Novedades

The universe is vast—unfathomably so. It stretches beyond our imagination, a seemingly infinite tapestry of galaxies, stars, and planets, each potentially harboring its own secrets. Among these cosmic mysteries, one question looms large over our species: Are we alone? For decades, scientists have combed the skies for signs of intelligent life—searching for radio signals, scanning the electromagnetic spectrum, and pointing laser arrays into the void. Yet, despite the most advanced technologies and tireless efforts, the silence has been deafening.

Have you ever questioned reality? Not in the abstract, philosophical way, but in the eerie, spine-tingling moments when the world just doesn’t seem quite right? Like when a stranger says exactly what you were thinking. When the same numbers keep following you. When time seems to skip. Or when you look in the mirror and wonder: am I real—or just playing a role I didn’t choose?

Every physicist agrees quantum mechanics is among humanity's finest scientific achievements. But ask what it means, and the result will be a brawl. For a century, most physicists have followed Niels Bohr's solipsistic and poorly reasoned Copenhagen interpretation. Indeed, questioning it has long meant professional ruin, yet some daring physicists, such as John Bell, David Bohm, and Hugh Everett, persisted in seeking the true meaning of quantum mechanics. What Is Real? is the gripping story of this battle of ideas and the courageous scientists who dared to stand up for truth.

Il team di Spritz e Scienza:crazyjimmy [Cocktail Creator]Fabiano De Masi [Capo Dipartimento Battute]Marius Pelix [Ufficiale Scientifico]Spritz Advisor:Un salto vertiginoso nel passato, quando la matematica si faceva con le mani e la logica scorreva tra le dita.In questo trip torniamo alle origini del pensiero numerico: tra sassolini, dita, tacche sugli ossi e soprattutto abachi, veri e propri antenati dei calcolatori.L’umanità impara a contare, ordinare, sommare… dall’osso di Ishango all’abaco cinese, scopriamo che calcolare era prima di tutto un atto fisico, visivo, concreto: vedere,...

Voor de derde keer hebben we een bezoeker van buiten in ons zonnestelsel kunnen betrappen. De vorige twee hadden we ook al besproken in deze podcast, dus het is mijns inziens wel logisch om nummer drie ook met u te bespreken.1I/2017 U1 (‘Oumuamua) is Hot: Imaging, Spectroscopy, and Search of Meteor Activity:https://authors.library.caltech.edu/83727/1/Ye_2017_ApJL_851_L5.pdfA Case Study of Interstellar Material Delivery: α Centauri:https://iopscience.iop.org/article/10.3847/PSJ/adb1e93I/ATLAS:https://en.m.wikipedia.org/wiki/3I/ATLASDiscovery and Preliminary Characterization of a Third ...

In the second half of her conversation with independent scholar Jared Morningstar, Sr. Ilia Delio explores how religion might evolve in light of today’s ecological and cultural disruptions. Drawing from Islamic philosophy, metamodernism, and process thought, Ilia and Jared consider what it means to reimagine religion in a world shaped by uncertainty, pluralism, and accelerating technology.Together they ask: Can an ecological worldview renew religious imagination? What is metamodernism, and how might it offer a new spiritual framework for global society? And as science and tech continue to ...

以对话的形式对科普，历史，心理学，哲学等经典书籍内容做剖析解读。 Powered by Firstory Hosting

Time’s supposed to be this fixed thing, right? Tick, tock, tick, tock. But sometimes a minute drags like an hour, and other times whole afternoons vanish inside a song.In this episode, I dive into the strange relationship between time and music — how Einstein bent it, how GPS depends on it, and how musicians constantly stretch it, break it, and make it matter.We’ll talk rubato, tabla, syncopation, grief, memory, silence — and why maybe music doesn’t just live in time… maybe it is time.Come slow down with me. Or speed up. Let’s see what tempo time is really keeping.

Eine Welt ohne Physiker wäre möglich, aber unberechenbar. Zum Glück geht es in Staffel 12 weiter mit diesen drei: Moderator Jens Schröder entdeckt mit den Physikern Michael Büker und Johannes Kückens neue Wissensschätze. Und weil ja genau genommen ALLES Physik ist, darf die Themenwahl wieder gewohnt bunt aussehen: Es geht auf Tour zu den allerbesten Planeten-Reisezielen und an den Beginn des Atomzeitalters. Wir bewegen uns mit Schallgeschwindigkeit durch Cappuccino und werfen einen wissenschaftlich gestützten Blick auf den Ursprung von allem – und auch auf unseren Frühstücksteller.

