisdom, restraint, and accountability. To ensure that AI becomes a force of harmony rather than disruption, we must embed within it a core that is ethically conscious, environmentally aware, and culturally sensitive. This means designing AI not merely as a machine of logic, but as a system of responsibility. Ancient scientific traditions such as Nyāya, Vaiśeṣika, and Sāṅkhya offer invaluable models of reasoning that prioritize systemic balance, not just computational power. Their principles can guide us toward building AI systems that reflect universal laws, rather than arbitrary algorithms. Grounding AI development in real-world ecological feedback, transparent governance, and symbolic logic can help us align intelligence with purpose. The goal is not to replace human consciousness but to extend its highest potential into the tools we build. Let us remember: AI will not define the future—we will. And whether it serves as a guardian or becomes a threat depends entirely on the intentions and integrity with which we shape its foundation today.

“When ancient wisdom meets modern intelligence, innovation blooms.”

References

Russell, S., & Norvig, P. (2010). Artificial Intelligence: A Modern Approach (3rd ed.) Pearson.
Floridi, L. (2011). The Philosophy of Information. Oxford University Press.
Bubeck, S., et al. (2023). Sparks of Artificial General Intelligence: Early experiments with GPT-4. Microsoft Research.
Crawford, K. (2021). Atlas of AI: Power, Politics, and the Planetary Costs of Artificial Intelligence. Yale University Press.
Yudkowsky, E. (2008). Artificial Intelligence as a Positive and Negative Factor in Global Risk. In Global Catastrophic Risks (pp. 308–345). Oxford University Press.
Dreyfus, H. L. (1992). What Computers Still Can’t Do: A Critique of Artificial Reason. MIT Press.
Chalmers, D. J. (1996). The Conscious Mind: In Search of a Fundamental Theory. Oxford University Press.
O’Neil, C. (2016). Weapons of Math Destruction: How Big Data Increases Inequality and Threatens Democracy. Crown Publishing.
Śrīmad Bhagavad Gītā, 13.28. Translation by Swami Gambhirananda, Advaita Ashrama Publications.
Amazon’s AI Hiring Tool Bias – Harvard Business Review, 2018.
Ethics and Autonomous Weapons – Journal of AI and Ethics, 2020.
Environmental Impact of GPT-3 – Nature Sustainability, 2021.
The Principles of Invention and Innovation – Journal of Technological Ethics, 2019.
Mechanisms of Innovation in Modern Technology – Science and Technology Review, 2020.
The Ethics of Technology and Innovation – Technological Impact Journal, 2021.
The Discovery Process in Natural Sciences – Journal of Scientific Exploration, 2018.
Invention and Innovation: Bridging Nature and Technology – Technological Ethics Journal, 2020.
Risks of Unsupervised Technological Advancements – Ethical Impacts of Emerging Technologies, 2021.
Oppenheimer, J. R. “Now I Am Become Death, the Destroyer of Worlds.” The Bhagavad Gītā and its Role in the Development of Nuclear Energy, 1945.
Rethinking Innovation in the Age of Artificial Intelligence. Journal of Technological Ethics, 2022.
Artificial Intelligence and Human Responsibility. Ethics and Technology Review, 2021.
Dharma and Innovation: The Indian Scientific Tradition. Philosophy and Science Journal, 2020.
“The Ashokan Pillars and Delhi Iron Pillar: Ancient Metallurgical Excellence.” Indian History and Technology Journal, 2018.
“The Architectural Wonders of Konark and Angkor Wat: Science and Spirituality.” Ancient Architecture Review, 2019.
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Bhagavad Gītā: The Hidden Science of Life and Universe, translated by Dr. S. Radhakrishnan, 1994.

The post An Invisible Aspect of Artificial Intelligence and Science of Consciousness appeared first on Institute of Philosophy of Nature.

