Custom laser-carved diamond optics are revolutionizing high-energy X-ray microscopy by delivering unprecedented brightness and razor-sharp clarity. Researchers can now peer inside solid computer chips and live operating batteries at the nanoscale without cutting them open.

Does space travel make astronauts younger? Professor Hannah Fry and Michael Stevens explore Einstein’s twin paradox, time dilation and NASA’s famous Twins Study with astronauts Scott and Mark Kelly. After Scott Kelly spent 340 days aboard the International Space Station, he returned milliseconds younger than his identical twin. But microgravity had also affected his eyesight, bones, blood, gut microbiome, body temperature, genes and telomeres. So what exactly happens to the human body in

O que pequenos espaços invisíveis no asfalto podem revelar sobre a resistência e a durabilidade das nossas rodovias?Neste episódio do **INCT-Infra pelo Mundo**, conversamos com **Estefania Concepción Gomez de la Fuente Duarte**, estudante de Engenharia Civil da **Universidad Nacional de Asunción**, no Paraguai.Orientada pelo professor **Dr.-Ing. Alejandro Quiñonez**, Estefania pesquisa o efeito do volume de vazios no comportamento das misturas asfálticas. Ao longo da conversa, ela explica como essa

Researchers have uncovered new insights into the irreversibility of quantum entanglement using a special class of quantum states called flower states.The study reveals a significant gap between the entanglement that can be extracted and the resources needed to create it, establishing new limits on how quantum entanglement can be manipulated. The findings could deepen our understanding of quantum information and resource theory.This episode includes AI-generated content.

¿Qué hace una estrella cuando se jubila? Después de pasar buena parte de su vida fabricando energía, una estrella como el Sol acaba dejando atrás un pequeño y extraordinario cadáver estelar: una enana blanca. Ya no hay reacciones nucleares que la sostengan y, sin embargo, la gravedad no consigue aplastarla. En este episodio descubrimos qué la mantiene en pie, qué tienen que ver con ello el principio de exclusión de Pauli y la presión de degeneración de los electrones, por qué existe el famoso límite

Imagine a concept so simple you learnt about it in primary school, but so complex that you can earn a $1 million prize for solving a problem related to it. It’s puzzled the greatest mathematical brains for thousands of years, and there are computers solely dedicated to it. I’m talking about prime numbers. But why are they such a big deal - after all it's just a name for a certain type of number, so why are we so obsessed with them over other numbers? Well it’s actually so complex that this is going

To kick off Season 2 of Through the Lens, we meet Stefania Oliveri, researcher at FEMTO-ST, and discover the world of cleanrooms.In this episode, Stefania explains what working in a cleanroom really means: maintaining and repairing equipment, helping researchers learn how to use it, keeping the environment under control… and everything else that goes on behind the experiments.She also introduces us to thin films, exploring how these very thin layers of material are used in optics and photonics

Contamos la historia de sor María Jesús de Ágreda. Éxtasis, mediunidad, visiones, bilocaciones y enigmas en torno a la llamada Dama azul—————————————————————————-

Summary of Topics:Flood control scandalDAP - Disbursment Acceleration ProgramJustice process Too much Importation Personal renewable energy Barangay (election, officials &  qualification)

In questa puntata della rubrica Geni Impolverati si racconta di uno dei personaggi più ambigui e complessi della chimica. Fritz Haber: Genio o Mostro? La sua è una storia che interseca meandri e oscurità dell'animo umano.La versione estesa (in formato video) di questo podcast la potete vedere abbonandovi a BERLIN, la prima città uscita per il progetto In10cities.Produzione: Atelier APS. Scritta e realizzata da Alan Zamboni.Canaòe youtube: https://www.youtube.com/@curiussSound design: Matteo

Science writer and journalist Marcus Chown returns for a shorter, more philosophical chat. When Einstein first proposed gravitational waves, atoms hadn't even been discovered, so who knows what the next century holds? We dig into the strange idea of the universe's "mathematical twin," and discuss the Standard Model of physics - a brilliant framework, but riddled with holes. www.marcuschown.com

Un nuevo avance con lentes de diamante talladas a láser permite mirar dentro de baterías y microchips con detalle nanométrico. Descubre cómo los rayos X de alta energía finalmente pueden tomar imágenes súper nítidas sin destruir los objetos.

Researchers at the Tokyo University of Science have discovered microscopic particles that can behave in ways that appear to violate Newton’s third law.Under electric fields, unequal particle interactions create a self-sustaining “chasing” motion, preventing static clusters and producing dynamic structures that constantly break apart and reorganize. The discovery could help explain collective behavior in biological systems and enable new generations of microrobots.This episode includes AI-generated

L’indizio dell’elettrone e del fotone. Terza parte.Watson e Billie vanno a pesca di fotoniTrentasettesima puntata de Il taccuino del Dr. Watson serial, un podcast di Franco Bagnoli ed Enrico Solìto, liberamente tratto dall’omonimo libro di Franco Bagnoli, Apice Libri 2017.La voce del narratore è di Enrico Solìto.Gli attori sono, in ordine di apparizione: Alessandro Bonacasa (Il professore), Diletta Lombardi (La Fisica), Stefano Giugni (Ispettore MacKinnon), Giuliana Di Bari (Billie), Andrea Fantini

REAL FAIRY ENCOUNTER: His Bread Mixer Attachment Disappeared... Then It Mysteriously ReturnedIn this episode of Fascinating Fae, I speak with Thomas from North Carolina—a man who has never really had much interest in fairies or the fae.But that doesn't mean the fairies weren't interested in him.Like so many of the stories in Season Two of Fascinating Fae, this conversation came about through my ongoing search for compelling stories of object communication between human beings and unseen

What if the old saying “a watched pot never boils” wasn’t just a kitchen myth, but a literal law of the subatomic realm? In this episode of Quantum Physics for Kids, Subatomic Tanvi breaks down the mind-boiling Quantum Zeno Effect - a bizarre phenomenon where repeatedly observing a particle forces it to freeze its state, playing the ultimate cosmic game of Red Light, Green Light. Discover how hitting the pause button on the universe isn’t just a wild physics trick, but the secret error-correction

Tauchen Sie ein in die faszinierende Welt der Nanofluidik! Wir enthüllen, wie winzige Kanäle das Verhalten von Ionen grundlegend verändern und warum das für unsere Zukunft so wichtig ist. Entdecken Sie, wie man Ionenflüsse präzise steuern kann und welche überraschenden Anwendungen das ermöglicht.

Brad Rothenberg, founder of nTop, argues that engineering recently had its breakthrough moment -- that LLMs that can reason in 3D.We discuss SDFs (signed distance fields) and implicit modeling -- why they may be a better geometric representation for AI than traditional BREPS and debate whether LLMs truly reason or emulate reasoning.We also discuss the future of the CAD incumbents, topology optimization's limits, nTop's pivots, and organizations.