Podcasts about academic research

There often seems to be an unfortunate disconnect between farmers in the field and the researchers and academics involved with agronomic study. I often hear in the discussions in the climate farmers community about how academic studies don't reflect the reality in the field, or that the ivory tower of academia is out of touch with the farms and situations they study. As I've made more connections in universities and research programs, I find that academics are aware of this too and are concerned about this lack of communication and the barriers between these sections of the industry that should be in closer collaboration. I've often wondered what an integrally connected research sector and farm culture could look like. Would researchers be a regular presence in the field and rural communities with close friendships and collaborations with farm owners and workers alike? Would this mean more farmers conducting their own studies and experiments and sharing the findings with universities and peers as they receive guidance and recognition for their contributions? Maybe a journeyman farmer trade apprenticeship could include research and experimentation training as well as communications of findings and a more holistic approach to farm study. The good news is that many of these ideas are not that far fetched and are being explored in various ways by Dr. Jonathan Lundgren who is an agroecologist, beekeeper, farmer, Executive Director of Ecdysis Foundation, and CEO for Blue Dasher Farm. Lundgren's research and education programs are helping applied science evolve in ways that foster the evolution of a regenerative food system. He regularly interacts with the public and farmers around the world regarding ecologically intensive farming and how biodiversity fuels the resilience and productivity of an agroecosystem and rural communities. In this episode Jonathan shares his journey from being a suburban biology enthusiast turned USDA scientist, to becoming a farmer and regenerative scientific researcher. We discuss the challenges and successes of managing a diverse farm at Blue Dasher Farm, which integrates native prairie, wetlands, and various crops and animals. Jonathan emphasizes the importance of biodiversity, community, and the limitations of conventional scientific metrics in truly understanding and enhancing agricultural systems. He also describes his innovative approaches to research, focusing on real-world data collection from thousands of farms, and advocating for a more relational and context-specific approach to both farming and science.

The rate of cancer and cancer malignancy differ greatly among mammalian species. The placental – maternal interface is also highly variable between placental mammals. This lecture will discuss recent advances that suggest that there is a causal connection between the evolution of placental biology and the biology and rate of cancer malignancy. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40694]

Menstruation is the cyclical shedding of the endometrium triggered by falling progesterone levels. Menstruation is a rare trait found in less than 2% of mammals and likely evolved independently at least 4 times. Why do some mammals menstruate while most do not? The leading hypothesis is that menstruation occurs as a nonadaptive consequence of spontaneous decidualization of the endometrium, which evolved to increase biosensoring of embryo quality. While the trait of spontaneous decidualization (and as a byproduct, menstruation) was likely shaped by natural selection, menstruation also disposes women to conditions such as endometriosis, pre-menstrual syndrome, and bleeding disorders, especially in the contemporary context. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40693]

Menstruation is the cyclical shedding of the endometrium triggered by falling progesterone levels. Menstruation is a rare trait found in less than 2% of mammals and likely evolved independently at least 4 times. Why do some mammals menstruate while most do not? The leading hypothesis is that menstruation occurs as a nonadaptive consequence of spontaneous decidualization of the endometrium, which evolved to increase biosensoring of embryo quality. While the trait of spontaneous decidualization (and as a byproduct, menstruation) was likely shaped by natural selection, menstruation also disposes women to conditions such as endometriosis, pre-menstrual syndrome, and bleeding disorders, especially in the contemporary context. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40693]

Menstruation is the cyclical shedding of the endometrium triggered by falling progesterone levels. Menstruation is a rare trait found in less than 2% of mammals and likely evolved independently at least 4 times. Why do some mammals menstruate while most do not? The leading hypothesis is that menstruation occurs as a nonadaptive consequence of spontaneous decidualization of the endometrium, which evolved to increase biosensoring of embryo quality. While the trait of spontaneous decidualization (and as a byproduct, menstruation) was likely shaped by natural selection, menstruation also disposes women to conditions such as endometriosis, pre-menstrual syndrome, and bleeding disorders, especially in the contemporary context. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40693]

Menstruation is the cyclical shedding of the endometrium triggered by falling progesterone levels. Menstruation is a rare trait found in less than 2% of mammals and likely evolved independently at least 4 times. Why do some mammals menstruate while most do not? The leading hypothesis is that menstruation occurs as a nonadaptive consequence of spontaneous decidualization of the endometrium, which evolved to increase biosensoring of embryo quality. While the trait of spontaneous decidualization (and as a byproduct, menstruation) was likely shaped by natural selection, menstruation also disposes women to conditions such as endometriosis, pre-menstrual syndrome, and bleeding disorders, especially in the contemporary context. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40693]

Menstruation is the cyclical shedding of the endometrium triggered by falling progesterone levels. Menstruation is a rare trait found in less than 2% of mammals and likely evolved independently at least 4 times. Why do some mammals menstruate while most do not? The leading hypothesis is that menstruation occurs as a nonadaptive consequence of spontaneous decidualization of the endometrium, which evolved to increase biosensoring of embryo quality. While the trait of spontaneous decidualization (and as a byproduct, menstruation) was likely shaped by natural selection, menstruation also disposes women to conditions such as endometriosis, pre-menstrual syndrome, and bleeding disorders, especially in the contemporary context. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40693]