A Reality That Begins from Zero: The Play of The Union Between Consciousness and Nature

Pranshu Bharadwaj — Mon, 27 Jan 2025 19:12:50 +0000

Abatract

Just as it is almost unimaginable or extremely difficult for an ant to understand the nature of the particle inside the Singularity of the black hole, similarly, it is extremely difficult for us to understand the existence beyond the physical realm of the universe, but it’s not impossible. However, this human consciousness and the consciousness of every living being is a part of that eternity. Therefore, just as we humans are familiar with our civilization, in the same way, every celestial object in the universe is also familiar with its own civilization and maintains a bond of energy among them, which governs the functioning of the physical universe & also shows the interconnection between them. Today, we want to share with others the experience of consciousness, which begins when the form of physicality ends, and the original form of the universe is revealed before us. This form has neither an end nor a beginning; it eternally remains the cause of the universe’s existence, like an Eternal space. Today, through our Astronomical scriptures, we will explore a new source of Truth. In this, we will search for the presence of life beyond zero energy according to thermodynamics, where the modern value of zero is not what we understand, but something that goes beyond infinity.

Keywords: Consciousness, Form of Physicality, Eternal space, Life beyond zero, Universe.

Introduction

This universe, which is filled with complete complexity, where countless transformations of energy constantly occur, there are many such laws in the phases and states of the universe that change almost countless times at every step, because complexity is the hallmark of our physical universe. Today, we are going to research a similar topic, where we will try to connect some laws of thermodynamics from places where neither its discoverer nor today’s science has thought of, but the answer certainly lies in our astronomical scriptures. This is a very interesting topic from scientific perspectives, as it deals with the truth. And as we all know, if there are any laws, they are limited to a certain stage or event, and if we try to find the ultimate truth through those laws, it is not possible. Even if we experience that truth, it automatically breaks the limitations of those laws and takes on a new form. Yes, we are now moving towards a new discovery where we will discuss the existence of the universe, starting from where physicality ends. Today, our research will begin with the second and third laws of thermodynamics, where we will present a deep analysis of the laws. In this, we will have to connect with the ultimate truth of astronomical scriptures and science, because the knowledge of thousands of years, when accumulated in a verse, becomes priceless and equivalent to ultimate knowledge. We will discuss that perspective today. We will try to understand the existence of life beyond zero energy according to the laws of thermodynamics. We will try to present evidence from our scriptures and practical observations as well. Let’s move towards that ultimate truth with some questions and try to present a new idea. The first question that arises in this topic is, is life possible beyond 0 Kelvin. If possible, what is its nature and how does it indicate a new beginning from where our everything becomes zero? According to classical science, 0 Kelvin is absolute zero, and the entropy of a perfect crystal approaches a constant minimum. However, if this is the case, we should consider those aspects of the universe that we have not yet comprehended. It is not impossible to detect dark energy, nor is it impossible to understand entities like the singularity of a black hole but the truth is that we have accepted certain laws as ultimate principles, which only work up to physical observation. Life is there in every object, life is not limited to humans or living beings alone. Even a stone vibrates and emits energy as it always happens in the supreme Cosmic World with its fundamental cosmic energy. If such an object has a control mechanism to change its form then it gets life and becomes alive.

Modern Limitations and a New Beginning

These are the laws of thermodynamics that create curiosity about the presence of life beyond zero Kelvin.

The second law of thermodynamics states that in any kind of natural thermodynamic process, the total entropy of a system and its surroundings always increases. Entropy is simply a measure of disorder or randomness. This law states that energy transformations are not totally efficient, and some energy is always lost as heat.

Δ𝑆_univ > 0

And the third law discusses that as the temperature of any system approaches absolute zero (0 Kelvin), the entropy of a perfect crystal approaches a constant minimum.

lim Δ𝑆 = 0

T→0

This equation states that as the temperature (T) approaches absolute zero (0 Kelvin), the change in entropy Δ𝑆 of a system approaches zero.

These are some laws of thermodynamics, but will they work in a place where there is no physicality but there is certainly a diversity of energy? One thing we must remember, which we discussed in the introduction, is what life really is.

