advanced materials

Rock-salt high-entropy oxide crystal showing multicolored cations influenced by temperature and oxygen chemical potential.

Thermodynamics-Inspired High-Entropy Oxide Synthesis: How Oxygen Became the Missing Design Knob

Researchers have revealed that oxygen chemical potential is the missing ingredient in high-entropy oxide synthesis. By lowering oxygen levels during high-temperature firing, they created seven new Mn/Fe-based rock-salt HEOs and introduced a powerful new predictor—oxygen chemical potential overlap—that transforms ceramic discovery into a guided thermodynamic process.

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Futuristic space manufacturing scene with a large orbital structure being assembled by robotic arms and drones

DARPA’s NOM4D Mission: Revolutionizing Space Manufacturing

DARPA’s Novel Orbital and Moon Manufacturing, Materials, and Mass-efficient Design (NOM4D) program is taking a giant leap forward, transitioning from laboratory experiments to small-scale orbital demonstrations. This groundbreaking initiative aims to revolutionize space manufacturing by developing new materials, processes, and designs for constructing large-scale defense systems directly in orbit. As NOM4D moves into its next phase, led by research teams from Caltech and the University of Illinois Urbana-Champaign, it promises to unlock unprecedented possibilities for space infrastructure, from massive communication antennas to expansive solar arrays. Discover how DARPA’s visionary project could reshape our approach to space exploration and defense in the coming decades.

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Futuristic laboratory with scientists collaborating on holographic displays of nanomaterials and advanced technologies.

“Trusted Environments” Make Cool Innovations Safe for You and the Planet

The OECD introduces a Safe-and-Sustainable-by-Design (SSbD) framework to tackle the rapid rise of advanced materials and nanotechnologies. Through Trusted Environments (TE), regulators and innovators can collaborate early, sharing knowledge and addressing safety and sustainability challenges before products reach the market. By ensuring confidentiality and fostering trust, these platforms reduce regulatory delays and improve safety across product lifecycles. This proactive approach not only speeds up innovation but also ensures environmental and human health remain top priorities, advancing a sustainable future for cutting-edge technologies.

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