Science Society

In this riveting episode, Dr. Schwartz takes us on a journey into the intricate world of chemical element mapping—a tool vital for understanding complex materials. Traditional X-ray fluorescence methods, while powerful, are hampered by slow speeds and resolution constraints. Dr. Schwartz introduces a game-changing approach, leveraging computational ghost imaging and compressed sensing to sidestep...

In this compelling episode, we join Dr. Molla as she delves into the controversial and widely-debated practice of microdosing with LSD. Amidst the backdrop of a psychedelic renaissance in mental health, thousands assert that taking minimal amounts of LSD can elevate mood and sharpen cognitive prowess. But is there scientific weight behind these claims? Dr. Molla walks us through her meticulous dou...

Join us on a deep dive into the world of generalized anxiety disorder (GAD) with Dr. Khalsa. This episode unravels the intricacies of how our body perceives internal sensations, especially during heightened moments of anxiety. Why do some individuals feel their heart race or breath quicken more intensely than others? Using a groundbreaking study, Dr. Khalsa investigates how those with GAD respond...

Mutation has long been understood as a random force in evolution. But what if we've had it wrong all along? In today's intriguing episode, we're joined by renowned evolutionary biologists Dr. Weigel and Dr. Monroe to challenge this long-held notion. Journey into the microscopic world of the plant Arabidopsis thaliana, a model organism in plant genetics, as our guests unveil their groundbreaking re...

Predicting what comes next is an innate human ability honed through our lifetime of experiences. Imagine hearing a siren and instinctively looking for an ambulance; this seemingly simple act involves intricate brain functions and neural mechanics. In today's episode, we journey into the depths of these mechanisms with Sounak Mohanta, an expert at the intersection of neuroscience, machine learning,...

In a world where fungal pathogens wreak havoc on global food production, understanding their arsenal is of paramount importance. Enter the mysterious realm of Magnaporthe oryzae, a notorious fungal attacker, with Dr. Krasileva, our esteemed guest for today's episode. Dive deep as we navigate the vast universe of the fungal pathogen's secreted proteins. Dr. Krasileva unravels her team's ambitious e...

This episode delves deep into the fascinating world of brain responses to traumatic stress with esteemed expert, Dr. Daniela Kaufer. Earning her B.Sc . from the Technion Israel Institute of Technology and her Ph. D. from the Hebrew University of Jerusalem, Dr. Kaufer has passionately navigated her academic journey, culminating in her role as Principal Investigator at UC Berkeley. Beyond her remark...

Synthetic biology and bioengineering provide the opportunity to create novel embodied cognitive systems (otherwise known as minds) in a very wide variety of chimeric architectures combining evolved and designed material and software. These advances are disrupting familiar concepts in the philosophy of mind, and require new ways of thinking about and comparing truly diverse intelligences, whose com...

Individuals are constantly exposed to microbial organisms that may or may not colonize their gut microbiome, and newborn individuals assemble their microbiomes through a number of these acquisition events. Since microbiome composition has been shown to influence host physiology, a mechanistic understanding of community assembly has potentially therapeutic applications. In this paper we study micro...

Delve into the innovative world of brain imaging with Dr. Field as we discuss the latest breakthroughs in noninvasive optical brain imaging tools. The traditional TD-fNIRS system, a benchmark in optical brain imaging, has seen limited adoption due to its complex design and high costs. Dr. Field introduces us to the Kernel Flow, a game-changer that promises to democratize access to high-quality bra...

In a groundbreaking episode, Dr. Dumke and his colleagues challenge the boundaries separating quantum mechanics and biological systems, two realms often seen as incompatible. Taking center stage is the tardigrade—a microscopic marvel known for its resilience against harsh conditions. Dr. Dumke's team leverages the tardigrade's unique ability to enter cryptobiosis, unveiling its potential to couple...