Since the earliest civilizations, the sky has shaped calendars, agriculture, and navigation. It has played a fundamental role in developing human knowledge and shaping our understanding of our place in the universe. To pursue this knowledge, people have created instruments and spaces to interpret the cosmos, linking the positions of celestial bodies, the passage of time, and life on Earth. In architecture, this enduring fascination takes shape in buildings that not only facilitate observation but also heighten our awareness of the vastness that surrounds us.
As the solstice marks the shortest day of the year in the Northern Hemisphere, it also draws attention to something architecture has long negotiated but often overlooked: time. Beyond form or function, buildings and spaces are continuously shaped by cycles of light and darkness, seasonal shifts, and environmental rhythms that affect how they are inhabited.
In recent years, a growing number of architectural projects have begun to work explicitly with these cycles. Rather than designing spaces to function in a single, fixed way, architects are creating environments that change throughout the day, across seasons, or in response to natural phenomena such as the sun's path, lunar phases, wind patterns, or circadian rhythms. These projects operate in dialogue with time, appearing, transforming, and activating differently depending on environmental conditions.
Water and daylight? At first glance, they seem like distant concepts: one is tangible, while the other, —though intangible—, manifests itself through its effects and perceptible qualities. Both are powerful and recurring resources in architectural design, often employed only for compositional purposes. However, in the context of indoor pools, this combination is frequently functionally oriented, prioritizing 'protection' from external stimuli. This one-dimensional approach can restrict the dynamic interaction between water and natural light, leading to aesthetic, functional, and operational challenges.
https://www.archdaily.com/1022632/heres-how-to-level-up-indoor-pools-with-daylight-solutionsEnrique Tovar
The sun is an inescapable partner in architecture, influencing lighting, energy efficiency, and comfort inside and outside buildings. This influence has become increasingly relevant in the context of climate change, which has led to rising temperatures and the creation of challenging environments. In response, designers are constantly working to adapt cities to heatwaves through large-scale urban strategies. On a smaller scale, such as in residential settings, the issue can be addressed more specifically through various shading solutions.
Since the sun's behavior varies by region and time of year, adjustable shade structures are crucial for managing sunlight and heat effectively. In high latitudes, the solar angles shift with the changing seasons, while in equatorial regions, the radiation remains more consistent throughout the year. ShadeFX retractable solutions are crafted to adapt to these varying conditions, regulating direct light intensity and minimizing excessive heat. By enhancing the comfort and functionality of spaces, these solutions also help reduce the impact of an overheated planet.
https://www.archdaily.com/1020060/how-to-choose-shade-structures-strategies-based-on-solar-angles-and-seasonsEnrique Tovar
While hybrid working and flexible hours represent the most obvious ways to improve work/life balance for many, because of the missed social interactions and the lack of space or functionality at unproductive home workspaces, the majority of 16-24-year-olds are the only age group who prefer to work from the office.
The duality of sunlight in the field of architectural design presents fascinating contrasts, especially when addressing the question of how to interact with it through the built environment and the materials that define architecture. The sun's influence in this discipline has become an essential part of the cultural heritage of some countries, as evidenced by Spanish architecture, where the interaction with sunlight manifests through elements such as lattices. These lattices are recognizable on the facades of buildings from the Middle Ages, exemplified by structures like the Alhambra, to 20th-century constructions such as Casa Gomis, considered historical monuments.
The facade, being the skin of the building, is the architectural component that is usually directly exposed to sunlight. Based on this premise, we seek to establish a dialogue between openness to the environment and the need for protection, thus creating a synergy between functionality and aesthetics. In this context, sunscreen facades have been developed through various approaches, standing out for their ability to address this design condition. For this reason, we have selected solar control solutions from Spanish brands, distinguished by their technical characteristics and materiality through various approaches.
https://www.archdaily.com/1010864/sunscreen-facades-from-ceramic-textile-systems-to-double-skin-glassEnrique Tovar
OPEN Architecture’s Sun Tower, designed as a landmark for the Chinese coastal city of Yantai, topped out last month. On the summer solstice day, the 50-meter-tall structure reached its peak height. The landmark is expected to be open to the public in 2024. Acting as a cultural placeholder, the building reframes the typical understanding of "design with nature."
Retractable Shade, Dallas. Image Courtesy of ShadeFX
Shade refers to a region or state where sunlight is partially obstructed by objects or structures. This concept plays a crucial role in architectural design, as it significantly impacts comfort and functionality. It offers relief from direct sunlight, helps regulate temperature, and reduces glare. For these reasons, architects strategically incorporate shading elements to enhance the quality and utility of spaces, especially in outdoor residential areas. In this context, ShadeFX are manufacturers of innovative sun, rain and privacy solutions that are customized for every project regardless of size or complexity.
https://www.archdaily.com/1001187/four-retractable-shade-solutions-for-residential-exteriorsEnrique Tovar
On August 27th, 1883, the volcano of Krakatoa in the Indonesian islands erupted. Ashes and rocks flew miles high. Barometers wobbled three and a half times as they recorded the atmospheric pressure wave circumnavigating the globe. The noise was heard across the Indian Ocean and Australia. And for years, small ash particles floated in the atmosphere, diffusing the sun’s light and scattering colors around the world.