Menstruation is the cyclical shedding of the endometrium triggered by falling progesterone levels. Menstruation is a rare trait found in less than 2% of mammals and likely evolved independently at least 4 times. Why do some mammals menstruate while most do not? The leading hypothesis is that menstruation occurs as a nonadaptive consequence of spontaneous decidualization of the endometrium, which evolved to increase biosensoring of embryo quality. While the trait of spontaneous decidualization (and as a byproduct, menstruation) was likely shaped by natural selection, menstruation also disposes women to conditions such as endometriosis, pre-menstrual syndrome, and bleeding disorders, especially in the contemporary context. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40693]

Have you ever said “thank you” to a chatbot or Chat GPT? Well, you're not alone—and you might just be weirder than you think. It turns out AI can be more empathic than people. But what do Customers think of AI experiences? Academic research reveals the answers we discuss in this show.  In this special live-recorded episode from the SOCAP Conference, Colin Shaw and Professor Ryan Hamilton explore the psychology behind how customers actually feel about AI—and what that means for your customer experience. Ryan dives into the latest academic research on AI trust, customer behaviour, and why people treat AI like it's part of the cast of Friends. Meanwhile, Colin keeps things grounded with real-life examples with his usual “so what?” test. What You'll Learn in This Episode: Why 50% of customers trust companies less when they know AI is involved How AI literacy backfires (the more people understand it, the less they use it!) The subtle “outgroup” bias customers apply to AI systems Why hedonic recommendations (like chocolate) must come from humans How one bad AI interaction can poison the well for all future ones What the hell “personification” means—and why it matters for your brand The surprising emotional tension behind AI adoption (it's empowering and scary) Best Quote from the Episode: “AI isn't human, but customers treat it like it is—and that means it's being judged by human standards. If it screws up once, they'll remember. And they'll blame all AI for it.” – Professor Ryan Hamilton Resources Mentioned This podcast is sponsored by SOCAP International and IA Solutions, who are both as passionate about improving customer experience as we are. SOCAP: https://socap.org/ IA Solutions: https://iacallcenter.com/  Research References: Castelo, Noah, Maarten W. Bos, and Donald R. Lehmann (2019), “Task-Dependent Algorithm Aversion,” Journal of Marketing Research, 56 (5), 809-825. Dietvorst, Berkeley J., Joseph P. Simmons, and Cade Massey (2015), “Algorithm aversion: people erroneously avoid algorithms after seeing them err,” Journal of Experimental Psychology: General, 144, 1, 114. Hermann, Erik, and Stefano Puntoni, (2024), “Artificial intelligence and consumer behavior: From predictive to generative AI,” Journal of Business Research, 180, 114720. Ipsos (2022), “Global opinions about AI – January 2022, https://t.ly/qyyEI Longoni, Chiara, and Luca Cian (2022), “Artificial Intelligence in Utilitarian vs. Hedonic Contexts: The “Word-of-Machine” Effect,” Journal of Marketing, 86 (1), 91-108. Puntoni, Stefano, Rebecca W. Reczek, Markus Giesler, and Simona Botti (2021), “Consumers and Artificial Intelligence: An Experiential Perspective,” Journal of Marketing, 85 (1), 131-151. Santoro, Erik, and Benoît Monin (2023), “The AI Effect: People rate distinctively human attributes as more essential to being human after learning about artificial intelligence advances,” Journal of Experimental Social Psychology 107, 104464. About the Hosts: Colin Shaw is a LinkedIn 'Top Voice' with a massive 284,000 followers and 86,000 subscribers to his 'Why Customers Buy' newsletter. Shaw is named one of the world's 'Top 150 Business Influencers' by LinkedIn. His company, Beyond Philosophy LLC, has been selected four times by the Financial Times as a top management consultancy. Shaw is co-host of the top 1.5% podcast 'The Intuitive Customer'—with over 600,000 downloads—and author of eight best-sellers on customer experience, Shaw is a sought-after keynote speaker. Follow Colin on LinkedIn. Ryan Hamilton is a Professor of Marketing at Emory University's Goizueta Business School and co-author of 'The Intuitive Customer' book. An award-winning teacher and researcher in consumer psychology, he has been named one of Poets & Quants' "World's Best 40 B-School Profs Under 40." His research focuses on how brands, prices, and choice architecture influence shopper decision-making, and his findings have been published in top academic journals and covered by major media outlets like The New York Times and CNN. His work highlights how psychology can help firms better understand and serve their customers. Ryan has a new book launch in June 2025 called “The Growth Dilemma: Managing Your Brand When Different Customers Want Different Things” Harvard Business Press Follow Ryan on LinkedIn.   Subscribe & Follow   Apple Podcasts Spotify

