Radiolab is on a curiosity bender. We ask deep questions and use investigative journalism to get the answers. A given episode might whirl you through science, legal history, and into the home of someone halfway across the world. The show is known for innovative sound design, smashing information into music. It is hosted by Lulu Miller and Latif Nasser.

On this, our 301st Evolutionary Lens livestream, we discuss grief and mourning, and what makes us human. How many distinctly human traits will we prune away before we realize that we have gone too far, that there is too little remaining of humanity to be resurrected? From the Industrial Revolution(s) to that of AI, now we’ve got apps that threaten to keep your loved ones “alive” forever, with none of the valuable complexity that ancient grieving traditions offer. Then: bonobos show evidence o...

The science stories that will actually change your day — and maybe make you laugh. Science unscripted is a podcast, radio show & YouTube channel driven by listeners. Hello from Germany :)

You've got questions and astrophysicist Paul M. Sutter has answers - every episode you will come closer to complete knowledge of time and space!

Research Insights, hosted by R. Dale Hall, FSA, MAAA, CERA, Managing Director of the SOA Research Institute and occasional guest hosts, highlights Society of Actuaries (SOA) Research Institute research. The podcasts include recently released research reports, research featured at SOA meetings, and other related items produced by SOA research.

Robinson Erhardt researches symbolic logic and the foundations of mathematics at Stanford University. Join him in conversations with philosophers, scientists, weightlifters, artists, and everyone in-between. https://linktr.ee/robinsonerhardt

Join Drs. Brenda Raud and Jason Goldsmith as they discuss the latest in immunology research, and interview some of the greatest minds in the field. Brought to you by STEMCELL Technologies.

Scientists Daniel and Kelly cannot stop talking about our amazing, wonderful, weird Universe! Each episode is a fun, easy-to-understand, and in-depth explanation of topics in science, from particles to black holes to moon colonies to ecosystems to parasites and everything else in the Universe!

Temporal evolution and rigidity dependence of the solar modulation lag of Galactic cosmic rays by Nicola Tomassetti et al. on Monday 21 November When traveling in the heliosphere, Galactic cosmic rays (GCRs) are subjected to the solar modulation effect, a quasiperiodical change of their intensity caused by the 11-year cycle of solar activity. Here we investigate the association of solar activity and cosmic radiation over five solar cycles, from 1965 to 2020, using a collection of multichannel data from neutron monitors, space missions, and solar observatories. In particular, we focus on the time lag between the monthly sunspot number and the GCR flux variations. We show that the modulation lag is subjected to a 22-year periodical variation, ranging from about 2 to 14 months and following the polarity cycle of the Sun's magnetic field. We also show that the lag is remarkably decreasing with increasing energy of the GCR particles. These results reflect the interplay of basic physics phenomena that cause the GCR modulation effect: the drift motion of charged particles in the interplanetary magnetic field, the latitudinal dependence of the solar wind, the energy dependence of their residence time in the heliosphere. Based on this interpretation, we end up with a global effective formula for the modulation lag and testable predictions for the flux evolution of cosmic particles and antiparticles over the solar cycle. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.05693v2

Low-Energy Electron-Track Imaging for a Liquid Argon Time-Projection-Chamber Telescope Concept using Probabilistic Deep Learning by M. Buuck et al. on Monday 21 November The GammaTPC is an MeV-scale single-phase liquid argon time-projection-chamber gamma-ray telescope concept with a novel dual-scale pixel-based charge-readout system. It promises to enable a significant improvement in sensitivity to MeV-scale gamma-rays over previous telescopes. The novel pixel-based charge readout allows for imaging of the tracks of electrons scattered by Compton interactions of incident gamma-rays. The two primary contributors to the accuracy of a Compton telescope in reconstructing an incident gamma-ray's original direction are its energy and position resolution. In this work, we focus on using deep learning to optimize the reconstruction of the initial position and direction of electrons scattered in Compton interactions, including using probabilistic models to estimate predictive uncertainty. We show that the deep learning models are able to predict locations of Compton scatters of MeV-scale gamma-rays from simulated pixel-based data to better than 0.6 mm RMS error, and are sensitive to the initial direction of the scattered electron. We compare and contrast different deep learning uncertainty estimation algorithms for reconstruction applications. Additionally, we show that event-by-event estimates of the uncertainty of the locations of the Compton scatters can be used to select those events that were reconstructed most accurately, leading to improvement in locating the origin of gamma-ray sources on the sky. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2207.07805v2

