Rewire-Neo3nos Exploratory Neurofeedback Conlusion

The study demonstrates that guided interactions based on personal content and relational engagement generate complex neurophysiological dynamics, characterized by an alternation between activation and regulation, followed by stabilization.

qEEG activity indicates the predominant involvement of fronto-temporal networks and the right hemisphere in emotional and social processing, while HRV parameters reflect corresponding variations in the autonomic nervous system.

The correlation of these data highlights the existence of integrated adaptive mechanisms, where emotional activation is followed by reorganization and regulatory processes. Particularly relevant is the finding that toward the end of the session, the system does not merely return to equilibrium but displays improved stabilization indicators compared to the baseline.

This observation supports the hypothesis that repeated exposure to interactive contexts can facilitate self-regulation and integration processes at a neurophysiological level. In conclusion, the data suggest that regulation is not the result of avoiding activation, but rather the system's capacity to navigate emotional experience, integrate it, and functionally reorganize within a relational context.

The Efficiency of the Neo3nos Intervention in Facilitating Neurophysiological Regulation The data obtained in this study suggest that the use of the Neo3nos game—as a tool for guided interaction based on personal questions—can facilitate significant neurophysiological regulation processes.

Neo3nos distinguishes itself from other tasks by not focusing on performance or the "correctness" of a response; instead, it stimulates the exploration of internal experience, reflection, and authentic expression within a relational context. Its structure, which involves an alternation between listening and responding, creates a framework where cognitive, emotional, and social processes are simultaneously activated.

The results show that while using the game, the participant does not merely react to emotional content but undergoes a dynamic process of activation and regulation. Moments of emotional intensity—evidenced by increased activity in the high-beta and gamma bands and a decrease in HRV—are followed by reorganization and HRV increases, suggesting the integration of the experience.

A significant aspect is that Neo3nos facilitates access to relational content without producing persistent destabilization. In sequences where the participant verbalizes potentially conflictual experiences, autonomic parameters indicate the maintenance or even improvement of regulation, suggesting that the game's structure provides a sufficiently safe framework for adaptive processing. 8 rewire.ro Experiment - Neo3nos -

Furthermore, in the final minutes of the session, as the participant reflects on the game's impact, a stabilization of the system is observed, with HRV and coherence values superior to initial levels. This may indicate a progressive integration effect and supports the hypothesis that repeated use of this type of intervention can consolidate self-regulation mechanisms. From a neurophysiological perspective, the efficiency of the Neo3nos game appears to stem from its capacity to facilitate a complete process of emotional activation, awareness, expression, and integration within a structured yet flexible interaction. In this context,

Neo3nos can be considered not only a tool for personal exploration but also a potential complementary support in therapeutic interventions, offering a controlled environment where regulatory processes can be observed and facilitated in real time. Overall, the data suggest that the efficiency of this type of intervention lies not in reducing activation, but in supporting an adaptive process of integration, leading to the functional stabilization of the nervous system