Dr Isaac Amon shares how his diverse Sephardi, Mizrachi, and Ashkenazi heritage have shaped his sense of identity. From Istanbul to the American Midwest, Isaac reflects on how his family's stories, languages, food, and community influence his connection to Jewish life. Our GuestDr. Isaac Amon is an attorney and counselor at law, Adjunct Professor at Washington University School of Law in St. Louis, and Director of Academic Research at Jewish Heritage Alliance, an educational platform dedicated to promoting the legacy of Sefarad, or Iberian Jewry. Isaac is also Director of Academic Research at the Jewish Heritage Alliance, which aims to preserve and share the history of Sephardi and Mizrachi Jews. Key TopicsNavigating Identity: How Isaac's family history blends diverse Jewish roots, creating a rich but often challenging sense of belonging.Language and Culture: The role of multilingualism within Isaac's family and how language shapes identityChallenging Normativity: The experience of living as a Sephardi Jew in predominantly Ashkenazi spaces and the ongoing struggle for inclusionYour guideShort definitions of terms mentioned in this episode:Ladino: A Judeo-Spanish language spoken by Sephardi Jews.Kaddish: A prayer recited in memory of the dead, with variations between communities.Burekas: Savory pastries filled with cheese, spinach, or potatoes, common in Sephardi and Mizrachi Jewish cuisines.Shakshuka: A dish of poached eggs in a spicy tomato and pepper sauce, popular in Sephardi and Mizrachi cultures.Passover Brown Eggs: Eggs boiled in onion skins, a Sephardi Passover tradition.Want to learn more? Listen to previous episodes where we discuss identity.S2E1: Discussing diverse Jewish national identities with Yaacov Yadgar S1E7: Languages and Identities challenged by Ophira GamlielReferences & ResourcesJewish Heritage Alliance - An organisation preserving and promoting Sephardi and Mizrachi Jewish historyARTICLE “Five-Hundred Years in the Life of the Amon Family: From the surrender of Spain to the court of Suleiman the Magnificent and beyond, they were there” – Published, National Library of Israel Blog, December 2020VIDEO: “Crossroads of Sefarad: In the Footsteps of the Crypto-Jews,” created jointly by Jewish Heritage Alliance and ANU Museum of the Jewish PeopleFind us elsewhere, here!Show creditsHost / Producer: Eylan EzekielPost-production: Communicating for ImpactArtwork: Emily TheodoreMusic: Aleksafor utransndr KarabanovSound effects: Serge Quadrado Hosted on Acast. See acast.com/privacy for more information.

Pressures of life on Earth experienced by our ancestors – as multicellular beings, as hosts to parasites, and as home to microbes – shaped the evolved structure and function of our immune systems.  Some of the traits favored by natural selection have conferred resistance against infections while opening vulnerabilities to autoimmune diseases.  I will illustrate why analysis of the deep-time origins of mammalian immune systems reveals general principles of optimal defense and helps to explain why hosts are so profoundly variable in their susceptibility to infectious and inflammatory diseases. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40692]

Pressures of life on Earth experienced by our ancestors – as multicellular beings, as hosts to parasites, and as home to microbes – shaped the evolved structure and function of our immune systems.  Some of the traits favored by natural selection have conferred resistance against infections while opening vulnerabilities to autoimmune diseases.  I will illustrate why analysis of the deep-time origins of mammalian immune systems reveals general principles of optimal defense and helps to explain why hosts are so profoundly variable in their susceptibility to infectious and inflammatory diseases. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40692]

Pressures of life on Earth experienced by our ancestors – as multicellular beings, as hosts to parasites, and as home to microbes – shaped the evolved structure and function of our immune systems.  Some of the traits favored by natural selection have conferred resistance against infections while opening vulnerabilities to autoimmune diseases.  I will illustrate why analysis of the deep-time origins of mammalian immune systems reveals general principles of optimal defense and helps to explain why hosts are so profoundly variable in their susceptibility to infectious and inflammatory diseases. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40692]

Pressures of life on Earth experienced by our ancestors – as multicellular beings, as hosts to parasites, and as home to microbes – shaped the evolved structure and function of our immune systems.  Some of the traits favored by natural selection have conferred resistance against infections while opening vulnerabilities to autoimmune diseases.  I will illustrate why analysis of the deep-time origins of mammalian immune systems reveals general principles of optimal defense and helps to explain why hosts are so profoundly variable in their susceptibility to infectious and inflammatory diseases. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40692]

Pressures of life on Earth experienced by our ancestors – as multicellular beings, as hosts to parasites, and as home to microbes – shaped the evolved structure and function of our immune systems.  Some of the traits favored by natural selection have conferred resistance against infections while opening vulnerabilities to autoimmune diseases.  I will illustrate why analysis of the deep-time origins of mammalian immune systems reveals general principles of optimal defense and helps to explain why hosts are so profoundly variable in their susceptibility to infectious and inflammatory diseases. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40692]

Pressures of life on Earth experienced by our ancestors – as multicellular beings, as hosts to parasites, and as home to microbes – shaped the evolved structure and function of our immune systems.  Some of the traits favored by natural selection have conferred resistance against infections while opening vulnerabilities to autoimmune diseases.  I will illustrate why analysis of the deep-time origins of mammalian immune systems reveals general principles of optimal defense and helps to explain why hosts are so profoundly variable in their susceptibility to infectious and inflammatory diseases. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40692]

