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Death is a certainty, but its architecture has never been stable. Every period and culture has invented a different way of placing the dead in the world (close or far, visible or screened, monumental or almost anonymous), and those choices have always carried social and political weight. Cemeteries are where that weight becomes legible in space, turning belief and regulation into boundaries, paths, and names.

In that sense, a cemetery behaves like a piece of city-making. It needs access, limits, and an internal order that can grow without losing clarity. It depends on ground and water management as much as on symbolism, and on administration as much as on form. But its real architectural problem is how to make a large, evolving territory readable while preserving the intimacy of a visit. Names must be locatable; routes must remain legible; trees grow, paths shift, stones weather, records accumulate. What looks fixed is, in practice, a living system designed to be used and revisited, long after the first grief has passed.

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January 26 marks the International Day for Clean Energy, an initiative aimed at raising awareness and mobilizing action for an inclusive transition from fossil fuels, such as coal, oil, and natural gas, to power generation systems with lower greenhouse gas emissions and fewer pollutants. The term "clean" signals a fundamental shift away from extractive, finite, and exhaustible energy sources toward systems based on renewable resources or on capturing energy embedded in natural processes. In a world grappling with climate change, clean energy plays an important role in reducing emissions and expanding access to reliable power. However, being labeled "clean" does not exempt these systems from the impacts associated with their production, deployment, and commercialization. In this context, architectural knowledge related to space, materiality, and habitation becomes relevant for supporting a transition toward energy systems that are sustainable over time. As stated by the United Nations, the science is clear: to limit climate change, reliance on fossil fuels must end, and buildings must be heated, lit, and electrified through clean, accessible, affordable, sustainable, and reliable power sources.

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The synergetic relationship between architectural design and scientific discovery tends to be rarely addressed, yet a lucrative proposition. The built environment holds immense potential in supporting research breakthroughs and innovation and the scientific community. The influence extends beyond physical spaces to include both internal dynamics and external engagement through strategic design interventions that connect various caches of impact, from individual researchers to the broader community.

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