Every existence is alive and has life, which can control itself and has the ability to change its form and nature in any state. All these existences have life, whether it is a pebble or even fluctuations. And here we have to study the presence of life that is beyond even zero energy. And by bringing the laws of thermodynamics here, we just want to convey one message that any law of the universe, no matter what it is, always remains limited to an event or stage.

Because the energy and particles, whose transformed forms we have observed through some device to create these laws, when they enter another environment, they will try to completely change their nature and form to adjust to that stage. When we experience those same particles or energy again in another transformed form, we call it a mystery. Then questions arise about the existing law of matters. The truth is that any law, no matter what it is, remains limited to an event or stage where it can be easily applicable but it cannot be considered as the complete truth and may not be perfect with the view of cosmic events.

Let’s try to understand this with an example. Whenever a particle travels through our Earth or space, we can easily understand its form, the energy acting on it, and the speed accompanying it. Let’s assume this particle is a photon particle. According to these observations, if we create laws, there is nothing wrong with it. However, modern science today will create some laws based on its detected speed and nature and will call these laws and speed a universal constant, as the speed of light carried by photons.

We can say this with confidence because we have noticed, when these same photon particles enter the singularity of a black hole, then there is a big question about the universal constant and the principles of thermodynamics. Those can apply in limited ordinary space. If those are truly universal constants, also could work in these small celestial events of the universe. But what happens? We are all well aware of the results. Our point is that when relativity, current quantum gravity, and many scientific laws, subjects, and concepts do not apply in such a place, why don’t they say those do not apply in all situations. Then the concept, prediction of the constant speed of light only applies to the situations of general and special relativity studied.

In this physical state, the speed of light is supreme, but when we consider light to be supreme beyond the events described by relativity, we will only get disappointment, as we have been getting queries till now. It is still not just the singularity of a black hole, but what we call dark energy today, we have not been able to understand it properly till now because its form changes every moment, and perhaps at a speed greater than light, because that energy has become so intense that it can change its nature and form at different stages or environments at faster speed. This is the only reason we have not been able to understand dark energy as we have been trying to understand it. We are not saying that light does not work at a constant speed, nor that the law of thermodynamics is wrong. We would like to say that every thesis and its author represented the events according to their perspective, analysis and introduced the laws based on the nature found in those events or states, and they are limited to those observed events or states only.

In our opinion, the speed of light is a restricted speed that is limited to the physical nature of the universe. The question is why is the speed of light only this much? The answer is that to maintain physicality in nature, the speed of light is limited here. If something goes beyond this, it will never interact with physical fundamentals. We can see a similar case in events like dark energy, which always exists but our calculations, devices, and even the consciousness of modern people fall under the speed of light and some physical laws. This is why, when a little energy or matter changes its form, we get confused and start exploring the deep state, and unfortunately, we call those phases a mystery. This is similar to the happenings during the inception of the universe. Its scientific explanation still appears confusing and dark, not clear. They say, “If we haven’t seen it, it doesn’t exist, and if we have seen it, it is everywhere.” Well, we will discuss this in successive communications.

Considering all these things, we gain clarity on our subject, and that is, the eternity (the eternal space of fundamental cosmic energy) we mistakenly understand today as merely the quantum fluctuations of a zero energy field which is not limited to that state alone. In fact, if we want to explain it in one statement, it would be: “This is the foundation of the existence of the universe, holding every form together.” As we discussed earlier, due to our limited analysis, we think that nothing can exist in any state after zero, so it is obvious that it would be some small vibration or fluctuations that falls under absolute zero, and that is what we have named quantum fluctuations. This is our biggest misfortune or misunderstanding because it is a particle that, after 0 Kelvin, completely changes its form and nature to transform its energy into that state beyond understandable at absolute zero.