In the summer of 2020, we discussed in 5 minutes the subject of the French castle of Maisons, located in Maisons-Laffitte (78), in the Com d'Archi S1#16. It was the opportunity to meet Béatrice Vivien, a specialist of the subject. Béatrice accepted our invitation to share some of her many new discoveries about the castle and its estate.Working at the Château de Maisons itself and questioning a whole aspect of its history that had remained in the shadows, she was led to defend her thesis, under the direction of Claude Mignot, in 2014, entitled: "The residences and collections of a great lord: René de Longueil, president of Maisons (1597-1677)". In her academic research, Béatrice (with humility), titillates the pre-established chronology, reinjecting fragments of life into the theory!Note that this castle and its domain, designed by the architect François Mansart, served as inspiration for the development of the Palace of Versailles under Louis XIV king.In this English version of Com d'Archi Podcast S2#28 we offer the resum of Béatrice Vivien's thesis.Podcast recorded on November 25, 2020.Read by Esther___If you like the podcast do not hesitate:. to subscribe so you don't miss the next episodes,. to leave us stars and a comment :-),. to follow us on Instagram @comdarchipodcast to find beautiful images, always chosen with care, so as to enrich your view on the subject.Nice week to all of you ! Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

The human body has traits that evolved at different times, from 1.5 billion to 2 million years ago, each bringing health benefits and risks. Multicellularity enabled organs and cancer. The immune system defends us but can cause inflammation. Breastfeeding supports infant health but relates to breast cancer risk. Menstruation and invasive placentas improved reproduction but led to pain and cancer risks. Human-specific traits like bipedalism and aging brought new issues like back pain and childbirth problems. Hair loss and sweat glands helped us stay cool but increased skin cancer risk. Our hunter-gatherer past shaped our microbiome and health, but also made us prone to modern diseases from lifestyle changes. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40701]

Cancer is normal development spun out of control. It is the great plasticity and power of development, without the overarching controls that guide normal development toward an integrated adult form. Instead, whenever a newly developed kind of tissue acquires the ability to survive, grow, and resist control, there is nothing to stop it. That may be why normal adult cells are often terminally differentiated into a restricted cellular program. And it may be why wound healing, which releases the restricted cellular program and powerfully plastic tissue remodeling, is so tightly regulated and, when dysregulated, so often associates with cancer. With regard to evolutionary history, humans develop differently from their ape ancestors, and their lifestyle causes them to suffer different kinds of tissue damage. Those differences in development and wound healing likely led to new aspects of cancer disease over human history. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40691]

The human body has traits that evolved at different times, from 1.5 billion to 2 million years ago, each bringing health benefits and risks. Multicellularity enabled organs and cancer. The immune system defends us but can cause inflammation. Breastfeeding supports infant health but relates to breast cancer risk. Menstruation and invasive placentas improved reproduction but led to pain and cancer risks. Human-specific traits like bipedalism and aging brought new issues like back pain and childbirth problems. Hair loss and sweat glands helped us stay cool but increased skin cancer risk. Our hunter-gatherer past shaped our microbiome and health, but also made us prone to modern diseases from lifestyle changes. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40701]

Cancer is normal development spun out of control. It is the great plasticity and power of development, without the overarching controls that guide normal development toward an integrated adult form. Instead, whenever a newly developed kind of tissue acquires the ability to survive, grow, and resist control, there is nothing to stop it. That may be why normal adult cells are often terminally differentiated into a restricted cellular program. And it may be why wound healing, which releases the restricted cellular program and powerfully plastic tissue remodeling, is so tightly regulated and, when dysregulated, so often associates with cancer. With regard to evolutionary history, humans develop differently from their ape ancestors, and their lifestyle causes them to suffer different kinds of tissue damage. Those differences in development and wound healing likely led to new aspects of cancer disease over human history. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40691]

The human body has traits that evolved at different times, from 1.5 billion to 2 million years ago, each bringing health benefits and risks. Multicellularity enabled organs and cancer. The immune system defends us but can cause inflammation. Breastfeeding supports infant health but relates to breast cancer risk. Menstruation and invasive placentas improved reproduction but led to pain and cancer risks. Human-specific traits like bipedalism and aging brought new issues like back pain and childbirth problems. Hair loss and sweat glands helped us stay cool but increased skin cancer risk. Our hunter-gatherer past shaped our microbiome and health, but also made us prone to modern diseases from lifestyle changes. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40701]

Cancer is normal development spun out of control. It is the great plasticity and power of development, without the overarching controls that guide normal development toward an integrated adult form. Instead, whenever a newly developed kind of tissue acquires the ability to survive, grow, and resist control, there is nothing to stop it. That may be why normal adult cells are often terminally differentiated into a restricted cellular program. And it may be why wound healing, which releases the restricted cellular program and powerfully plastic tissue remodeling, is so tightly regulated and, when dysregulated, so often associates with cancer. With regard to evolutionary history, humans develop differently from their ape ancestors, and their lifestyle causes them to suffer different kinds of tissue damage. Those differences in development and wound healing likely led to new aspects of cancer disease over human history. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40691]

The human body has traits that evolved at different times, from 1.5 billion to 2 million years ago, each bringing health benefits and risks. Multicellularity enabled organs and cancer. The immune system defends us but can cause inflammation. Breastfeeding supports infant health but relates to breast cancer risk. Menstruation and invasive placentas improved reproduction but led to pain and cancer risks. Human-specific traits like bipedalism and aging brought new issues like back pain and childbirth problems. Hair loss and sweat glands helped us stay cool but increased skin cancer risk. Our hunter-gatherer past shaped our microbiome and health, but also made us prone to modern diseases from lifestyle changes. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40701]

