Curiosity Weekly

Discover how scientists pierced 1.2 kilometers into the Earth's mantle, revealing extraordinary new geological insights. Learn about innovative algorithms that predict health conditions based on tongue color, potentially changing the future of diagnostics. Uncover the mystery behind a Stonehenge altar stone believed to have traveled over 500 miles from Scotland, raising intriguing questions about ancient construction and trade networks. These fascinating topics combine cutting-edge science with deep historical inquiry, offering a peek into our planet's past and future.

Hannah Devlin, an insightful writer covering medical and technological advancements, shares fascinating insights on various breakthroughs. Discover the revolutionary brain-controlled bionic leg that allows amputees to walk effortlessly through thought. Devlin also explores how biases shape our decisions based on first impressions, often leading to poor choices. Additionally, she highlights cutting-edge AI technology capable of detecting nanoplastics in water in mere moments, addressing the pressing issue of plastic pollution and its environmental impact.

Discover how smart soil technology significantly boosts plant growth while conserving water. Explore how our love for certain scents is shaped by cultural experiences rather than just genetics. Learn about a resilient desert moss that could thrive on Mars, making it a potential pioneer for extraterrestrial agriculture. These fascinating insights showcase the intersection of science, nature, and the great unknowns of space!

Discover the groundbreaking total larynx transplant that helped a cancer patient regain his voice, marking a significant medical milestone. Learn about innovative sleep study techniques that eliminate cumbersome wiring while maintaining accuracy. Lastly, delve into new insights on how mammal brain size correlates with body size, challenging old assumptions about intelligence. These fascinating breakthroughs showcase the ever-evolving landscape of medical science and our understanding of biology!

Discover the fascinating world of 'super synchronizers' – individuals who enhance their romantic appeal through synchronized behaviors. Explore the cutting-edge quantum compass designed to navigate without GPS, utilizing supercooled rubidium atoms. Delve into the surprising resilience of rare seabirds, like desertus petrels, which chase tropical cyclones to exploit nutrient-rich waters for hunting. This intriguing mix of love, technology, and nature offers a captivating look at the interconnectedness of life.

Harry Robertson, a researcher in AI applications in healthcare, dives into groundbreaking uses of neural networks for predicting organ transplant risks. He elaborates on the exciting connections between AI and transplantation history. The discussion also highlights innovative fabrics that cool urban heat islands, enhancing comfort and sustainability. Lastly, they explore the surprising relationship between serotonin and fertility, linking mood regulation to reproductive health through intriguing animal studies.

Paul McClure, a researcher in neurology, discusses the groundbreaking potential of existing blood pressure drugs to reduce epilepsy risk by up to 30%. The conversation dives into a groundbreaking tiny 3D printer that can print inside the body, revolutionizing medical interventions. Additionally, it highlights fascinating psychological research showing that performing acts of kindness can significantly boost personal well-being, especially for those transitioning to new life phases like university.

In this engaging discussion, Eric W. Dolan, a researcher in the neuroscience of decision-making, and Eleanor Holton, who studies goal commitment, explore fascinating topics. They dive into how our brains can trap us in the sunk cost fallacy, making it hard to let go of failing pursuits. They also unveil a remarkable discovery of lost wheat genes that could revolutionize global food production. Lastly, they introduce cutting-edge wearable technology capable of diagnosing diseases by analyzing sweat—transforming personal health monitoring.

Marina Weiler, a researcher focused on out-of-body experiences, and Olaf Blanke, a renowned scientist in the same field, discuss the profound effects of these phenomena on empathy and self-identity. They explore how such experiences can lead to emotional growth and healing. Additionally, they delve into innovative research on computing with living brain cells, presenting a novel alternative to traditional systems. Intriguingly, they share findings suggesting that enjoying cheese may contribute to healthier aging, linking mental well-being to dietary choices.

Today, you’ll learn about how moms helped us evolve to live longer, the jumping leeches of Madagascar, and how cities affect bird diversity.   Maternal Bonds  “Mothers’ care is central factor in animal, human longevity.” by Caitlin Hayes. 2024.  “Why Humans Live So Long.” by Heather Pringle. 2013.  “Maternal care leads to the evolution of long, slow lives.” by Matthew N. Zipple, et al. 2024.   Jumping Leeches  “A jumping terrestrial leech from Madagascar.” by Mai Fahmy & Michael Tessler. 2024.  “New leech-like device to suck blood for sampling instead of needling.” by Shubhangi Dua. 2024.  “100-year-old mystery solved as first jumping leech found in Madagascar.” People Movers. 2024.   Urban Birds  “Dense city centers support less evolutionary unique bird communities than sparser urban areas.” by Federico Morelli, et al. 2024.  “2.5 The Impact Of Urban Greenspace On Bird Populations.” by Kristin J. Harpster. N.d.   Follow Curiosity Daily on your favorite podcast app to get smarter with Calli and Nate — for free! Still curious? Get exclusive science shows, nature documentaries, and more real-life entertainment on discovery+! Go to https://discoveryplus.com/curiosity to start your 7-day free trial. discovery+ is currently only available for US subscribers.  Hosted on Acast. See acast.com/privacy for more information.