The worry about debates over free will is that they degenerate into semantics -- what do you mean by "free will," really? But there are important substantive issues that shouldn't be ignored. Do people deserve blame for doing wrong things? Can we make choices that create meaning for our lives? Philosopher Gregg Caruso denies the reality of free will, but is in favor of making good choices, as he discusses in his new book How to Live Well Without Free Will. Listen or watch Rolex Planet

Physicists have developed a new mathematical framework describing an exotic space-time crystal—a repeating structure that could become unstable and collapse into a microscopic black hole after receiving only a tiny amount of energy.The theory offers a new way to study critical collapse and may help explain how primordial black holes could have formed shortly after the Big Bang.This episode includes AI-generated content.

Wormholes are one of the most fascinating ideas in theoretical physics, but how much of what we see in science fiction is actually possible? Support us on Pateron :https://www.patreon.com/c/EntropyRising In this episode of Entropy Rising, we take a deep dive into wormholes, from Einstein-Rosen bridges and general relativity to the biggest problems with keeping a wormhole open. We explore what physicists actually say about traversable wormholes, exotic matter, stability, and whether these sh...

Continuiamo così, facciamoci del male è una rubrica che, prendendo spunto dalla celebre frase di Nanni Moretti nel film Bianca, racconta brevi storie di scienziati che hanno messo a repentaglio la propria incolumità per comprendere meglio vari fenomeni. Questa rubrica sostituisce in certi periodi gli Aneddoti del Lunedì. Prodotta dall'Ass. Culturale Atelier. Scritta e realizzata da Alan Zamboni. Sound design: Matteo D’Alessandro. https://www.matteodalessandro.com/ Per chi volesse info sul libro

In dieser Podcast-Folge spreche ich darüber, welche Hypes, Fehlentscheidungen und Denkfehler im industriellen 3D‑Druck derzeit Ressourcen binden, ohne echten Mehrwert zu schaffen. Ich erläutere, warum Wirtschaftlichkeit, klare Anwendungsfälle und das richtige Mindset entscheidender sind als Spielereien, Material‑Sparzwang und technologiegetriebener Aktionismus. Ich zeige auf, wie additive Fertigung strategisch, skalierbar und profitabel eingesetzt werden kann - mit Fokus auf Business‑Case,

What is fire, and why does watching it hold our attention in a different way from scrolling on your phone?Hannah Fry and Michael Stevens start with the science of a flame: why it glows, what its different colours reveal, and why fire is a series of chemical reactions rather than a single substance. Then they travel back to a time before wildfires could burn on Earth, and ask how early humans learned to use and make it. Could keeping a fire alive have helped our ancestors learn to plan and

Hey! I'd love to hear your thoughts, send me a voice note. What if there’s more to the Bible than we’ve been taught to see?In this episode of The Wonder Why, I’m joined by Dror for a conversation about the Bible, Hebrew, and the deeper meanings he believes can be found throughout biblical stories.We talk about why Hebrew can be important when interpreting Scripture, Dror’s perspective on Jesus being a plowman rather than a carpenter, the story of Moses and the rock, and how he believes the New

L’indizio dell’elettrone e del fotone. Quarta parte.Watson e Billie giocano con il sale e il fornelloTrentanovesima 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),

Researchers at Monash University predict a remarkable new state of matter in which bosons and fermions could combine into stable, self-sustaining quantum droplets under extreme conditions.The theoretical work reveals unexpected behavior at strong interactions and could inspire experiments with ultracold atoms to test whether these unusual structures actually exist. The discovery may also offer new possibilities for future quantum technologies.This episode includes AI-generated content.

Los símbolos son parte de la historia de la humanidad. Descubre su origen, su influencia y su importancia a lo largo de los tiempo…………………………………………………..-.———————-

Summary of Topics:Senate hearing JICA (Japan International Cooperation Agency)Health Facilities Enhancement Program Devolution-Transfer of power, authority and responsibility from Central Government to regional or local levels (Hospital, Agriculture & Education)Mga Loan na hindi nabayaranHospitals - budgeting and legislation support and medicine procurementSevere El Niño  preparation, Water Impounding ProjectsPakikiramay Pamilya nina Bernie Ople at Cesar Virata National Land Use Act, Water

Prodotto dall'Ass. Culturale Atelier. Scritta e realizzata da Alan Zamboni. Sound design: Matteo D’Alessandro. https://www.matteodalessandro.com/ Per chi volesse info sul libro “L’atomo sfuggente” questo è il link al sito della casa editrice: https://www.mondadori.it/libri/latomo-sfuggente-alan-zamboni/Il romanzo è disponibile in tutte le librerie e gli store onlinePer sostenerci: https://associazioneatelier.it/Per sostenere il progetto dedicato alla scienza a Parigi e

New breakthroughs in quantum mechanics are pushing scientists closer to controlling phenomena once considered purely theoretical.As researchers overcome microscopic and technological challenges, these discoveries could reshape the future of ultrafast computing, secure communications, and quantum technologies. A glimpse into how fundamental physics is beginning to move toward real-world applications.This episode includes AI-generated content.

In cloud or fog, a runway may remain invisible while an airplane is already aligned with it and descending along a precise path. The airplane is not guessing. Ground transmitters or approved satellite-based procedures provide lateral and vertical guidance. Cockpit instruments show deviations. Trained crews and, on suitably equipped aircraft, automatic systems follow that guidance under strict limits.General aviation education only, not flight instruction, maintenance guidance, or a substitute for

Move a control wheel to the right and the airplane does not slide sideways like a car. One aileron rises, the other lowers, and the unequal lift rolls the airplane. Pull back and an elevator changes the tail's force, rotating the nose. Press a rudder pedal and the vertical tail creates a sideways force that yaws the aircraft. General aviation education only, not flight instruction, maintenance guidance, or a substitute for approved manuals and trained professionals. Sources and further reading: -

A jet engine cannot begin by simply spraying fuel into a motionless machine and lighting it. Before combustion can support itself, air must already be moving through the compressor. A starter turns the engine. The compressor begins building airflow. Ignition and fuel are introduced in a controlled sequence. The turbine then extracts enough energy from the hot gas to keep the compressor turning without starter help. General aviation education only, not flight instruction, maintenance guidance, or a

An airplane wing does not stay up because two parcels of air race around it and agree to meet at the back. Air above and below a wing has no such appointment. A wing creates lift because its shape, angle, and motion organize a pressure pattern and turn a moving stream of air. The air changes direction. The wing feels an opposing force. That force can support the airplane. General aviation education only, not flight instruction, maintenance guidance, or a substitute for approved manuals and trained

In this episode, Nathan Radke and Shelly are joined by Lee Kuhnle to discuss the last few months of 1983. Today you should celebrate Stanislav Petrov Day (September 26) and not participate in a nuclear simulation.

New results from CERN’s ALICE experiment are revealing how gluons behave inside atomic nuclei at extremely small scales.By studying J/ψ particles produced at high energies, researchers found evidence that challenges traditional models and points toward gluon saturation—a state where these particles become extraordinarily dense and interact collectively. The findings offer a new glimpse into the strong force and the hidden structure of visible matter.This episode includes AI-generated content.