Thought-Transmission Theory: A Quantum and Electromagnetic Perspective on Cognitive Synchronization

This paper introduces the thought-transmission theory, which postulates that thoughts from one individual can manifest as instantaneous insights in another's mind, regardless of spatial separation. By integrating elements of quantum entanglement, Earth's magnetic field, solar activity, and human neural networks, the theory seeks to explain phenomena like synchronized thoughts and apparent coincidences. Key mechanisms include cellular electron alignment, quantum entanglement via solar photons, and neural network-based recognition of transmitted patterns. Observations such as higher synchronization among relatives, sensitivity to solar activity, and global conflict trends during heightened solar activity are examined in the context of this framework. The implications bridge quantum physics, neuroscience, and planetary influences on cognition, offering a new lens for understanding cognitive connectivity.