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To realise new energy technologies, functional materials are required, and this need has spurred intense scientific and industrial research efforts in recent years. High-entropy materialsHigh-entropy materials, with their distinctive structural features, programmable chemical compositionProgrammable chemical composition, and accordingly changeable functional qualities, have recently attracted significant attention in environmental research and renewable energyRenewable energy technology. We thoroughly analyse this novel class of materials in the energy domain here. We discuss the most recent studies on using high-entropy materialsHigh-entropy materials, such as alloys, oxides, and other entropy-stabilized compounds and composites, in different energy storage and conversion systems. Furthermore, we provide doable plans for logically creating high-entropy materialsHigh-entropy materials using computational methods and experimental data. Based on this synopsis, we then go on to highlight the essential findings and provide a brief overview of their possible benefits and outstanding issues. Ideally, this will give researchers a few broad guidelines and guiding principles to work with when they explore and create advanced high-entropy materialsHigh-entropy materials in Health care through orthopaedic implants and agricultureAgriculture associated with the application of AI.

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Implications of High-Entropy Energy Materials in Healthcare, Environment and Agriculture, Along with the Applications of Artificial Intelligence

  • 章节

  • 发表日期：

    2025年

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  • A. Harishchander,
  • K. S. Shreenidhi,
  • V. Mridula,
  • K. Lingesh,
  • M. Santhiya,
  • S. Divya

摘要

To realise new energy technologies, functional materials are required, and this need has spurred intense scientific and industrial research efforts in recent years. High-entropy materialsHigh-entropy materials, with their distinctive structural features, programmable chemical compositionProgrammable chemical composition, and accordingly changeable functional qualities, have recently attracted significant attention in environmental research and renewable energyRenewable energy technology. We thoroughly analyse this novel class of materials in the energy domain here. We discuss the most recent studies on using high-entropy materialsHigh-entropy materials, such as alloys, oxides, and other entropy-stabilized compounds and composites, in different energy storage and conversion systems. Furthermore, we provide doable plans for logically creating high-entropy materialsHigh-entropy materials using computational methods and experimental data. Based on this synopsis, we then go on to highlight the essential findings and provide a brief overview of their possible benefits and outstanding issues. Ideally, this will give researchers a few broad guidelines and guiding principles to work with when they explore and create advanced high-entropy materialsHigh-entropy materials in Health care through orthopaedic implants and agricultureAgriculture associated with the application of AI.