The mass-radius relation of intermediate-mass planets outlined by hydrodynamic escape and thermal evolution by Daria Kubyshkina et al. on Monday 21 November We employ planetary evolution modeling to reproduce the MR distribution of the 198 so far detected planets with mass and radius measured to the <45% and <15% level, respectively, and less massive than 108Me. We simultaneously account for atmospheric escape, based on the results of hydrodynamic models, and thermal evolution, based on planetary structure evolution models. Since high-energy stellar radiation affects atmospheric evolution, we account for the entire range of possible stellar rotation histories. To set the planetary parameters at formation, we use analytical approximations based on formation models. Finally, we build a grid of synthetic planets with parameters reflecting those of the observed distribution. The predicted radius spread reproduces well the observed MR distribution, except for two distinct groups of outliers (~20% of the population). The first one consists of close-in Saturn-mass planets with Jupiter-like radii for which we underpredict the radius likely because it lacks additional heating similar to that responsible for inflation in hot Jupiters. The second group consists of warm sub-Neptunes, which should host massive primordial H-dominated atmospheres, but instead present high densities indicative of small gaseous envelopes. This suggests that their formation, internal structure, and evolution are different from that of atmospheric evolution through the escape of H-dominated envelopes accreted onto rocky cores. The observed characteristics of low-mass planets (<10-15Me) strongly depend on the impact of atmospheric escape, and thus on the evolution of the host star, while primordial parameters are less relevant. Instead, for more massive planets, the parameters at formation play the dominant role in shaping the final MR distribution. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.10166v1

We’re back for an all-new season with a new team! Our hosts sit down with an earth scientist and discuss the most recent developments in their field and how these discoveries impact all of us. This podcast is supported by the Department of Earth Sciences at the University of Toronto.

Explore human evolution one story at a time. This award-winning show blends storytelling with science that will change your understanding of who we are.