Ever heard of string theory, general relativity, or the Riemann Hypothesis and thought, “What in the world are they even talking about?” You’re not alone—and this book is your shortcut through the fog. "The Hardest Stuff Simplified" breaks down some of the most complicated ideas in the universe—from quantum field theory to philosophy of consciousness—and makes them not just understandable but actually fun. With metaphors, humor, and a sharp instinct for clarity, JJ walks you through the kind of topics that usually live in dusty college textbooks and brings them to life. You don’t need a PhD.

This is a theoretical physicist's grand tour of how life emerged on Earth and, perhaps most importantly, how human civilization will begin expanding beyond our home planet. According to Dr. Adriana Marais, living on more than one planet is an inevitability of becoming a more advanced society, but the process of getting there will provide us with the essential tools for better stewardship of our own. Humanity has always looked up at the night sky and wondered what lies beyond our world.

Dive into the enigmatic realms of subatomic particles with The Quantum Exodus, a groundbreaking exploration of the universe's most perplexing phenomena. This captivating book unravels the mysteries of quantum mechanics, offering listeners an exhilarating journey through the invisible world that governs all matter. From the eerie paradoxes of entanglement to the mind-bending possibilities of parallel universes, The Quantum Exodus bridges the gap between complex scientific theories and the curious mind.

What if everything we know about time is wrong? What if time doesn’t move in one direction? What if it’s not even the same everywhere in the universe? Quantum Time invites you to explore one of the biggest mysteries of all—what time really is. In our daily lives, time feels simple. It moves forward. Clocks tick. We grow older. But in the strange world of quantum physics, time doesn’t always follow these rules. It can stretch, bend, stop, or even reverse. Some scientists believe time isn’t a fixed thing at all. It may just be something that appears when tiny particles interact in special ways.

Was könnte da der Sinn des Lebens sein? Der Wissenschaftsinfluencer Tim Vollert hat darauf eine faszinierende Antwort, und die liegt in der Physik. Auf seiner spannenden Reise vom Urknall bis zum Kältetod des Universums erklärt er nicht nur die Physik des Kosmos, sondern auch die Biologie hinter der Entstehung des Lebens.

Hello everybody, welcome to Explaining Engineering I am your host Charlie Sridhara and on this show we will be talking about all things engineering ranging from the inner workings of a car to a toothbrush, spaceship, power tools, basically really anything engineering. With all these topics and so much more I will be delving deep into them telling you about the cool facts to the important design principles used for these engineering marvels. I love explaining these things to others so I will try my best to explain all these topics in simple terms for all my listeners to be able to understand ...

La fisica quantistica raccontata con il rock (e viceversa)

This podcast discusses the history of scientific thought and tells stories about the greatest scientific discoveries and the scientists who made them. There may also be an inordinate amount of Xennial-related references thrown in along the way. Episodes will be released every two weeks on Fridays! Thanks for listening.

This book describes the history, development, and science behind one of the biggest breakthroughs of this century: The Spinning Charged Ring Atomic Model. The model is based entirely on classical physics, and therefore doesn't require Quantum Theory, hundreds of sub-atomic particles, imaginary forces, Heisenberg Uncertainty, or dark energy to explain its operation. Every part of the spinning-ring model has a cause-and-effect basis in the theories of electromagnetism derived from Maxwell's Equations. Electromagnetism is the only force required to explain its construct and operation. 1. The ...

Have you ever yearned to rewind the clock, to fix a past mistake or relive a perfect moment? This profound desire is a universal human instinct, but what if it were more than just a dream? The Time Traveler's Handbook is a deep and practical investigation into one of humanity's oldest and most defining obsessions: the quest to control time itself. This journey takes you from the fantastical machines of science fiction to the stunning realities of theoretical physics. Learn how Albert Einstein's revolutionary theories first cracked the door to real possibility, and explore the speculative ...