But we try to understand it, as having become zero and there is no physical movement happening in it. So let’s declare it as absolute zero. But in reality, that energy and particle only change its form and remain in their altered form and nature even beyond 0 Kelvin. And this is the form that exists in every existence, from a particle to various types of energy, which ultimately leaves this physical environment after 0 Kelvin and comes into its eternal form.

According to us, this state is also known as The Vaishnav State or The Eternal Space, in which the fundamental cosmic energy always leaves its altered physical form and comes into its original form, working to provide a foundation to the universe. And this is a life that neither begins nor ends; it certainly changes its physical body but not its original energy, which always remains in this form. Understanding this state is the most difficult because we have only understood the blur; there is still more depth in it, which we will try to understand further by unification of spiritual science with materialistic science as and when applicable. We feel many mysteries of science, even life beyond ‘Zero Kelvin’ can be understood provided the science of cosmic energy could have been explored thoroughly. What all theories and laws are acting on physical matters on Earth are only limited to a certain pace of physical Earth which are tiny parts of the supreme cosmic world.

Let us rethink about the physical state becomes zero. In summary, to understand any deep state, we need consciousness led innovation and must go beyond the laws that prevent us from solving the mysteries. Our thought process should not be enslaved by any rules; there must be freedom of thought. Only then we can present the facts to human society.

The Scientific Existence of Celestial Verses

Now the time has come to learn about those sources that have been a heritage for thousands of years, but their purpose was not just storytelling. Instead, they were meant to simplify the difficulties that would arise in human civilization. In the scriptures, astronomy is depicted in a way that can escape the illusion of perspectives, meaning you will get the answer based on the viewpoint from which you look at it.

Because here, what appears is different from what is, their greatness cannot be confined to just stories. However, this knowledge depends on human consciousness and the capability of thought.

Today, we will try to understand the essence of that penance. After deep study, we have experienced some verses that reveal to us the form of the universe that is beyond every existence, even to the extent that its nature is eternal and is the reason for the existence of this universe. Let us now witness that truth.

The Bhagavad Gita verse (Chapter 7, Verse 5)

apareyamitastvanyāṁ prakṛtiṁ viddhi me parām jīvabhūtāṁ mahābāho yayedaṁ dhāryate jagat

Most common people understand it in the language in which they bind the truth of this nature into a character, and ultimately they do not achieve what they are not trying to seek. That’s why perspective matters. General Translation: Besides this inferior nature, O mighty-armed Arjuna, there is a superior energy of Mine, which comprises the living entities who are exploiting the resources of this material, inferior nature.

This allows us to experience the existence from physicality to eternity, discusses the states from inferiority to superior energy, and hints at the existence of such a state.

Inferior Nature: Corresponds to the material universe—the physical cosmos we observe. It includes matter, energy, and the forces that govern them.

Superior Energy (Jı̄va S’hakti): Transcends material boundaries. It includes all living souls—the essence of life itself.

One relevant shloka is from Chapter 2, Verse 20: That tries to explain the characteristics, nature, and influence of that Cosmic superior energy.

na jāyate mriyate vā kadācin nāyaṁ bhūtvā bhavitā vā na bhūyaḥ | ajo nityaḥ śāśvato’yaṁ purāṇo na hanyate hanyamāne śarīre || 20||

Generally, its translation is: “The soul is neither born, nor does it ever die; nor having once existed, does it ever cease to be. The soul is without birth, eternal, immortal, and ageless; it is not destroyed when the body is destroyed.”

This verse emphasizes the eternal and indestructible nature of the soul or the fundamental cosmic energy, which transcends physical existence.

Eternal Nature: Just as the shloka describes the soul as eternal and unchanging, in physics, particles at 0 Kelvin are thought to reach a state where they no longer exhibit traditional physical properties. However, they still possess zero-point energy & even beyond 0 Kelvin there is the absolute state of zero which is beyond the infinity, indicating that their essence or energy remains, even if their physical form changes.

