Human origins, traced through living evidence.
CARTA - Anthropogeny (Audio) turns research presentations into an audio route through what makes humans human. Recent talks move from oxytocin, vasopressin, autism, speech, and dance to bird nest-building, ancient DNA, paleoneurology, menstruation, and brain organoids.
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CARTA - Anthropogeny (Audio) is a research-presentation podcast about the origins and distinctive features of humanity. It is not built around chat or personality. The show’s momentum comes from speakers laying out a question, defining the terms, and then walking through evidence. Recent talks make the scope unusually broad. Speech and dance are treated as social communication behaviors with possible links to oxytocin. Love, safety, birth, lactation, fear, and healing are discussed through the biology of oxytocin. Autism research appears through social functioning, rhesus monkeys, cerebrospinal fluid, vasopressin, and biomarkers. Reproductive biology is handled with the same technical patience, moving through menstruation, progesterone, ovulation, decidualization, and uterine cell changes. The show also reaches beyond humans to ask how zebra finches learn from materials and whether nest-building can carry cultural traditions. Then it shifts back into deep time. Ancient DNA from small bone fragments becomes part of the record for early modern humans outside Africa. Paleoneurology brings in skulls, cranial capacity, endocasts, and cognitive evolution across long spans of time. Brain organoids add a laboratory route into questions about Neanderthals, extinct genetic variants, genome editing, and stem-cell biology. The register is formal, but not opaque. Speakers often begin with definitions and concrete examples before moving into graphs, experiments, and interpretation. That makes the show best suited to listeners who are comfortable with scientific vocabulary and want the evidence trail rather than a simplified conclusion. Its strongest quality is range with continuity: hormones, bones, nests, uterine tissue, primate behavior, and organoids all become ways of asking how sociality, cognition, reproduction, and culture emerged. The audio preserves the structure of academic talks, including acknowledgments and institutional framing from University of California Television. For PlayNext discovery, it works as a serious science shelf: dense, methodical, and grounded in speakers explaining the work themselves.
Made for: Suits a listener who wants serious life-science and evolution material presented through research talks rather than casual conversation. It also fits someone comfortable with technical terms in neurobiology, genetics, reproductive biology, fossils, and animal behavior.
What sets it apart: Its range is unusually concrete: the show connects human origins to hormones, brain cases, ancient bone fragments, bird nests, uterine biology, primate social behavior, and organoids. Similar science shows may summarize discoveries; this one keeps the research apparatus in view.
Multidisciplinary researchers explore the origins of humanity and the many facets of what makes us human.
A zebra finch rejects flexible string, and your tidy theory of instinct starts to wobble.
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Short reviews from the PlayNext desk, based on the episodes we processed.
A thoughtful look at oxytocin, vocal learning, movement to music, and gene order as a clearer guide to vertebrate receptor naming.
Constantina Theofanopoulou frames speech and dance as social signals with roots in brain biology and oxytocin. The episode moves from humans and parrots as advanced vocal learners to the way bodies can lock onto musical beats and express connection through movement and speech.
A measured science talk on vasopressin, social behavior, and the still-unsettled bridge from monkey data to autism treatment.
This science talk frames autism's social difficulties through a focused biological question: whether vasopressin may help explain social behavior and, eventually, support treatment.
Mushroom culture from soil to society.
Clear neuroscience for curious minds.
Plant papers, jokes, and useful uncertainty.
Weed science, from genomes to paddocks.
Biomedical careers, described from the inside.
Human stakes behind biomedical progress.
Mark Collard argues ethnology should be a core archaeological method, despite cross-cultural analysis appearing in less than 1% of recent anthropological studies.
CARTA - Anthropogeny uses Daniel Povinelli's stories about Megan, Coco, and Nim to question claims about animal minds.
CARTA's talk by archaeologist Larry Barham introduces 'combinatorial technology', the practice of combining tools with handles, as a thread running from the first stone tools about 3 million years ago to today's phones.
Mark Moffett explains that army ant swarms with no individual scouting can get cut off by water and circle until they all die, which he compares to a society-level mental breakdown.
A researcher explains the concept of neodentalization of brain organoids, a technique to resurrect archaic genetic variants in lab-grown brain tissue to study what makes modern humans distinct from Neanderthals.
This episode explains the menstrual cycle, focusing on hormonal regulation and the process of decidualization in the uterus.
A paleoanthropologist discusses recent discoveries of early modern human remains in Europe, tripling the known sample from 40,000-45,000 years ago.
A paleoneurologist explains how brain size and endocasts from skulls reveal cognitive evolution in human ancestors.
["Constantina Theofanopoulou, speaking for University of California Television, links oxytocin to speech and dance and says both behaviors help communicate love.", "She argues that humans and parrots sit at the top of the vocal-learning scale and that speech and dance may share overlapping primary motor cortex regions, which her group mapped with fMRI and wireless EEG.", "Her slides move from laryngoscopy and laryngeal motor control to zebra finches, syntony-based gene nomenclature, and an oxytocin-antagonist experiment that reduced introductory notes before the song motif.", "She closes with oxytocin-pathway findings in humans and vertebrates, receptor variants tied to autism-spectrum loci, and trials in autistic children and people with Parkinson's disease that pair oxytocin or dance with speech and movement outcomes."]
Autism is framed here as a social-brain disorder affecting 1 in 36 U.S.
Sue Carter's CARTA lecture presents oxytocin as a nine-amino-acid hormone connecting birth, social bonds, and health.
Zebra finches built nests with more string at 14°C than at 30°C, linking material use to ambient temperature.