Comet–Sun Interaction:
The Two-Flow MechanismObservations of interstellar comet 3I/ATLAS confirm anomalous outgassing behavior and stable trajectory, consistent with the dual-flow structure predicted by the open-system quantum field model.
Two synchronized streams operate in resonance:
1. Solar flow — outward field stabilization.
Photon pressure and plasma flux from the Sun regulate the comet’s motion, preventing excess acceleration and preserving its internal coherence.This outward stream forms a resistive field that balances gravitational attraction and stabilizes the comet as an active node.
2. Cometary flow — inward field transfer.
Directed toward the Sun,
these jets transport nucleons and light elements from the comet’s deeper layers along solar-wind pressure lines.They create a transfer channel that both sustains the Sun’s thermonuclear activity and maintains the comet’s equilibrium within the field.The interaction of these flows establishes a dynamic equilibrium:the solar stream restrains acceleration, while the cometary outflow converts pressure into a steady exchange of matter and energy.
Together, they form a feedback cycle where radiation, plasma, and mass continuously circulate between the star and its active node.As the comet approaches perihelion, the solar wind penetrates deeper layers, releasing heavier elements and intensifying the transfer toward the Sun.
Each eruption increases the exchange rate, reinforcing thermodynamic balance within the open quantum system.
This reflects the universal principle of equilibrium:
ΔE₍matter₎ + ΔE₍field₎ = 0
ΔS₍matter₎ + ΔS₍field₎ = 0
Comets thus act as active nodes of the quantum field — participants in the continual renewal of the Solar System.Their dual-flow interaction with the Sun demonstrates how the field maintains coherence and stability through perpetual exchange.Full theoretical background:“The Quantum Field as a Universal Law of Open Systems” — Leonid Shvets, Zenodo (2025)DOI:
https://doi.org/10.5281/zenodo.17215961