This startup aims to produce nuclear fusion, a near-limitless form of clean energy generated by the exact opposite reaction the world's current nuclear energy is based on instead of splitting atoms, nuclear fusion sets out to fuse them together, resulting in a powerful burst of energy that can be achieved using the most abundant element in the universe: hydrogen.
Earlier this month, OpenStar Technologies announced it had managed to create superheated plasma at temperatures of around 300,000 degrees Celsius, or 540,000 degrees Fahrenheit — one necessary step on a long path toward producing fusion energy.
It took the company two years and around $10 million to get here, OpenStar's founder and CEO Ratu Mataira told CNN, making it cheap and fast compared to many of the decades-long, government-led efforts that have dominated the fusion energy space.
Read more at the link in our bio.
📸: OpenStar Technologies
The Royal Institution of Chartered Surveyors has called on the Chancellor to realign fiscal and regulatory frameworks to advance sustainable building practices and resource efficiency in construction. The institution’s appeal underlines the need for clearer guidance on life cycle cost analysis, sustainable building design and lifecycle assessment methodologies that support sustainable material specification. Its position reflects mounting pressure for policy coherence that joins sustainable urban development, green infrastructure and carbon neutral construction within one coherent market structure.
At the EU level, a 2040 emissions-cut target of 90% builds a continent-wide platform for low carbon design and sustainable architecture standards. The move, although faced with criticism over carbon credit offsets, signals growing consistency in whole life carbon metrics across borders. It also strengthens demand for low embodied carbon materials and green building products aligned with BREEAM and BREEAM v7 benchmarks.
The combined impact of these measures defines a critical moment in sustainable construction and environmental sustainability in construction. Policy fragmentation still restrains the full application of life cycle thinking in construction and the integration of eco-design for buildings. The year ahead will determine whether the UK and EU convert strategic ambition into measurable reductions in embodied carbon in materials, credible lifecycle performance outcomes and a verifiable path to net zero whole life carbon across the built environment.
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