By inheriting ethnic culture, one gains insight into its profound philosophy, which serves as the foundation for converting abstract concepts into functional knowledge. This knowledge transformation is pivotal in the synthesis and characterization of cultural materials. In this journey, Cultural Material Science collaborates with Indigenous Knowledge Systems to bridge the gap between cultural heritage and sustainable technologies. This synergy e
Green computing, often referred to as environmentally sustainable computing, is driven by the goal of optimizing energy efficiency and minimizing environmental consequences in computer system and software development and usage. Its primary mission revolves around curtailing energy consumption in cloud servers, thus safeguarding the environment. This mission is executed through the creation of more sustainable technologies that not only reduce em
The TAG's primary objective is to bridge the gap between environmental protection and development by merging scientific principles with innovative technology. Our overarching mission centers around the creation of sustainable solutions in three core areas: water treatment, waste management, and the development of renewable polymers. In the realm of water treatment, we strive to tackle pressing issues related to wastewater treatment. Our approach
In the pursuit of sustainability and a resilient environment, it is imperative to encourage the use of locally available materials in construction. This practice not only supports local economies but also reduces the environmental impact associated with transporting materials over long distances. Additionally, developing standardized test procedures for incorporating industrial and local waste products into construction processes can significant
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