Engineering News Today — September 18, 2026

EngineeringNews newsroom brief · 2h ago · 1 min read · via EngineeringNews

Grass and clover can provide more than animal feed and more — today's engineering signal.

As engineers and scientists continue to push the boundaries of innovation, we're seeing a surge in breakthroughs that not only advance our understanding of the world but also offer practical solutions to pressing global challenges. For instance, researchers are uncovering new uses for natural resources, such as grass and clover, which can provide benefits beyond animal feed. Similarly, a better understanding of human motivational traits and well-being is shedding light on how we can improve our quality of life. Meanwhile, in the field of biotechnology, discoveries like a fungal nutrient-sensing mechanism are opening up new avenues for the development of biofuels and disease control.

These advances are being matched by innovations in engineering and design, where scientists are creating novel tools and systems that can help us tackle complex problems. For example, microfluidic devices are being developed to simulate human tissue, offering a promising alternative to animal testing. Researchers are also devising new rules for designing stable catalysts and exploring how small changes in food production and consumption can add up to make a big difference in sustainability. As these stories demonstrate, the intersection of science, technology, and engineering is yielding a rich harvest of insights and solutions that can help us build a better future.

Today's signal:
• Grass and clover can provide more than animal feed (phys.org)
• Motivational traits may help explain why some people report greater well-being (phys.org)
• Newfound fungal nutrient-sensing mechanism could advance biofuels and disease control (phys.org)
• Microfluidic device simulates human tissue and offers an alternative to animal testing (phys.org)
• A new rulebook for designing stable dilute alloy catalysts (phys.org)
• Small portfolio shifts could deliver major food sustainability gains, UK analysis finds (phys.org)

Originally reported by EngineeringNews. EngineeringNews curates and briefs the science & discovery stories that matter. Our editorial policy →
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