Henning Larsen and Cobe Reveal European Spallation Source
Kalin Ned — August 17, 2023 — Art & Design
References: europeanspallationsource.se & dezeen
The European Spallation Source campus, a collaborative effort by Danish studios Henning Larsen and Cobe, introduces a pioneering infrastructure for atomic-science research. Located in Lund, Sweden, the facility offers a distinct focus on neutron generation using spallation technology.
The cutting-edge space, considered to become "the world's most advanced neutron source," presents innovative design principles tailored to the specific demands of atomic-science research. The architectural concept is centered around creating a village-like atmosphere through a collection of buildings, each thoughtfully designed to serve various functions while maintaining a unified design language. A noteworthy achievement for Henning Larsen and Coobe, for example, is the integration of the proton accelerator beneath the campus, concealed beneath a berm of soil to harmoniously blend with the landscape.
Image Credit: Rasmus Hjortshøj
The cutting-edge space, considered to become "the world's most advanced neutron source," presents innovative design principles tailored to the specific demands of atomic-science research. The architectural concept is centered around creating a village-like atmosphere through a collection of buildings, each thoughtfully designed to serve various functions while maintaining a unified design language. A noteworthy achievement for Henning Larsen and Coobe, for example, is the integration of the proton accelerator beneath the campus, concealed beneath a berm of soil to harmoniously blend with the landscape.
Image Credit: Rasmus Hjortshøj
Trend Themes
1. Atom-specific Research - The European Spallation Source pioneers atom-specific research through its cutting-edge neutron generation technology.
2. Unified Design Language - The architectural concept of the European Spallation Source focuses on a unified design language to create a village-like atmosphere.
3. Concealed Infrastructure Integration - The European Spallation Source achieves a remarkable feat by integrating the proton accelerator beneath the campus, concealed beneath a berm of soil.
Industry Implications
1. Scientific Research - The European Spallation Source contributes to advancements in scientific research by providing cutting-edge facilities for atomic-science studies.
2. Architectural Design - The innovative architectural design of the European Spallation Source showcases the potential for creating unified and functional spaces for specialized purposes.
3. Engineering - The concealed integration of the proton accelerator beneath the European Spallation Source highlights engineering opportunities to seamlessly incorporate infrastructure within the natural landscape.
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