Bioelectric phenomena were the most fundamental characteristic of life activities. All living things, from bacteria to elephants, exhibited bioelectric activity of varying intensity.
Electricity generated magnetism, and magnetism generated electricity. That was a law of physics.
When electric and magnetic fields existed simultaneously, changes in the bioelectricity and electric field of the human brain inevitably meant the presence of a magnetic field.
Scientific instruments could detect the brain's magnetic field. It appeared like waves, and those waves were called brainwaves.
Brainwaves were the sum of the postsynaptic potentials of billions of neurons in the cerebral cortex. The formation of their synchronized rhythms was related to the activity of the cerebral cortex's nonspecific projection system.
Brainwave sensing technology had existed for a long time, and some brainwave-controlled toys had already appeared on the market.
For example, brainwave-controlled drones. When the human brain concentrated, activity in the cerebral cortex became stronger, and brainwaves intensified. The sensor worn on the head could then detect the brain's magnetic field activity and trigger commands to control the drone. But that was only the most basic application of brainwaves.
The Brainwave Induction Device Chen Mo wanted to research also sensed brainwaves. The difference was that Chen Mo needed to combine it with Super Quantum Computing to simulate and calculate neural synaptic activity within the brain and the formation of brainwaves. Then, he would have Mo Nv's Quantum Brain simulate that rhythm, thereby imitating the workings of a brain.
Another term related to neural activity in the brain was consciousness.
In philosophy, "consciousness" was used as an object of study in opposition to "matter."
Biology considered consciousness to be an advanced, ordered form of material organization. It referred to the sum of the characteristics that living beings could perceive through their physical sensory systems, as well as