One of the biggest hurdles to native plant gardening is sourcing native plants. Whereas nurseries are starting to fill the demand, it is nevertheless difficult to keep up with demand. Sourcing seed from the wild is a major part of this process, but how do we do it ethically? Stripping native plant populations of their seeds isn't good for the habitats they comprise so this is where groups like the Mid-Atlantic Regional Seed Bank (MARSB) come in. Their mission is to conserve and wisely manage the Mid-Atlantic Region’s wild seed resources, through scientific sampling, ethical collection, banking, and curation, and to encourage and actively contribute to the development of the Native Plant Material supply chain throughout the region. Join me and their Native Seed Collection Coordinator John Price as we discuss the process behind what it takes to achieve this mission and some of the major struggles they face. This episode was produced in part by April, Dana, Lilith, Sanza, Eva, Yellowroot, Wisewren, Nadia, Heidi, Blake, Josh, Laure, R.J., Carly, Lucia, Dana, Sarah, Lauren, Strych Mind, Linda, Sylvan, Austin, Sarah, Ethan, Elle, Steve, Cassie, Chuck, Aaron, Gillian, Abi, Rich, Shad, Maddie, Owen, Linda, Alana, Sigma, Max, Richard, Maia, Rens, David, Robert, Thomas, Valerie, Joan, Mohsin Kazmi Photography, Cathy, Simon, Nick, Paul, Charis, EJ, Laura, Sung, NOK, Stephen, Heidi, Kristin, Luke, Sea, Shannon, Thomas, Will, Jamie, Waverly, Brent, Tanner, Rick, Kazys, Dorothy, Katherine, Emily, Theo, Nichole, Paul, Karen, Randi, Caelan, Tom, Don, Susan, Corbin, Keena, Robin, Peter, Whitney, Kenned, Margaret, Daniel, Karen, David, Earl, Jocelyn, Gary, Krysta, Elizabeth, Southern California Carnivorous Plant Enthusiasts, Pattypollinators, Peter, Judson, Ella, Alex, Dan, Pamela, Peter, Andrea, Nathan, Karyn, Michelle, Jillian, Chellie, Linda, Laura, Miz Holly, Christie, Carlos, Paleo Fern, Levi, Sylvia, Lanny, Ben, Lily, Craig, Sarah, Lor, Monika, Brandon, Jeremy, Suzanne, Kristina, Christine, Silas, Michael, Aristia, Felicidad, Lauren, Danielle, Allie, Jeffrey, Amanda, Tommy, Marcel, C Leigh, Karma, Shelby, Christopher, Alvin, Arek, Chellie, Dani, Paul, Dani, Tara, Elly, Colleen, Natalie, Nathan, Ario, Laura, Cari, Margaret, Mary, Connor, Nathan, Jan, Jerome, Brian, Azomonas, Ellie, University Greens, Joseph, Melody, Patricia, Matthew, Garrett, John, Ashley, Cathrine, Melvin, OrangeJulian, Porter, Jules, Griff, Joan, Megan, Marabeth, Les, Ali, Southside Plants, Keiko, Robert, Bryce, Wilma, Amanda, Helen, Mikey, Michelle, German, Joerg, Cathy, Tate, Steve, Kae, Carole, Mr. Keith Santner, Lynn, Aaron, Sara, Kenned, Brett, Jocelyn, Ethan, Sheryl, Runaway Goldfish, Ryan, Chris, Alana, Rachel, Joanna, Lori, Paul, Griff, Matthew, Bobby, Vaibhav, Steven, Joseph, Brandon, Liam, Hall, Jared, Brandon, Christina, Carly, Kazys, Stephen, Katherine, Manny, doeg, Daniel, Tim, Philip, Tim, Lisa, Brodie, Bendix, Irene, holly, Sara, and Margie.

Think like a physicist. Wonder like a human. Into the Impossible is where Cosmic Conversations happen — uniting Nobel Prize winners, iconoclasts, authors, and technologists to explore reality’s deepest questions. From AI to aliens, from biophysics to the brain, from the cosmos to the multiverse, Brian Keating, Chancellor’s Distinguished Professor of Physics at UC San Diego covers it all. If you’ve ever asked What’s out there? or What’s next?, this is where curiosity meets clarity. Learn to think like this. 🎙 Full episodes, notes & more: briankeating.com/podcast

Luisita’s Podcast :)

A series of live conversations between writer Carl Zimmer and eight leading thinkers on the question of what it means to be alive. What Is Life? was recorded in front of a live audience at Caveat in New York and is supported by a grant from Science Sandbox, a Simons Foundation initiative.

The idea "NDN science" didn’t jump out at us right away but it’s central to the theme of this podcast. This show is about hope for our future and not taking life too seriously. It’s about learning how to listen and have conversations again. It's about exploring the problems that keep us up at night and every human's ability to observe deeply and understand how the world works. It’s a show where we have conversations about science... and Indin' stuff.

Have you ever seen something you can’t explain? Something that shakes your core and makes you question everything you know? Maybe you’ve experienced something unexplainable, something that leaves you feeling scared and alone. If so, you’re not alone. Join us on this podcast as we explore the mystery of cryptids and share our own encounters. This is a safe place for you to share your stories and experiences. We want to hear from you! Your story could help someone by letting them know that they’re not alone. Do you have a story?Send us a voice message or email to: Cryptidwarfare@gmail.com