ENERGIX is an international, peer-reviewed journal dedicated to publishing high-impact research on advanced materials and technologies for next-generation energy, electronic, and superconducting systems. The journal serves as a cross-disciplinary platform that integrates condensed matter physics, superconductivity, materials science, and energy engineering, with a strong emphasis on both fundamental understanding and application-oriented innovation.

Superconducting materials and condensed matter research form a core pillar of ENERGIX. The journal actively covers superconductivity-related fundamentals, materials design, device-relevant properties, and emerging applications, particularly in rapidly evolving areas such as quantum technologies, fusion energy, and advanced electronic systems. By embracing these strategic directions, ENERGIX aims to reflect and shape the major scientific trends driving the future of superconductivity.

In parallel, ENERGIX addresses critical challenges in energy storage, conversion, and transmission through the development of battery and supercapacitor materials, as well as materials for electronic and system applications. The journal emphasizes structure-property-performance relationships, scalable integration, and real-world device relevance.

Recognizing the growing impact of data-driven approaches, ENERGIX also highlights theoretical and computational approaches, including modeling, simulation, and artificial intelligence and machine learning-assisted materials design, to discover, design, and predict the behavior of advanced energy and superconducting materials. By combining traditional methods (e.g., DFT, MD) with AI-enabled strategies, the journal seeks to establish a distinctive and forward-looking scientific identity.

Through this integrated scope, ENERGIX aims to accelerate the translation of advanced materials from fundamental discovery to practical technologies, supporting global efforts in energy sustainability, quantum science, and next-generation electronics.