Cancer is normal development spun out of control. It is the great plasticity and power of development, without the overarching controls that guide normal development toward an integrated adult form. Instead, whenever a newly developed kind of tissue acquires the ability to survive, grow, and resist control, there is nothing to stop it. That may be why normal adult cells are often terminally differentiated into a restricted cellular program. And it may be why wound healing, which releases the restricted cellular program and powerfully plastic tissue remodeling, is so tightly regulated and, when dysregulated, so often associates with cancer. With regard to evolutionary history, humans develop differently from their ape ancestors, and their lifestyle causes them to suffer different kinds of tissue damage. Those differences in development and wound healing likely led to new aspects of cancer disease over human history. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40691]

The human body has traits that evolved at different times, from 1.5 billion to 2 million years ago, each bringing health benefits and risks. Multicellularity enabled organs and cancer. The immune system defends us but can cause inflammation. Breastfeeding supports infant health but relates to breast cancer risk. Menstruation and invasive placentas improved reproduction but led to pain and cancer risks. Human-specific traits like bipedalism and aging brought new issues like back pain and childbirth problems. Hair loss and sweat glands helped us stay cool but increased skin cancer risk. Our hunter-gatherer past shaped our microbiome and health, but also made us prone to modern diseases from lifestyle changes. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40701]

Cancer is normal development spun out of control. It is the great plasticity and power of development, without the overarching controls that guide normal development toward an integrated adult form. Instead, whenever a newly developed kind of tissue acquires the ability to survive, grow, and resist control, there is nothing to stop it. That may be why normal adult cells are often terminally differentiated into a restricted cellular program. And it may be why wound healing, which releases the restricted cellular program and powerfully plastic tissue remodeling, is so tightly regulated and, when dysregulated, so often associates with cancer. With regard to evolutionary history, humans develop differently from their ape ancestors, and their lifestyle causes them to suffer different kinds of tissue damage. Those differences in development and wound healing likely led to new aspects of cancer disease over human history. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40691]

Cancer is normal development spun out of control. It is the great plasticity and power of development, without the overarching controls that guide normal development toward an integrated adult form. Instead, whenever a newly developed kind of tissue acquires the ability to survive, grow, and resist control, there is nothing to stop it. That may be why normal adult cells are often terminally differentiated into a restricted cellular program. And it may be why wound healing, which releases the restricted cellular program and powerfully plastic tissue remodeling, is so tightly regulated and, when dysregulated, so often associates with cancer. With regard to evolutionary history, humans develop differently from their ape ancestors, and their lifestyle causes them to suffer different kinds of tissue damage. Those differences in development and wound healing likely led to new aspects of cancer disease over human history. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40691]

The human body has traits that evolved at different times, from 1.5 billion to 2 million years ago, each bringing health benefits and risks. Multicellularity enabled organs and cancer. The immune system defends us but can cause inflammation. Breastfeeding supports infant health but relates to breast cancer risk. Menstruation and invasive placentas improved reproduction but led to pain and cancer risks. Human-specific traits like bipedalism and aging brought new issues like back pain and childbirth problems. Hair loss and sweat glands helped us stay cool but increased skin cancer risk. Our hunter-gatherer past shaped our microbiome and health, but also made us prone to modern diseases from lifestyle changes. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40701]

Karthik Sekar discusses the critical need for innovation in the meat alternative industry and the dangers of monopolization by large corporations. Learn how public domain recipes and academic research can drive consumer choice and ensure a competitive market. Explore the impact on innovation and the future of plant-based foods. Don't miss this insightful discussion! #MeatAlternatives #Innovation #ConsumerChoice

China's growth as an economic superpower has been based in a large part on its increasing ability to design and manufacture sophisticated, hi-tech goods. But, until recently, it was far from a superpower when it came to creating new knowledge and cutting-edge academic research. Luc Laeven of the ECB and CEPR and his co-authors recently published an analysis of the research output in top journals from Chinese academics over the last two decades, and the results are startling: in many areas of science, China is now clearly the world leader. Luc talks to Tim Phillips about how China's plan was created, why the quality as well as the quantity of research should make us take notice, and whether research establishments in Europe and the US can learn from China's single-minded pursuit of success.

Send us a textDiscussion on Facetiousness and Cultural References 0:00Indigenizing and Decolonizing Literature 6:11Thanksgiving, Columbus Day, and Liberation Day 11:02Challenges of Academic Engagement 17:15Sovereignty and Indigenous Knowledge 31:32Data Sovereignty and Academic Validation 50:40The Role of Indigenous Scholars 59:59The Impact of Academic Research on Indigenous Communities 1:03:06The Role of Traditional Knowledge in Academia 1:10:48The Importance of Cultural Context in Academic Research 1:13:28Validation of Expertise and Cultural Practices 1:15:23Challenges of Balancing Modern and Traditional Roles 1:28:53Reflecting on Sovereignty and Expertise 1:29:08Planning for Future Discussions 1:30:15Hosts: Aaron Brien (Apsáalooke), Salisha Old Bull (Salish/Apsáalooke), (Shandin Pete (Salish/Diné). How to cite this episode (apa)Pete, S. H., Brien, A. & Old Bull, S. A. (Hosts). (2025, May 20). #62 - Indigenous Wisdom or Intellectual Tourism: Problematizing Indigenous Academic Knowledge [Audio podcast episode]. In Tribal Research Specialist:The Podcast. Tribal Research Specialist, LLC. https://tribalresearchspecialist.buzzsprout.comHow to cite this podcast (apa)Pete, S. H., & Brien, A. (Hosts). (2020–present). Tribal Research Specialist:The Podcast [Audio podcast]. Tribal Research Specialist, LLC. https://tribalresearchspecialist.buzzsprout.com/Podcast Website: tribalresearchspecialist.buzzsprout.comApple Podcast: https://podcasts.apple.com/us/podcast/tribal-research-specialist-the-podcast/id1512551396Spotify: open.spotify.com/show/1H5Y1pWYI8N6SYZAaawwxbX: @tribalresearchspecialistFacebook: www.facebook.com/TribalResearchSpecialistYouTube: www.youtube.com/channel/UCL9HR4B2ubGK_aaQKEt179QSupport the show

