For some evangelical Christians, attributing mental illness to demonic forces can offer a sense of meaning, while for others, it creates harmful barriers to medical care. A recent qualitative study published in Spirituality in Clinical Practice outlines how these widespread spiritual explanations act as a double-edged sword for individuals experiencing psychological distress. The research indicates that integrating religious beliefs with standard psychiatric care may be a safer path forward for many faith communities.
Religion frequently shapes how people interpret their physical and mental health. Psychologists recognize that religious frameworks offer a primary system for individuals to make sense of the world around them. By relying on theological teachings, people construct meaning around their personal suffering. This process of religious meaning construction can influence health outcomes in both positive and negative directions.
Within evangelical Christianity, foundational teachings often emphasize the active existence of spiritual forces. This includes the belief that angels, demons, and other supernatural entities directly influence the physical world. This worldview can lead to the belief that spiritual forces cause human ailments, including severe psychological distress.
After decades of intense research, surprises in the realm of semiconductors—materials used in microchips to control electrical currents—are few and far between. But with a pair of published papers, materials engineers at Stanford University debut a promising approach to using a well-studied semiconductor to improve infrared light-emitting diodes and sensors. They say the approach could lead to smaller, sleeker, and less expensive infrared technologies for environmental, medical, and industrial uses.
“We taught an old dog new tricks,” said senior author Kunal Mukherjee, an assistant professor of materials science and engineering at the Stanford School of Engineering, putting the work’s importance in perspective. “The so-called IV–VI materials we’re working with—lead selenide and lead tin selenide—are more than a hundred years old. They are among the oldest semiconductors historically recorded. We found a way to integrate them with modern technology to produce a new type of infrared diode and to control the infrared light in important ways.”
The new diode emits infrared light in a desirable range of longer wavelengths (4,000–5,000 nanometers) good for sensing gas in the air (think greenhouse gases in the sky) or in medical settings (think carbon dioxide meters).
Today’s episode on Redefining Medicine features Ronald Klatz, MD, DO. As Founder and President of the American Academy of Anti-Aging Medicine, and leading authority in the field of anti-aging, Dr. Klatz has helped pioneer the exploration of new therapies and treatments for the prevention of chronic disease, and other disorders associated with aging. Dr. Klatz has also been instrumental in founding the National Academy of Sports Medicine, and continues to provide oversight for continuing medical education programs, activities, and publications. #antiaging #regenerativemedicine #wellness #sportsmedicine #Innovation #wellness #functionalmedicine
A physics grad student waltzed away with the top prize in the 2026 Dance Your PhD contest.
Dance is the art of human movement. It combines motion and spin, energy and balance, synchronization and cadence. Many of these concepts are familiar to physicists—even those who might panic at the mere thought of being on a dance floor. Sofia Papa can give a lesson or two on the connections between physics and dance. A physics graduate student and professional dancer, Papa won the top prize this month in the annual Dance Your PhD contest, run by the journal Science. In the winning video, she and six other dancers mimic the internal workings of a piezoelectric, a type of material that turns atomic movement into electricity.
Papa has always loved dancing. “It was my first way to express myself,” she says. For several years now, she has complemented her physics education with dance training. While the dancing has served as a break from the rigors of studying, she has also used it as a way to work through difficult physical concepts. “I’ve always needed something creative to help understand complex ideas,” she says.
Scientists at Oregon Health & Science University have uncovered a previously unknown system of internal “trade winds” that help cells rapidly move essential proteins to the front of the cell, reshaping how researchers understand cell migration, cancer spread and wound healing.
The discovery, published in Nature Communications, reshapes what researchers thought they knew about how cells direct proteins to the right place at the right time.
For decades, biology textbooks have taught that free-floating proteins inside cells move mainly by diffusion, drifting randomly until they happen to reach their destination. But the new study shows that cells don’t leave this to chance. Instead, they create targeted streams of fluid that push essential proteins toward the cell’s leading edge, where movement and repair begin.
LigandForge generates 150,000 peptide drug candidates in 3 minutes — a million times faster than existing methods, unlocking a tsunami of possible treatments.
A man with no medical background used ChatGPT, AlphaFold, and Grok to design a custom mRNA cancer vaccine for his dying dog — and her biggest tumor shrank 75%.
Meanwhile, scientists discovered a single protein that literally spreads aging through your bloodstream. These stories are each incredible on their own. But the big story is the implications for curing aging.
In this deep dive, I break down how these three breakthroughs fit together, what peptides and mRNA vaccines actually are (and how they’re different), and why this moment might be the most important inflection point in the history of drug design.
The age of custom AI cures isn’t coming. It’s here.
