This article explores the concept of innovation through an interdisciplinary lens, examining its various meanings, categories, and functional dimensions within contemporary social and economic systems. Innovation is presented not only as a driver of technological and economic progress but also as a complex cognitive and social process that shapes how individuals and institutions generate, interpret, and implement new ideas.

 

The study analyzes the roles and functions of innovators, emphasizing their importance in initiating and sustaining innovation processes across different sectors. A clear distinction is made between innovative and non-innovative issues, highlighting how these differences influence organizational behavior, strategic thinking, and the development of new solutions in dynamic environments.

 

Particular attention is given to the nature of conflicts associated with innovation. The article distinguishes between innovative and non-innovative conflicts and examines how tensions arise when new ideas challenge established norms, systems, or patterns of thinking. In this context, the research focuses on cognitive defects in discourse, demonstrating how limitations in perception, reasoning, and communication can hinder innovation and escalate conflicts.

 

The work also underlines the role of representatives from various scientific disciplines in both the creation and support of innovation processes. By integrating insights from different fields, the study highlights the importance of interdisciplinary collaboration in fostering innovation and addressing complex societal challenges.

 

Situated at the intersection of cognition, innovation, and conflict management, the article provides a comprehensive framework for understanding how innovative processes function within real-world contexts. Its findings are relevant to multiple sectors of the national economy, including government, business, and civil society, and contribute to the broader international scientific discourse on innovation and its practical applications.