Sarasota Memorial recently opened the Kolschowsky Research and Education Institute, housing technology to support medical education and innovation in the community. SMH Chief Medical Officer James Fiorica, MD, and Chief Academic Officer Wilhelmine Wiese-Rometsch, MD, discuss the importance of the Institute, and what it means for patients.You can also watch the video recording on our Vimeo channel here.For more health tips & news you can use from experts you trust, sign up for Sarasota Memorial's monthly digital newsletter, Healthe-Matters.

Note: this episode was recorded in August of 2022.In the latest Elucidation, Matt talks to Witold Więcek about the difficulties that come up for researchers who would like to draw upon statistics. Lots of academic fields need to draw heavily on statistics, whether it's economics, psychology, sociologym, linguistics, computer science, or data science. This means that a lot of people coming from different backgrounds often need to learn basic statistics in order to investigate whatever question they're investigating. But as we've discussed on this podcast, statistical reasoning is easy for beginners to mess up, and it's also easy for bad faith parties to tamper with in undetectable ways. They can straight up fabricate data, they can cherry pick it, they can keep changing the hypothesis they are testing until they find one that is supported by a trend in the data they have. So what should we do? We can't give up on statistics; it is simply too useful a tool.Witold Więcek argues that researchers have to be mindful of “p-hacking”. Statistical significance, the golden standard of academic publishing, can easily be guaranteed by unscrupulous research or motivated reasoning: statistically speaking, even noise can look like signal if we keep asking more and more questions of our data. Modern statistical workflows require us to either adjust the results for number of hypotheses tested or to follow principles of Bayesian inference. As a broader strategy, Więcek recommends that every research project making significant use of statistical arguments bring in in an external consultant, who can productively stress test those arguments in an adversarial way, given that they aren't part of the main team.It was a great conversation! I hope you enjoy it.Matt Teichman Hosted on Acast. See acast.com/privacy for more information.

And so it ends! In the final episode of The Origins of Humankind, we explore the aftermath of the story so far—the story of how one peculiar species, Homo sapiens, evolved, spread, and outlived its relatives.Guiding us through this final chapter is Johannes Krause once again. Together, we uncover the emerging picture of the global spread of farming, pastoralism, and other key ingredients of modernity. Along the way, we explore some of the central questions of history—from the origins of inequality to the surprisingly pivotal role played by the peoples of the Eurasian steppe. (Yes, Mongols will make an appearance! But the story of the steppe goes much deeper...)As always, we end with my guest's reflections on humanity.Enjoy!LINKSMore material: ⁠⁠⁠⁠OnHumans.Substack.com/Origins⁠⁠⁠⁠Support the show: ⁠⁠⁠⁠Patreon.com/OnHumans⁠⁠⁠⁠Free lectures on human origins: ⁠⁠⁠⁠CARTA⁠⁠⁠⁠Krause's books: ⁠⁠A Short History of Humanity⁠⁠; ⁠⁠Hubris: The Rise and Fall of Humanity⁠⁠ABOUT THE SERIESThe ⁠⁠Origins of Humankind ⁠⁠is produced by On Humans and UC San Diego's Centre for Academic Research and Training in Anthropogeny (⁠⁠CARTA⁠⁠). Other guests include Chris Stringer, Dean Falk, and Tim Coulson. KEYWORDSAnthropology | Biology | Human evolution | Human origins | Homo sapiens | Agriculture | Ancient DNA | Climate changes | Pleistocene | Holocene | Archaeology | Neolithic | Yamnaya | Bell Beakers | Proto Indo-Europeans | Ötzi Ice Man | Gunpowder Empires | Bantu-expansion | Austranesian expansion | Sami poeple | Y-chromosome bottleneck |

