Popularly known as the lotus, the aquatic species Nelumbo nucifera has a useful particularity. Its leaves are self-cleaning, or ultra-hydrophobic. This means that no particles of dirt or water adhere to its leaf, which is especially useful in the humid and muddy environments where the plant typically grows. However, this effect does not derive from a perfectly smooth surface or a resinous layer on the leaves. The lotus is, in fact, full of tiny folds that reduce the area of the contact surface and repel all the particles that try to adhere there. The lotus effect has been studied by nanotechnologists in order to apply this same effect to products, such as surfaces, paints, fabrics, and tiles that can easily clean themselves. As trivial as this may seem, when we think of the resources applied to cleaning skyscraper glass or even of the reduction in photovoltaic energy generation due to dust on solar panels, we can get a sense of the infinite possibilities that hydrophobic surfaces could represent.

Nature, over billions of years, has developed adaptive solutions that are beginning to be understood by us with new technologies applied to the needs of areas such as the construction industry. When professionals such as scientists, biologists, engineers, architects, and others join forces and focus on understanding aspects of nature, with an empathetic and respectful view, the results can be impressive.

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Plastic is an incredible material. The big problem with it is how we are using it and discarding it in nature. It was with this idea in mind that The Plastic Museum was created: to show the vital role that plastic plays in our lives and the possibilities that its reuse and recycling offer. Opened in Madrid on May 8, it not only contains plastic but was built entirely from this material. Through the artifacts displayed inside, including objects for health care, communication, construction, food, and sustainable mobility, the visitor will learn about the essential functions that plastic provides us when used correctly.

As urban dwellers become more aware of the environmental impacts of food production and transportation, as well as the origin and security of what they consume, urban agriculture is bound to grow and attract public and political eyes. Bringing food production closer, in addition to being sustainable, is pedagogical. However, generally with small size and other restrictions, the concerns of growing food in cities differ somewhat from traditional farming.

Urban gardens can occupy a multitude of places and have varied scales - window sills and balconies, slabs and vacant lots, courtyards of schools, public parks and even unlikely places, such as subway tunnels. They can also be communitarian or private. Whatever the case, it is important to consider some variables:

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Many describe the work of Alvar Aalto as an embodiment of the concept of Gesamtkunstwerk (a total work of art), where architecture, design, and art merge into one. The Finnish architect is a pioneer in the so-called organic strand of modern architecture in the early 20th century and has strongly influenced what we know today as Scandinavian architecture. According to a description on the MoMA website: "his work reflected a deep desire to humanize architecture through an unorthodox handling of shapes and materials that was rational and intuitive." Its methods of bringing natural light into buildings are extolled and studied repeatedly until today. But throughout Aalto's career, wood has always been present and taken many different forms. From structures to ceilings to stools, Alvar Aalto brought this natural material to the fore.

Many of us have already lived, are living, or will live in a shared student house - a good mix of cheap housing and intense socializing with friends and school mates. For a reasonable price, it is possible to have a single private room and share common spaces. In fact, not only university students are living this way nowadays. The concept of co-living is becoming more and more an attractive and effective solution.

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Incredible lighting, shining finishes, healthy trees, and properly positioned human figures seem to be the perfect kit for a good and traditional image of architecture, which, however, is not always representative of reality or context. We are accustomed to thinking of renderings as visions of future buildings, occupied and in use, which serve to sell or convince customers of the worth of a project. But what if rendered images also helped us understand the construction, systems, and functioning of some parts of the building? We talked to two professionals who have developed images that are both beautiful and explanatory.

Along with concerns about our environment, new movements, words, concepts, and terms related to these issues constantly emerge, which require us to always remain up to date. The word sustainability itself faced some resistance until it was incorporated into common vocabulary and used widely in the most diverse contexts. Currently, much discussion surrounds the terms circular economy, resilience, the 4 Rs, urban mining, and others. In addition, there are some sustainability-related movements that have been incorporated from activism in other fields, showing the fluidity of such issues. One such initiative is the 0 kilometer materials movement, which has been featured in manifestos and some projects, albeit timidly, in recent times.

There are two main reasons why boat windows are round. They are easier to seal and, above all, more resistant to the high pressure that water exerts on them. This is because living corners are places where tensions are naturally concentrated, weakening the structure as a whole. This is also why aircraft windows are small and round; high pressures are better distributed in curved shapes, reducing the likelihood of cracks or breaks.

In architecture, circular openings are quite old. The Oculus, a type of circular window, has been a feature of classical architecture since the 16th century. Also known by the French expression oeil de boeuf (bull's eye), circular or semi-circular openings are formed from the construction of masonry arches, which allow for the creation of openings only by locking the constitutive pieces. Over time and following the incorporation of new technologies and development of construction knowledge, creating rectangular openings in buildings has become easier, more efficient, and cheaper than creating round ones. However, these circular windows still continue to figure in a multitude of projects.