1. Transformation and continuity: The shloka speaks of the soul not being destroyed even when the body is. Similarly, particles at zero Kelvin transform their energy and nature but do not cease to exist. They change from and state, much like the soul transition from one body to another without losing its essence.

Foundation of Existence: The concept of the Vaishnav state or the Eternal Space, where Fundamental cosmic energy returns to its original form, parallels the idea that the foundation of all existence.

There is no need for anyone to worry about this topic right now because this single shloka has the ability to explain the entire concept easily and in detail. Do not jump to conclusions upon hearing the word ‘soul’; instead, try to understand the profound knowledge within it.

Here, we can easily understand the concept that every particle or energy, in any physical form, always has eternal internal energy. This is evidenced at the state of zero Kelvin, where the same physical particle, upon reaching its maximum physical state, abandons its existing physical form and completely transforms its nature and form into the fundamental cosmic energy. From there, a new beginning starts.

The Presence of Life beyond Zero Kelvin

As the temperature approaches absolute zero (0 Kelvin), particles retain a form of energy known as zero-point energy. This zero-point energy is not just a residual energy but represents the entropy of the fundamental cosmic energy. Here’s a detailed breakdown of the process:

Existence of Zero-Point Energy:

At 0 Kelvin, particles are in their lowest energy state, but due to quantum mechanics, they still possess zero-point energy. This energy is a manifestation of the inherent quantum fluctuations and is considered the entropy of the fundamental cosmic energy.

Interaction of Fundamental Cosmic Energies:

When similar fundamental cosmic energies come into contact, they interact and try to adapt to each other’s environment. This interaction creates a form of randomness or disorder in the system, which is the entropy.
This entropy manifests as quantum fluctuations, which are essentially the vibrational randomness resulting from the interaction of these energies.

Quantum Fluctuations:

Quantum fluctuations are the result of the entropy created when fundamental cosmic energies interact. These fluctuations are the small, random changes in energy that occur even in a vacuum.
When similar fundamental cosmic energies meet, they create these fluctuations as they try to adapt to each other’s pace, leading to vibrational randomness.

Creation of Virtual Particles:

When quantum fluctuations interact with each other, they can lead to the creation of virtual particles. These particles are temporary and exist only for a brief moment, but they play a crucial role in quantum field theory.
The process of virtual particle creation is driven by the need for the system to adapt to new conditions and behaviors introduced by the interacting quantum fluctuations.

Formation of Physical Particles:

As the temperature rises above 0 Kelvin, the energy in the system increases, allowing virtual particles to gain enough energy to become real, physical particles.
These physical particles can carry specific energies and follow the rules of thermodynamics, such as energy conservation and entropy increase.

Role of Fundamental Cosmic Energy:

Beyond the creation of physical particles, the fundamental cosmic energy remains the underlying foundation of the universe. It is the source of all energy transformations and interactions.
This fundamental energy drives the creation and sustains the processes of the universe, ensuring that energy flows and transformations continue seamlessly.
This Eternal Space provides a foundation where change remains constant, and in simple terms, this is the true definition of zero. For me zero is a state that goes beyond infinity. This eternal space, which is zero, has properties that are eternal and supreme. This is the only existence that is present in every particle of the universe.

The Mathematical Analysis

If we want to understand this through a mathematical model, then let’s try to understand it from that perspective. According to us, this is not limited to any physical calculation, but if it is represented in today’s scientific community, then perhaps it will not have any impact on its fact as its unification is still pending.

