HeartO2 Corporation

Built from rammed earth and bamboo, the project embraces local materials and the surrounding forested landscape, opening its classrooms toward sweeping valley views. Simple yet robust, the architecture forms a sheltered courtyard and a semi-indoor playground that support learning in all seasons. With passive ventilation, deep eaves, and a layout shaped by nature, the school stands as a quiet but powerful response to place, a modest structure with an enduring spirit.

vo trong nghia builds school from rammed earth and bamboo in mountain region of vietnam  

A NASA fleet has spotted the first magnetic switchback near Earth, a zigzag in the magnetic field at the edge of our planet’s shield. The result shows that twists once seen near the Sun also appear in our space neighborhood.

Scientists detect a magnetic reversal near Earth for the first time NASA detects first “magnetic switchback” near Earth: an energetic change in your space shield that reveals new solar risks.

Creating fusion energy requires extremely strong magnetic fields to confine and control hydrogen fuel, which is heated to a plasma state several times hotter than the sun’s core.

World-first super magnet breakthrough key to commercial nuclear fusion UK-based Tokamak Energy's Demo4 platform has moved past single-magnet tests to validate a complete HTS system.

The scheme features a retractable roof and a movable pitch, allowing it to accommodate both sporting and non-sporting events. The bowl is configured to bring seating as close to the field as regulations allow, with a steep profile intended to enhance spatial intensity. Acoustic performance was a central consideration, with the design aiming to concentrate sound within the stadium while minimizing noise impacts on the surrounding neighborhood.

Heatherwick Studio and MANICA Reveal Stadium Design Defined by Twelve Brick Chimneys in Birmingham Birmingham's Sports Quarter unveils a multifunctional stadium by Heatherwick Studio, celebrating the city's heritage and community pride.

As technology has advanced—and as land and construction costs have risen—clients increasingly seek systems that are more capital-intensive but also more durable and resilient. Heightened awareness of environmental risks (from coastal storms to wildfire spread) has further shifted preferences. In this context, exposed concrete has become an attractive option for coastal residences: robust in harsh marine conditions, inherently fire-resistant, and capable of precise thermal mass strategies when detailed correctly.

Elemental Shores in the Asia-Pacific: Concrete Recasts the Beach House Discover the evolution of beach architecture: concrete's resilience meets the timeless charm of coastal homes in Asia.