Transitioning the user's consciousness from the real world to a virtual environment was managed by a specialized algorithm that adjusts the brain's alpha and theta wave frequencies.
This was achieved with the help of Neuraplus, which Evan had acquired earlier.
This process mimicked a state of deep relaxation or light sleep. During this phase, the headgear maintained controlled sensory feedback to ensure that the user's consciousness remained active and engaged in the virtual experience, despite their body being in a restful state.
The headgear would establish a synchronous neural connection between the user's brain and the virtual interface, ensuring that cognitive and sensory inputs are accurately mirrored in the virtual environment.
The continuous data exchange between the neural interface and the virtual system allowed for real-time updates, making interactions and perceptions in the virtual world seamless and responsive.