With the movie project hail mary just out a few days back, we are here to discuss the alien species and the spaceships that appeared in the movie. If you have seen the trailer, you would know what Rocky is, but here we will discuss in detail about his species and two others that are key to the story.
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It’s impressive when 3D visualization work finds use in diverse fields, including science and education. One example of such a project is a 3D visualization of a cranium showcased by a Physiotherapist.
The 3D model is a web-based 3D morphometry and simulation platform for the cranium and cranio-cervical junction, which performs landmark-based measurements on STL/GLB models, applies localized mesh deformation, and generates simulations using patient-derived CSV data.
The real-time 3D visualization is powered by Three.js. The model allows for a wide range of cross-sectional analysis and measurement workflows. According to the creator, the visualization might be used in academic research, anatomy studies, simulations for surgical planning, education, and more. You can find more details in Physiotherapist’s X/Twitter thread.
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Project Hail Mary opened in theaters last week, introducing the world to Rocky, the alien creature whose friendship with the main character, Ryland Grace, forms the heart of the story. Rocky quickly became a fan favorite of readers of the book, partly because of the extensive research and imagination put into the creature by the author, Andy Weir. In today’s video, I have Andy Weir join me to break down everything you could possibly want to know about Rocky, from his (not so) fictional planet to his crazy anatomy. It’s a masterclass in speculative biology that will amaze amaze amaze you.
Check out the Oldest and Newest Places posters, now on sale! https://laughsmarter.com/collections/.… to support the channel? Here’s how: Patreon: / answerswithjoe Channel Memberships: / @joescott T-Shirts & Merch: https://laughsmarter.com Book of Mysteries: https://a.co/d/0gRx0qvM Documentary: https://nebula.tv/oldestnewest Check out my 2nd channel, Joe Scott TMI: / @joescott-tmi And my podcast channel, Conversations With Joe: / @conversationswithjoe You can listen to my podcast, Conversations With Joe on Spotify, Apple Podcasts, Google Podcasts, or wherever you get your podcasts. Spotify 👉 https://spoti.fi/37iPGzF Apple Podcasts 👉 https://apple.co/3j94kfq Google Podcasts 👉 https://bit.ly/3qZCo1V Follow me at all my places! Instagram: / answerswithjoe TikTok: / answerswithjoe Facebook: / answerswithjoe Twitter: / answerswithjoe TIMESTAMPS 0:00 — Intro 3:15 — About The Eridani System 7:10 — Morphology 18:04 — Crystal Brain 20:44 — Digestion 24:19 — Circulation/Musculature/Dormancy 28:37 — Communication 35:00 — How They Brought Rocky to Life 38:16 — Sponsor — Incogni.
Humans excel at transmitting ideas, skills, and knowledge across generations, and at building on those competencies in a cumulative manner. James Rilling, Professor of Psychology at Emory University, explores how the transmission of our cumulative culture is assumed to depend on both language and mental perspective-taking, or theory of mind. If humans have specialized abilities in these domains, we must have neurobiological specializations to support them. Our research has used comparative primate neuroimaging to attempt to identify such specializations. The arcuate fasciculus is a white matter fiber tract that links Wernicke’s and Broca’s language areas. It is known to be involved in multiple, high level linguistic functions such as lexical semantics, complex syntax, and speech fluency. Using diffusion weighted imaging and tractography, we have demonstrated human specializations in the size and trajectory of the arcuate fasciculus that may partially explain human linguistic abilities. Theory of Mind depends on a set of cortical regions that belong to a neural network known as the default mode network that is functionally connected, highly active at rest, and deactivated by attention-demanding cognitive tasks. We and others have used functional neuroimaging to show that chimpanzees and other primates appear to have a default mode network that is similar to that of humans. However, the non-human primate default mode network seems to have weaker connectivity between certain key nodes, suggesting that these connections could play a role in human theory of mind specializations. Recorded on 02/27/2026. [3/2026] [Show ID: 41329]
Explore More Science & Technology on UCTV (https://www.uctv.tv/science) Science and technology continue to change our lives. University of California scientists are tackling the important questions like climate change, evolution, oceanography, neuroscience and the potential of stem cells.
UCTV is the broadcast and online media platform of the University of California, featuring programming from its ten campuses, three national labs and affiliated research institutions. UCTV explores a broad spectrum of subjects for a general audience, including science, health and medicine, public affairs, humanities, arts and music, business, education, and agriculture. Launched in January 2000, UCTV embraces the core missions of the University of California — teaching, research, and public service – by providing quality, in-depth television far beyond the campus borders to inquisitive viewers around the world.
