Creating a Fluid Flow in a Pipe Based on Bifilar Nodes: Field Topology, Asymmetric Gradient Cascades, and Autonomous Resonance

This paper presents a novel theoretical framework and engineering concept for generating directional fluid flow within a closed pipe channel without the use of mechanical moving parts, such as impellers, pistons, or pumps. By extending the principles of Chladni figures into a three-dimensional volumetric space, the study introduces the concept of field "dimples"—localized energy minima acting as spatial wave nodes that govern matter through gradient topology rather than mechanical pressure. The core mechanism relies on an asymmetric bifilar winding architecture that leverages mutual current cancellation to create pure, stray-field-free spatial nodes. By coupling a relatively neutral reception "dimple" with an absolute zero-state "noise cancellation" node, the system establishes a continuous spatial inclination (gravitational vector slope). The passing fluid acts as a natural trigger, inducing charge exchange and localized geometry switching that propels the medium forward through a self-sustaining cascade.