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In this chapter, interesting research progress on nanoclay-based materials for energy storage and conversion applications is discussed. Some of the notable advantages of using this class of materials for electrochemical applications include its availability, low cost, porous structures, hydrophilic nature, high specific surface, high thermal stability, mechanical stability, and good ionic conductivity. The discussion speculates that the field can be potentially employed in fabricating inexpensive, scalable, application-specific nanoclay-based materials for advanced energy applications.

This study reveals that the estimation of lipids and carotenoid levels could support the early diagnosis or help to understand the pathophysiology of Alzheimer's Disease.

This chapter aligns with SDG Goals 7, 11, and 13 by discussing the challenges and opportunities in integrating renewable energy, ensuring infrastructure resilience, addressing data privacy, and bridging the digital divide.

Interaction of human and socially assistive robot can have applicability in actual settings, and adoption to function in human environment for Alzheimer's disease. This review revealed that there are still several technical challenges that must be addressed in future advancements before being integrated in real life of individuals with Alzheimer's disease. The results will help move towards the establishment of best practices for the development of human and socially assistive robot interaction for Alzheimer's disease and, in turn, help enhance the experience of people suffering from this disease.