Science Society

In this engaging episode, we are thrilled to welcome Dr. Rageot, an esteemed archaeological chemist, for an intriguing discussion on his recent work unraveling the ancient practices of Egyptian embalming. The research focused on 31 ceramic vessels found at a Saqqara embalming workshop dating back to the 26th Dynasty. Dr. Rageot enlightens us on how these vessels, labeled according to their content...

In this episode, we welcome marine biologist Dr. Heneghan for a deep-dive conversation on his recent study predicting the future dynamics of oceanic life, with a specific focus on zooplankton. This research sheds light on how shifting oceanic environments, particularly in tropical regions, could result in dominance by carnivorous and gelatinous filter-feeding zooplankton, pushing out omnivorous co...

In this riveting episode, we're excited to welcome Dr. Schumacher, a leading expert in molecular biology, to delve into his recent study on the DREAM complex and its role in somatic DNA repair. Published in Nature Structural & Molecular Biology, his research proposes that the DREAM complex acts as a master regulator of DNA repair capacities across various species. Dr. Schumacher guides us thro...

"Science News" is an engaging science news podcast that dives into the week's most exciting breakthroughs and discoveries. From the tiniest quantum particles to the vast mysteries of the cosmos, we explore a diverse range of topics in science, technology, medicine, and the environment. With "Science News", you'll stay informed about the latest scientific developments and gain insight into the inno...

In this enlightening episode, we welcome Dr. Gottscho, a renowned expert in semiconductor technology and artificial intelligence, to unpack his groundbreaking study on the use of AI in streamlining semiconductor chip processes. Dr. Gottscho delves into one of the major challenges in semiconductor chip production - the escalating cost and complexity involved in developing chemical plasma processes...

Welcome to another insightful episode, where today we have the pleasure of hosting Dr. Grinter, a leading authority on bacterial metabolism. Dr. Grinter will illuminate his latest research unraveling the process and mechanisms of atmospheric H2 oxidation in aerobic bacteria, a process with significant global implications, from regulating the composition of the atmosphere to driving primary product...

In this episode, we welcome Dr. Rusca, an expert in environmental and social sciences, to discuss the social-environmental implications of climate change-induced droughts in urban areas of Southern Africa. Dr. Rusca draws upon the theoretical insights from critical social sciences to build a scenario predicting the impacts of an unprecedented drought in Maputo. This city epitomizes the highly unev...

In today's episode, we are thrilled to welcome Molly Burkmar (Ph. D. student at the University of Portsmouth), a researcher in cosmology. Molly Burkmar takes us on an in-depth exploration into the dynamics of Friedmann-Lemaître-Robertson-Walker (FLRW) cosmologies consisting of dark matter, radiation, and dark energy with a quadratic equation of state. Molly Burkmar focuses her analysis on non-sing...

Welcome to another enlightening episode where today we're joined by Dr. Yang Bai, who challenges the prevailing assumption in exoplanetary science. In an unconventional proposition, Dr. Bai suggests that some exoplanets could be comprised of dark matter, a hypothesis leading to the concept of "dark exoplanets." Throughout the episode, Dr. Bai explores various methods to detect these hypothesized d...

Welcome to another episode where we dive into the undercurrents of our world's oceans. Today, we're joined by Dr. Galloway, who will share fascinating insights into the ecosystem dynamics of the North American west coast. Recently, a collapse in predatory sunflower sea star (Pycnopodia helianthoides) populations due to Sea Star Wasting Disease (SSWD) has coincided with an explosive proliferation o...

In this engaging episode, Dr. Olguín delves deep into the intricate connection between cardiac metabolism and heart failure, focusing on the crucial role of the enzyme lysine demethylase 8 (Kdm8). Dr. Olguín's groundbreaking research suggests that Kdm8 ensures the smooth functioning of the mitochondrial gene network by suppressing the gene Tbx15, thereby preventing dilated cardiomyopathy, a condit...

In this podcast episode, Dr. Cassak delves into the exploration of energy conversion in weakly collisional and collisionless plasmas that are typically far from local thermodynamic equilibrium (LTE). He challenges the standard approach of focusing solely on changes in internal energy and density, advocating for consideration of higher-order moments of the phase space density for systems not in LTE...

