Vugazo Interaction: A Universal Scalar Field Mediator for Particle Emission

This work introduces the Vugazo interaction, a novel quantum field theoretical framework in which particle emission is mediated by a universal scalar field, termed the Vugazo field (χ). Unlike conventional quantum field theory, where spontaneous emission occurs once interaction terms are nonzero, the Vugazo framework strictly requires the presence of χ quanta for emission to occur. Key features of this framework include: Quantized mediation: The presence of Vugazo quanta controls emission probabilities, enabling Rabi-like oscillatory dynamics for both single-particle and multi-particle systems. Nonlinear threshold control: Nonlinear potentials for χ allow selective emission only when the field exceeds a critical amplitude. Universality: χ couples to all matter fields, providing a consistent mediator across all forms of matter while maintaining Lorentz invariance, Hermiticity, and standard conservation laws. Potential implications include controlled suppression or enhancement of emission processes and the theoretical prediction of a new scalar particle, the Vugazo particle. This framework provides a fresh perspective on particle emission, positioning it as a field-mediated, rather than autonomous, process.