Space-Electron Resonant Transmission Theory: A Hypothesis Inspired by Bluetooth Phenomena

This paper introduces a speculative hypothesis called the Space-Electron Resonant Transmission Theory. Motivated by real-world asymmetries in Bluetooth signal disconnection and reconnection distances, we propose that space may be filled with invisible, resonance-sensitive particles—space-electrons. These may form "resonant spheres" between devices at matching frequencies, allowing signal channels to emerge. This theory suggests that wireless signal propagation is not solely electromagnetic but involves hidden spatial resonance structures. Though lacking experimental backing, this hypothesis aims to inspire new perspectives in understanding wireless communication phenomena.