Science & Discovery News Today — November 13, 2026

As we continue to push the boundaries of innovation and exploration, today's headlines reveal a fascinating narrative that weaves together the threads of technological advancement, environmental sustainability, and scientific discovery. The prospect of automated assembly in space, as demonstrated by NOM4D, represents a significant leap forward in our ability to construct and maintain infrastructure beyond Earth's orbit, with far-reaching implications for future space missions and habitation. Meanwhile, researchers are harnessing the power of artificial intelligence to better understand and predict the behavior of bioplastics under heat, a crucial step towards developing more sustainable and environmentally friendly materials.

However, these advances are set against the backdrop of pressing environmental concerns, including the disparate health impacts of climate change on women and men, and the alarming discovery of hidden extinction risks in the deep sea, as revealed by genetic data. Fortunately, scientists are also making strides in developing more efficient and sustainable technologies, such as reusable molecular fabric that could significantly reduce the energy required to separate industrial chemicals, and catalyst regeneration that enables durable hydrogen production from ammonia. As we navigate the complex interplay between technological progress, environmental sustainability, and scientific discovery, today's headlines offer a compelling glimpse into the exciting and rapidly evolving landscape of science and discovery.

Today's signal:
• Automated assembly in space is the future and NOM4D is showing the way (phys.org)
• Climate change has different consequences for the health of women and men (phys.org)
• Using AI to predict how bioplastics behave under heat (phys.org)
• Catalyst regeneration enables durable hydrogen production from ammonia (phys.org)
• Genetic data reveal hidden extinction risks in the deep sea (phys.org)
• Reusable molecular fabric could cut energy needed to separate industrial chemicals (phys.org)