Eternal State Transformation Let:

ψ: Wave function describing the particle/energy state

Φ(ψ): Energy transformation function representing the eternal state

Ω: Original essence/preserving factor

E: Fundamental Cosmic Energy (eternal vibrations)

𝐸₀: Zero-point energy (entropy of the fundamental cosmic energy)

S: Entropy

T: Temperature (in Kelvin)

Transformation Process As T Approaches 0K:

The wave function ψ undergoes a transformation, and the zero-point energy ( E_0 ) represents the entropy of the fundamental cosmic energy:

(𝑇 → 0𝐾) → Φ(𝜓) = 𝐸

𝐸 = 𝐸₀ + 𝐸cosmic

𝐸₀ = 𝑘B𝑆(𝑤ℎ𝑒𝑟𝑒 𝑆 𝑖𝑠 𝑡ℎ𝑒 𝑒𝑛𝑡𝑟𝑜𝑝𝑦)

Quantum Fluctuations:

When similar fundamental cosmic energies interact, they create entropy in the form of quantum fluctuations: S=E/T

These fluctuations are the vibrational randomness resulting from the interaction. Creation of Virtual Particles:

Quantum fluctuations can lead to the creation of virtual particles:

Δ𝐸_virtual = ℏ𝜔

Here, (\hbar) is the reduced Planck’s constant and (\omega) is the angular frequency of the fluctuations.

Reversal Process:

When T Increases Above 0K:

The energy transforms back to its physical form:

𝐸 → Φ–1(𝐸) = (𝑇 > 0𝐾)

Conservation of Fundamental Cosmic Energy

The existence of ( E ) remains unchanged:∂𝐸/∂𝑇=0

Detection Difficulty

The original state is difficult to detect with current detectors:

𝛼 ⋅ Ω ⋅ Φ(𝜓) ≈ 0

Here, (\alpha) is a coefficient representing the detection difficulty. Energy Flow and Form Change

The change in form occurs due to energy flow :

∂ψ/∂T = -i (E α Ω Φ(ψ)) · δ(Τ 0K)

Conclusion

As the temperature approaches absolute zero (0 Kelvin), particles retain zero-point energy, which is essentially the entropy of the fundamental cosmic energy. When fundamental cosmic energies interact, they create randomness or entropy, manifesting as quantum fluctuations. These fluctuations occur because similar energies try to adapt to each other’s environment, releasing vibrational randomness.

When quantum fluctuations interact, they can lead to the creation of virtual particles. As the temperature rises and energy flows, these virtual particles can transform into physical particles, which follow thermodynamic rules. Beyond these physical particles, the fundamental cosmic energy is the foundational element of the universe, driving its creation and sustaining its processes.

Keep in mind that these representations are just the beginning of understanding the ‘Eternal Space’ or ‘The Vaishnav State’. As we have understood, this state is not limited to quantum fluctuations alone; its eternal state is much deeper and more complex. We need to understand the process of any particle’s internal energy returning to its original state in greater depth.

This will show us a path to understand the actual origin of the universe. Our work does not stop or is limited here; unification is still pending, and this is just its prelude.

The original concept is yet to come. So far, we have experienced some simple mathematical equations and their processes. Now, with the help of the summary of all these, let’s understand if there is any cosmic unified principle behind all these happenings on which all these types of processes are based, from an eternal state to every physical state of the universe. As we have experienced, how the variation in temperature affects a particle and the reality of its existence process can exist in different natures and forms of the universe.

In summary, I just want to say on this subject that yes, there are indeed some cosmic unified principles that operate in every part of the universe, from the creation of the universe to the end of its physical phases. From a particle to fundamental cosmic energy. We will discuss this in the next research study, where we will have an in-depth discussion on the impact of these principles on the beginning of the universe and the provision of its energy.

Interpretation on This Subject:

When physicality becomes zero, it begins, and it becomes so powerful that it cannot be measured because if the entropy of the great energy flow can create even the physical universe. Just think how supreme it will be.

Certainly, this is beyond physical thought, but consciousness is also a part of it, which always remains in the form of our inner self. And if we give the status of God to that eternal space, there is no harm in it because the entire physical world is running from there. Because this is the very realm that has given shelter to the entire physical universe.

This is not the end of this topic, but it is the ignition that gives a thrust to this topic, pushing it forward with even more strength. This calculation might just be a beginning, but the truth is yet to come, which will surely be revealed in its other parts.

