Building Methods

In a groundbreaking development poised to revolutionize health monitoring, researchers have engineered an ultrathin, robust organohydrogel epidermal electrode that promises long-term, high-quality electrophysiological monitoring. This innovation, pub

In the realm of advanced materials, a recent study published in the journal ‘Science, Technology and Advanced Materials’ (Kagaku Gijutsu to Kōgaku Zairyō in Japanese) is making waves, offering a fresh perspective on how polymer-coated carbon nanotube

In the rapidly evolving landscape of artificial intelligence, a new study published in the journal ‘Science, Technology and Advanced Materials: Methods’ (Kagaku Gijutsu to Zairyō: Mēsoddo in Japanese) is making waves by demonstrating how simple agent

In the sun-scorched fields of north-central Morocco, a silent battle is unfolding beneath our feet. Potentially toxic elements (PTEs) are seeping into agricultural soils, threatening food security and human health. But a new study, led by Laila Ait M

In the heart of Oman, a unique study is unfolding, one that merges traditional architecture, artificial intelligence, and the principles of biophilic design to understand how audiences engage with visually compelling spaces. Led by Fatemeh Khozaei fr

In the heart of China’s Sanmenxia region, a unique architectural tradition is quietly evolving, offering insights that could reshape our understanding of sustainable and adaptive construction. The pit-type cave dwellings, known locally as “Dikeng Yao

In the heart of China’s Jiangxi Province, a quiet revolution is taking place, one that could reshape how we preserve and understand traditional architecture. Jingyong Huang, a researcher from Nanchang University, has developed a novel approach to dig

In the shadow of history, a unique form of cultural heritage lies hidden beneath our feet: public air raid shelters. These structures, born from the devastation of the Spanish Civil War, are a stark reminder of a time when the civilian population bec

In a groundbreaking study published in the journal *Engineering Reports* (translated from Bengali as “Engineering Reports”), researchers have demonstrated a novel approach to predicting the strength of concrete made from textile effluent sludge (TES)