Architecture and Design

Terrarium House: Designing a Private Ecosystem in the Heart of Bangkok

  • 0 Comments

In a dense Bangkok neighbourhood where privacy, light, and greenery are often compromised, Terrarium House proposes a different approach to urban living. Designed by Unknown Surface Studio, the house turns inward, creating a self-contained ecosystem that places nature at the centre of everyday life. Rather than competing with the surrounding city, Terrarium House retreats from […]

Compostable soy sauce fish designed to replace traditional single-use plastic containers Architecture and Design

The Compostable Soy Sauce Fish Designed to Reduce Waste

  • 0 Comments

The tiny fish-shaped soy sauce container has long been a familiar part of takeaway sushi. Cute, convenient, and instantly recognisable, it also represents a major source of single-use plastic waste. Millions of these containers are discarded every year, often ending up as microplastic pollution in coastal waters. Australian design studio Heliograf has reimagined this everyday […]

Aerial photo of Helsinki in winter. Technology and Energy

How Finland Is Turning Data Centres Into Urban Heating

  • 0 Comments

Data centres are often described as the invisible backbone of the digital economy. They run cloud services, power artificial intelligence, and support almost every online interaction. What is less visible is the amount of heat they produce. Every calculation, storage request, and AI query ultimately turns electricity into warmth. For years, that heat was treated […]

Uminonakamichi Nata Sea Water Desalination Center. Technology and Energy

How Fukuoka Turns Salt and Fresh Water into Electricity

  • 0 Comments

Japan has opened one of the most promising osmotic power plants to date. The new Fukuoka facility uses the natural difference between saltwater and freshwater to generate clean electricity. Engineers call this salinity-gradient power. It is sometimes known as blue energy. The world’s first osmotic power plant opened in 2009 in Tofte, Norway. Built by […]

A top-down view of the Mycelial Hut, highlighting the geometric arrangement of robotic 3D-printed molds filled with mycelium material. Architecture and Design

Mycelial Hut in Seoul: A Fusion of Robotics and Fungi

  • 0 Comments

Architect Yong Ju Lee has designed an experimental pavilion in Seoul called the Mycelial Hut. The project explores the use of mycelium, a fungal network, as a living building material. The pavilion combines robotic 3D printing with biological growth, creating a structure that is both innovative and environmentally conscious. The pavilion’s wooden frame provides support […]

Exterior view of Forest Edge House with natural pine siding and an elevated platform extending over the forest slope. Architecture and Design

Forest Edge House in the Catskills

  • 0 Comments

Forest Edge House sits in the western Catskills in New York. Designed by Marc Thorpe, the residence is surrounded by more than one hectare of woodland and is built to operate fully off the grid. It is a quiet and compact home set on the edge of dense forest. A home lifted toward the canopy […]

Vertically stacked plants in a high-tech indoor farming facility with LED lighting and automation, demonstrating sustainable high-efficiency agriculture. Technology and Energy

Precision Vertical Farming: Rethinking How Food Is Grown

  • 0 Comments

Precision vertical farming is reshaping long-held assumptions about agriculture. By combining data analytics, automation, and controlled-environment growing, this approach allows crops to be produced indoors in stacked layers, often using hydroponic or aeroponic systems instead of soil. Rather than relying on weather or seasons, vertical farms create tightly managed environments where temperature, humidity, light, nutrients, […]

Illustrative view of solar cells Technology and Energy

Hong Kong Polytechnic University Creates Nearly 40% Efficient Solar Cells

  • 0 Comments

Researchers at The Hong Kong Polytechnic University, led by Yin Jun, have reached a major milestone in solar energy research. Their latest perovskite/silicon tandem solar cells are now approaching 40 percent efficiency, meaning nearly 40 percent of incoming sunlight can be converted directly into electricity. This figure represents a significant leap beyond conventional silicon solar […]