The time has come! This is where our story truly begins.In Episode 4 of The Origins of Humankind, we finally turn the spotlight on Homo sapiens. Guiding us through this journey is Johannes Krause, director of the Max Planck Institute for Evolutionary Anthropology and a pioneer of one of the greatest scientific revolutions of our time: the science of ancient DNA.This ability to extract DNA from fossils has transformed our understanding of the human past—giving us tools to tell a genuinely global history of our species. In this episode, we use the magic of ancient DNA to explore the world our species was born into: a weird, wild Ice Age planet teeming with other human species, from Flores Hobbits to Neanderthal Giants. We touch on big questions, such as:How did Homo sapiens spread around the world?Why were our ancestors so successful? How did climate changes shape their story?What was palaeolithic life like?What happened to the Neanderthals? (Be prepared for a plot twist!)We end at the dawn of the Holocene—the warm, wet period that would give rise to farming, cities, and everything we call “history.” That's the story we'll tackle in the final episode of The Origins of Humankind. Stay tuned. And enjoy this episode!LINKSMore material: ⁠⁠⁠OnHumans.Substack.com/Origins⁠⁠⁠Support the show: ⁠⁠⁠Patreon.com/OnHumans⁠⁠⁠Free lectures on human origins: ⁠⁠⁠CARTA⁠⁠⁠Krause's books: ⁠A Short History of Humanity⁠; ⁠Hubris: The Rise and Fall of Humanity⁠ABOUT THE SERIESThe ⁠Origins of Humankind ⁠is produced by On Humans and UC San Diego's Centre for Academic Research and Training in Anthropogeny (⁠CARTA⁠). Other guests include Chris Stringer, Dean Falk, and Tim Coulson. KEYWORDSAnthropology | Biology | Human evolution | Human origins | Homo Erectus | Australopithecines | Brain evolution | Paleoneurology | Hominins | DNA | Homo sapiens | Climate changes | Pleistocene | Cognitive evolution | Cognitive archaeology | Stone tools | Palaeolithic | Neanderthals | Homo floresiensis | Denisovans | Homo longi | Sima de los Huesos | Gravettian | Cannibalism | Aurignacian | Svante Pääbo |

Human beings show a range of emotional attachment, affection, and infatuation often referred to as “love”. Love promotes long-lasting and secure relationships that involve nurturing and support. Biological mechanisms underlying such behavior involve ancient neuropeptides and their receptors in the brain. These systems are also involved in reproduction, ranging from mating and pair-bonding, to giving birth and lactation. They shape the earliest experiences of all mammals and their mothers. The concept of love and how we experience it are affected by culture and its diverse societal norms. This symposium will explore the evolutionary roots of human love, compare human love to corresponding emotions in other animals, consider human conditions that prevent the expression of such feelings, and examine the key role of love and affection for our development and daily lives.  Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40506]

Human beings show a range of emotional attachment, affection, and infatuation often referred to as “love”. Love promotes long-lasting and secure relationships that involve nurturing and support. Biological mechanisms underlying such behavior involve ancient neuropeptides and their receptors in the brain. These systems are also involved in reproduction, ranging from mating and pair-bonding, to giving birth and lactation. They shape the earliest experiences of all mammals and their mothers. The concept of love and how we experience it are affected by culture and its diverse societal norms. This symposium will explore the evolutionary roots of human love, compare human love to corresponding emotions in other animals, consider human conditions that prevent the expression of such feelings, and examine the key role of love and affection for our development and daily lives.  Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40506]

Human beings show a range of emotional attachment, affection, and infatuation often referred to as “love”. Love promotes long-lasting and secure relationships that involve nurturing and support. Biological mechanisms underlying such behavior involve ancient neuropeptides and their receptors in the brain. These systems are also involved in reproduction, ranging from mating and pair-bonding, to giving birth and lactation. They shape the earliest experiences of all mammals and their mothers. The concept of love and how we experience it are affected by culture and its diverse societal norms. This symposium will explore the evolutionary roots of human love, compare human love to corresponding emotions in other animals, consider human conditions that prevent the expression of such feelings, and examine the key role of love and affection for our development and daily lives.  Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40506]

Human beings show a range of emotional attachment, affection, and infatuation often referred to as “love”. Love promotes long-lasting and secure relationships that involve nurturing and support. Biological mechanisms underlying such behavior involve ancient neuropeptides and their receptors in the brain. These systems are also involved in reproduction, ranging from mating and pair-bonding, to giving birth and lactation. They shape the earliest experiences of all mammals and their mothers. The concept of love and how we experience it are affected by culture and its diverse societal norms. This symposium will explore the evolutionary roots of human love, compare human love to corresponding emotions in other animals, consider human conditions that prevent the expression of such feelings, and examine the key role of love and affection for our development and daily lives.  Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40506]

Human fathers exhibit hormonal shifts in testosterone, prolactin, and oxytocin, enabling flexible responses to parenting. In species with costly paternal care, these shifts balance mating and parenting efforts, suggesting evolved neuroendocrine capacities that support fatherhood. Today, fathers collaborate with mothers worldwide, though their roles vary across cultures and family systems, much as they likely did evolutionarily. Using research from the Philippines, Congo-Brazzaville, and the U.S., alongside cross-cultural data, this talk examines how men's hormonal physiology adapts to parenthood and influences family behaviors and bonds within diverse ecological and cultural contexts. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40387]

Human fathers exhibit hormonal shifts in testosterone, prolactin, and oxytocin, enabling flexible responses to parenting. In species with costly paternal care, these shifts balance mating and parenting efforts, suggesting evolved neuroendocrine capacities that support fatherhood. Today, fathers collaborate with mothers worldwide, though their roles vary across cultures and family systems, much as they likely did evolutionarily. Using research from the Philippines, Congo-Brazzaville, and the U.S., alongside cross-cultural data, this talk examines how men's hormonal physiology adapts to parenthood and influences family behaviors and bonds within diverse ecological and cultural contexts. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40387]

