In the context of current scientific understanding, thoughts are not assembled onto free-flowing electrons. Thoughts and consciousness are complex phenomena that arise from the interactions and processes occurring within the brain, which involve a wide range of biochemical and electrical activities.
While electrical signals and chemical processes are involved in transmitting and processing information within the brain, it is important to note that these processes do not involve the movement of individual electrons as a means of encoding or transmitting thoughts. The behavior of electrons within neural circuits is better described by the principles of quantum mechanics, where electron behavior is understood in terms of probabilities and wave functions rather than as discrete particles.
The speed at which information is transmitted within the brain is primarily determined by the speed of electrical signals traveling along neural pathways. These electrical signals, known as action potentials, can propagate at speeds of up to several meters per second in the human body. While this speed is much slower than the speed of light, it is sufficient for the relatively short distances within the brain.
Therefore, the nature of thoughts and their transmission within the brain does not pose a direct conflict with the speed of light. However, it's important to note that the relationship between thoughts, consciousness, and the physical processes of the brain is still an area of active scientific investigation, and our understanding of these phenomena continues to evolve.