In this process of change, we can achieve more efficient energy transmission and advancements in nanotechnology, leading to improved materials for energy storage and conversion. Along with this, this topic can help us explore the unresolved mysteries of the universe and the secrets of its existence on both large and small scales. In the next part of this research, we will understand how the Fundamental Cosmic Energy of Eternal Space works, how it exists and how we can comprehend it.

This universe is vast & if we talk about ourselves, we are tiny particles smaller than countless parts of even a fraction of it. However, life exists within. We also have a small physical human world, and as long as there is life in our body, our entire life is to be dedicated to human welfare, keeping nature in mind.

This is the sentiment I always bow to. Our duties are to illuminate the nectar of knowledge given by each sage of the ancient era and present the infinite knowledge of the entire universe in both spiritual and scientific manner. Let each one of us think deeply with consciousness and get enlightened with ‘The Super Nature’ even being in a micro-physical environment.

Acknowledgement

We express soulful gratitude to our Rishis, including Maharishi Agastya, Maharshi Bharadwaj, and the greatest yogi, the revered Shri Krishna, who, keeping in mind the philosophy of Kaliyug, encapsulated the penance power of each sage into one Bhagwatam scripture. Today, we have been able to understand it, and for this nectar given by them, we bow and thank them with full devotion for our human duties and body on this Earth. We also offer countless salutations to my parents for my very existence in this human life.

In this invaluable duty of our life, at every turn, selflessly, through every up and down, those who have helped us and maintained their blessings and faith, We offer countless salutations and thanks to the most respected revered Shri Ravin Vyas ji, respected Hiral Mata shri, Kushal Bhaiya & Rajan Bhaiya. To every guide in our life, including the revered Shri Satheesh Reddy ji, Prof. B.S Murthy ji. We offer countless salutations and many, many thanks.

Reference

Prabhupada, A.C. Bhaktivedanta Swami. 2008. Bhagavad Gita As It Is: With the Original Sanskrit Text, Roman Transliteration, English Equivalents, Translation and Elaborate Purports. Alachua, FL: The Bhaktivedanta Book Trust.
Callen, Herbert B. 1985. Thermodynamics and an Introduction to Thermostatistics. 2nd ed. New York: Wiley.
Milonni, Peter W. 1994. The Quantum Vacuum: An Introduction to Quantum Electrodynamics. San Diego: Academic Press.
Mukherjee, Archana. 2023. Tribute to Goodness in Service Sectors and to Supreme Power: Experience Sharing. Journal of Environmental and Sociobiology 20(2): 181-184. ISSN 0973-0834.

The post A Reality That Begins from Zero: The Play of The Union Between Consciousness and Nature appeared first on Institute of Philosophy of Nature.

Pranshu Bharadwaj, Author at Institute of Philosophy of Nature

The Origin of Energy Without Beginning or End

Abstract

Introduction

Methods

Significance

Results and Discussion

Conclusion

Acknowledgements

References

An Invisible Aspect of Artificial Intelligence and Science of Consciousness

Abstract

Introduction

Understanding Artificial Intelligence: Beyond Human Perception

Can Artificial Intelligence Turn Against Humanity?

What is a True Invention? Reframing Science and Innovation

Ancient Wisdom and Technological Design: Revisiting Forgotten Science

Is AI a Living Entity? Scientific and Ontological Perspectives

Conclusion

References

A Reality That Begins from Zero: The Play of The Union Between Consciousness and Nature

Abatract

Introduction

Modern Limitations and a New Beginning

The Scientific Existence of Celestial Verses

The Presence of Life beyond Zero Kelvin

Existence of Zero-Point Energy:

Interaction of Fundamental Cosmic Energies:

Quantum Fluctuations:

Creation of Virtual Particles:

Formation of Physical Particles:

Role of Fundamental Cosmic Energy:

The Mathematical Analysis

Quantum Fluctuations:

Reversal Process:

Conclusion

Interpretation on This Subject:

Acknowledgement

Reference