Human fathers exhibit hormonal shifts in testosterone, prolactin, and oxytocin, enabling flexible responses to parenting. In species with costly paternal care, these shifts balance mating and parenting efforts, suggesting evolved neuroendocrine capacities that support fatherhood. Today, fathers collaborate with mothers worldwide, though their roles vary across cultures and family systems, much as they likely did evolutionarily. Using research from the Philippines, Congo-Brazzaville, and the U.S., alongside cross-cultural data, this talk examines how men's hormonal physiology adapts to parenthood and influences family behaviors and bonds within diverse ecological and cultural contexts. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40387]

Human fathers exhibit hormonal shifts in testosterone, prolactin, and oxytocin, enabling flexible responses to parenting. In species with costly paternal care, these shifts balance mating and parenting efforts, suggesting evolved neuroendocrine capacities that support fatherhood. Today, fathers collaborate with mothers worldwide, though their roles vary across cultures and family systems, much as they likely did evolutionarily. Using research from the Philippines, Congo-Brazzaville, and the U.S., alongside cross-cultural data, this talk examines how men's hormonal physiology adapts to parenthood and influences family behaviors and bonds within diverse ecological and cultural contexts. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40387]

The titi and owl monkeys of South America live in socially-monogamous groups where the male and female establish a pair bond and share parental duties. Why do males of these species mate in a monogamous relationship presumably foregoing other reproductive opportunities? And why are titi and owl monkey males such good fathers, investing heavily in the care of offspring that they cannot be certain they sired? Relying on ecological, behavioral and genetic data collected during 28 years from wild populations in Argentina, Peru and Ecuador. This lecture will discuss the role of food distribution, mate guarding and infant care in the evolution of pair-bonds, monogamy and paternal care. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40382]

The titi and owl monkeys of South America live in socially-monogamous groups where the male and female establish a pair bond and share parental duties. Why do males of these species mate in a monogamous relationship presumably foregoing other reproductive opportunities? And why are titi and owl monkey males such good fathers, investing heavily in the care of offspring that they cannot be certain they sired? Relying on ecological, behavioral and genetic data collected during 28 years from wild populations in Argentina, Peru and Ecuador. This lecture will discuss the role of food distribution, mate guarding and infant care in the evolution of pair-bonds, monogamy and paternal care. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40382]

The titi and owl monkeys of South America live in socially-monogamous groups where the male and female establish a pair bond and share parental duties. Why do males of these species mate in a monogamous relationship presumably foregoing other reproductive opportunities? And why are titi and owl monkey males such good fathers, investing heavily in the care of offspring that they cannot be certain they sired? Relying on ecological, behavioral and genetic data collected during 28 years from wild populations in Argentina, Peru and Ecuador. This lecture will discuss the role of food distribution, mate guarding and infant care in the evolution of pair-bonds, monogamy and paternal care. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Humanities] [Science] [Show ID: 40382]

Dan Corder is joined by Dr. Ally Louks, the English literary academic whose ground-breaking PhD dissertation, Olfactory Ethics: The Politics of Smell in Modern and Contemporary Prose, went viral on social media. Dr. Louks shares the unexpected journey of her research gaining public attention and unpacks why scent, often overlooked in literary analysis, holds deep political and cultural significance.See omnystudio.com/listener for privacy information.

Have a comment? Send us a text! (We read all of them but can't reply). Email us: Will@faithfulpoliticspodcast.comHow should the church engage with the world without becoming entangled in political partisanship? In this episode, we sit down with Dr. Steven Felix-Jäger to discuss his book The Problem and Promise of Freedom: A Public Theology for the Church. As an artist, scholar, and minister, Dr. Felix-Jäger explores how the church can cultivate a faithful public witness through generosity, hospitality, and a biblically grounded understanding of freedom—without falling into the traps of culture wars and power-seeking.We discuss the dangers of politicized theology, the role of the church in societal issues like immigration and justice, and how Christians can balance civic engagement with their ultimate allegiance to God's kingdom. Dr. Felix-Jäger also shares insights on consumerism in the church, the importance of discernment in modern political discourse, and how the church can embody the radical love of Jesus in a deeply polarized world.Guest Bio:Dr. Steven Felix-Jäger is an artist, scholar, minister, and educator whose work explores the intersection of faith and culture. He is an Associate Professor of Theology and Worship, Chair of the Worship and Media Department, and Director of Academic Research at Life Pacific University in San Dimas, California. He holds a PhD in Theology from the University of Wales, an MFA in Visual Art from Azusa Pacific University, and an MA in Ministerial Leadership from Southeastern University. His latest book, The Problem and Promise of Freedom: A Public Theology for the Church, examines how the church can faithfully engage in public life without becoming captive to political ideologies.Resources & Links:

In 2000, the United States declared that measles had been eliminated. But just 15 years later, the disease made a comeback—and it hasn't gone away since. In this episode, Dr. Adam Ratner, director of the Division of Pediatric Infectious Diseases at NYU and author of Booster Shots: The Urgent Lessons of Measles and the Uncertain Future of Children's Health, explains why measles outbreaks are occurring again—as vaccine hesitancy and the antivax movement is on the rise—and what this means for the future of children's health.Ratner describes why measles is the most contagious disease we know of, and why it can be particularly harmful to children. As vaccination rates for children and adults continue to decrease in the U.S., are we at risk of undoing decades of medical progress? And what can we do to stop it?