Human babies are born remarkably helpless, a deliberate evolutionary advantage. This early dependence allows for extended brain development outside the womb, fostering exceptional intelligence and adaptability. Cooperative childcare and a long childhood are crucial for learning, social bonding, and the complex problem-solving that defines our species. Embracing this slow development nurtures crucial emotional and intellectual growth.

NASA is exploring edible insects like mealworms and crickets for long-duration space missions to the Moon and Mars. These protein-rich creatures offer a sustainable food source, requiring minimal resources and converting waste into edible biomass. Scientists are developing methods to farm them in microgravity, aiming for self-sustaining food cycles that could revolutionize space exploration and even benefit Earth.

A rare, powerful geomagnetic storm recently illuminated the American skies with vibrant auroras, captivating onlookers from coast to coast. This celestial spectacle, a beautiful byproduct of solar activity, momentarily united a divided nation in shared wonder. While the lights offered a breathtaking display, they also highlighted our technological vulnerability to such natural phenomena.

Europe's space agency is pioneering a groundbreaking project, HOBI-WAN, to generate protein from gases like hydrogen and carbon dioxide in space. This innovative technology, developed with Solar Foods, could provide astronauts with a sustainable food source, reducing reliance on Earth resupply missions for long-duration Moon and Mars journeys. The experiment aims to prove the viability of gas-based fermentation in microgravity.

Woodpeckers are nature's engineers. They use their whole bodies, not just their heads, to peck trees. Their neck, torso, and tail work together. Even their breathing is timed for maximum force. This amazing coordination protects them from injury. Scientists are studying this to inspire new designs in engineering and sports.