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172、On the Essence of Light Excited by Alternating Electric Fields
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preprint of cern doi :10.5281/zenodo.21360091 or https://doi.org/10.5281/zenodo.21360091 my academic identifier: orcid id: 0009-0005-2185-5790. you may go to the official academic website to retrieve and view relevant research content. readers may copy this number to search on the official zenodo website (search by english title or english keywords) to view the full english and chinese pdf texts. Abstract The core proposition of classical electromagnetic theory over the past century holds that alternating electric fields and alternating magnetic fields convert into one another, circulating and propagating infinitely in a vacuum to form waves defined as electromagnetic waves. All radiations including visible light, microwaves and lasers are classified as such waves. This theory further puts forward an absurd deduction: light travels forward propelled by alternating electromagnetic waves. The theory suffers from two irreconcilable fundamental flaws. First, a vacuum contains no conductive media such as wires or coils; isolated alternating fields detached from substantial energy carriers cannot propagate over long distances independently. Second, the theory reverses causal relationships entirely. Conventional academia regards electromagnetic waves as the primary propagating medium and driving force, while light is merely a byproduct generated during the travel of electromagnetic waves. The actual physical sequence is precisely the opposite: alternating electric fields directly excite light. Electromagnetic waves are only transient virtual side effects formed by space perturbations as light travels through space. Far from propelling light, they are produced by the motion of light itself. This paper rigorously demonstrates that alternating electric fields merely act as excitation sources that generate independent primordial energy carriers — light — in a single energy conversion process. Only light can transmit substantial observable energies such as thermal energy and radiation pressure across long distances. The alternating electric and magnetic fields detected along light’s propagation path are transient virtual side effects of space perturbation. The perturbed space instantly rebounds to equilibrium, eliminating all field signals, which are incapable of transmitting independent energy, much less driving light motion. Combining fundamental physical logic, this paper disproves the traditional erroneous model stating that light is composed of cyclically propagating electromagnetic fields and that electromagnetic waves drive light propagation. Keywords alternating electric field; Light Primordial Theory; virtual electromagnetic field; side effect of space perturbation; electromagnetic radiation; logical flaw of reversed causality 1 Introduction After the establishment of Maxwell’s equations, an entrenched universal misconception took shape in physics: a changing electric field generates a magnetic field, and a changing magnetic field in turn generates an electric field. These two fields cycle continuously and can propagate forward infinitely in a vacuum devoid of media. This alternating field system is named electromagnetic waves. Subsequent scholars further derived a logically inverted conclusion based on this framework: light is a type of electromagnetic wave, and light propagates in space driven by the mutual oscillation of alternating electromagnetic fields. This entire theoretical framework is constructed purely from mathematical deductions and ignores objective physical constraints. A vacuum lacks coils, conductors or any media that confine electric charges; virtual electric and magnetic fields carry no independent energy and lack the foundation for stable long-term propagation. When researchers observe light beams, they detect transient electromagnetic signals generated by light perturbing space, yet fail to distinguish virtual and substantial field states. If such electromagnetic fields were substantial, they would inevitably deflect and tug the traveling light beam. However, experimental optical observations never record such trajectory deviations of light, which sufficiently proves these field signals are merely temporary virtual appearances devoid of substantial electromagnetic force. Academic circles confuse primary and secondary phenomena, mistaking derivative virtual perturbations as the primary radiation carrier, categorizing the inherently energetic light generated in the first place as a derivative of electromagnetic waves, and even proposing the false claim that electromagnetic waves drive light motion. This paper strictly demarcates the physical boundaries among excitation sources, primordial energy carriers and virtual secondary side effects, clarifies the key evidence that virtual electromagnetic fields exert no substantial force, corrects the two-hundred-year-old error of reversed causality, and reconstructs the underlying logic of radiative propagation.  |
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