In this podcast episode, Dr. Man Ho Chan presents his intriguing research that provides evidence for the existence of dark matter density spikes around stellar-mass black holes, specifically A0620-00 and XTE J1118+480. His team's work challenges the long-held notion that dark matter forms a density spike around a black hole, which until now lacked solid observational evidence. Their findings, base...

Join us for an insightful conversation with Dr. Sandra Stojić, Dr. Vanja Topić, and Prof. Zoltan Nadasdy as they delve into the fascinating world of time perception and its evolution from early childhood to adulthood. In this episode, they discuss their research on how individuals across different age groups attribute varying meanings to time when comparing durations. They explain their experiment...

In this intriguing episode, we welcome Dr. Efstathiou to discuss his pivotal research on endoplasmic reticulum (ER) homeostasis. The conversation focuses on the endoplasmic reticulum's role in coordinating mRNA translation and processing of secreted and endomembrane proteins. It further explores the mechanisms by which the ER-associated degradation (ERAD) and ER-associated RNA silencing (ERAS) pat...

In this enlightening episode, we're joined by Dr. Liu, a renowned climate scientist, to explore the potentially devastating consequences of the slowing Meridional Overturning Circulation (MOC). Earth system models (ESMs) predict a dramatic decrease in the Atlantic MOC and the Southern MOC by the year 2100. Moreover, we could be facing a complete shutdown of SMOC by 2300. What does this mean for th...

In this stimulating episode, we welcome Dr. Klein, an esteemed cellular biologist, who delves into the intriguing world of mammalian intestinal stem cells (ISCs). The maintenance of tissue integrity largely depends on how stem cells react to changes in niche signals, and ISCs are no exception as they rely on Wnt ligands for self-renewal and proliferation. This delicate balancing act plays a crucia...

In this thought-provoking episode, we are joined by Dr. Alù, a trailblazer in the realm of photonic manipulation, to discuss the fascinating concept of time reflection. Traditionally seen as the uniform inversion of a signal's temporal evolution following an abrupt change in material properties, time reflection has recently become the object of groundbreaking research, propelling us closer to the...

In this illuminating episode, we welcome Dr. Somepalli, a leading authority on diffusion models, as he guides us through the cutting-edge world of image production. Diffusion models are rapidly gaining recognition for their ability to create high-quality and customizable images, making them a powerful tool for commercial art and graphic design. But the question arises: are these models generating...

In this groundbreaking episode, we are joined by Dr. Kirkland, a leading expert in the field of biomedical imaging, who guides us through his trailblazing research on bioluminescence imaging (BLI) in the central nervous system. While BLI has become an indispensable technique in biomedical research, allowing non-invasive visualization of cells and biochemical events in vivo, its application in the...

In this eye-opening episode, we're privileged to have Dr. Watanabe, an esteemed neuroscientist, explore the fascinating mechanics of how children learn. Although it's widely believed that children learn more efficiently than adults, the reasons behind this phenomenon remain less understood. One hypothesis proposes that children rapidly stabilize learning to prevent interference from subsequent lea...

In this revealing episode, we welcome Dr. Niculescu, a leading figure in the field of psychiatry and molecular genetics, to discuss his transformative research in anxiety disorders. Despite their increasing prevalence and the significant impact they have on individuals' lives, anxiety disorders often remain underdiagnosed and inadequately treated, leading to serious adverse life events and potenti...

Join us in this episode as we delve into the complex interplay of genetics and environment on a child's educational achievement with Dr. Rosa Cheesman, a leading researcher in the field of behavioral genetics. There's a prevailing theory that a child's environment, comprised of various levels like parents, school, neighborhood, and municipality, interacts with their genetic propensities, influenci...

This is a new biweekly series discussing AI applications. This session will give an overview of AI in software development: applications, ethics, and impact on jobs and industries.

In this enlightening episode, we invite Dr. Dow, a distinguished glaciologist, to talk about a fascinating yet largely underexplored facet of Antarctica's ice sheet dynamics – its subglacial hydrological systems. The contribution of ice sheets to sea level is significantly influenced by high-pressure water lubricating the base of the ice, thereby accelerating its flow into the ocean. Yet, the proc...