1,300-year-old poop reveals pathogens plagued prehistoric people in Mexico's 'Cave of the Dead Children'

Scientists have made a groundbreaking discovery that allows for the on-demand growth of materials using crystals and light. This innovative technique holds the potential to significantly reduce the costs of astronomical sensors, making advanced technology more accessible. As the demand for affordable and efficient sensors increases, this development could revolutionize the field and open up new possibilities for research and exploration.

Scientists have developed an innovative robotic 'eye' that mimics animal vision, allowing it to focus automatically without needing a power source. This breakthrough could revolutionize the field of soft robotics, enabling the creation of more adaptable and efficient machines that can operate in various environments. The potential applications are vast, from medical devices to advanced robotics, making this a significant step forward in technology.

Scientists are exploring the idea of scattering microscopic particles of sulfur in the atmosphere as a potential method to slow down climate change. While this approach could have significant benefits in mitigating global warming, it also raises concerns about possible changes to weather patterns. This discussion is crucial as it highlights the complexities and risks involved in geoengineering solutions to climate issues.

Recent findings from the Cave of the Dead Children in Mexico reveal ancient feces filled with various parasites, including pinworm and E.coli. This discovery is significant as it provides insights into the health and diet of ancient populations, shedding light on how they interacted with their environment and the challenges they faced. Understanding these ancient parasites can help researchers draw parallels to modern health issues and the evolution of human diseases.

A new serum has been developed that promotes hair growth by mimicking the effects of skin irritation, such as that caused by eczema, but without any discomfort. This innovative approach could offer a breakthrough for those struggling with hair loss, as it harnesses natural biological responses to stimulate growth. The research highlights the potential for non-invasive treatments in addressing hair loss, making it an exciting development in dermatological science.

Scientists have made an exciting discovery about how plants organize themselves in dry landscapes, revealing a 'perfect disordered hyperuniform' pattern. This finding is significant because it shows how plants optimize their use of water resources, which is crucial for their survival in challenging environments. Understanding this natural arrangement could lead to better agricultural practices and water conservation strategies.

Scientists have made an exciting discovery by studying how worms utilize electric charge to leap onto flies. This research highlights the fascinating ways physical strategies are intertwined with evolution, showcasing the innovative adaptations of these creatures. Understanding these mechanisms not only sheds light on the evolutionary process but also opens up new avenues for exploring how organisms interact with their environment.

In an inspiring effort to restore California's vital kelp forests, scientists, divers, and volunteers are working together to remove invasive urchins that threaten these underwater ecosystems. This initiative not only helps revive the kelp but also supports marine biodiversity, making it crucial for the health of our oceans. By engaging the community in this hands-on approach, the project fosters awareness and appreciation for marine conservation, highlighting the importance of teamwork in environmental restoration.

A stunning new image from NOAA's GOES-19 satellite has captured Earth photobombing the sun, showcasing a rare celestial moment. This image not only highlights the beauty of our planet but also emphasizes the advanced capabilities of modern satellite technology in observing solar phenomena. Such visuals inspire awe and remind us of our place in the universe.

England's water companies have received their worst-ever score for pollution, with Thames Water, the largest water company in the UK, being rated just one star. This alarming rating highlights significant concerns about water quality and environmental responsibility, prompting calls for urgent reforms in the industry to protect public health and natural resources.

Researchers have made significant strides in understanding the diverse life forms that inhabit our skies, including birds, bats, and insects. This newfound knowledge is crucial as it highlights the importance of protecting these species and their habitats, which play vital roles in our ecosystem. By raising awareness about the teeming life above us, the researchers aim to inspire conservation efforts that can help preserve biodiversity for future generations.

Tristan Gooley, a British adventurer known for his incredible navigation skills, has gained millions of followers by showcasing his unique ability to read nature for direction. Having crossed the Atlantic solo by both plane and boat, Gooley's adventures inspire many to connect with the outdoors and trust their instincts. His methods, which include interpreting tree leaves and puddles, not only highlight his expertise but also encourage others to explore the world around them.

Recent research reveals that parasitic nematodes utilize static electricity to leap onto insects, akin to a sci-fi tractor beam. This fascinating discovery not only sheds light on the unique adaptations of these worms but also opens up potential avenues for pest control strategies, making it a significant development in both biology and agriculture.

Scientists have made a groundbreaking discovery that allows for the on-demand growth of materials using crystals and light. This innovative technique holds the potential to significantly reduce the costs of astronomical sensors, making advanced technology more accessible. As the demand for affordable and efficient sensors increases, this development could revolutionize the field and open up new possibilities for research and exploration.