Vært: Henrik Heide Medvirkende: Mickey Gjerris, phd teologisk bioetik, lektor ved Københavns Naturvidenskabelige fakultet I denne episode Hele spørgsmålet om, hvad vi som individer bør gøre er blevet en fast del af klimadebatten. Hvorfor skal jeg tage på vandretur i Danmark, når en anden jo alligevel køber flysædet til Thailand? Hvorfor skal jeg cykle, når andre sidder og hygger sig i bilens tørvejr? Og ikke mindst - hvorfor skal jeg spise bælgfrugter, mens andre sidder og nyder frikadellen? I

Vært: Henrik Heide Medvirkende: Nina Bauer, madhistoriker og forfatter I denne episode Når der er mangel på madvarer finder vi erstatninger. Vi foretrækker nemlig ringere kvalitet frem for at ændre madvaner. Men når krisen er slut og manglen overstået, hænger vi fast i gamle vaner. Hør om mormormad, savsmuldsmel og madsvindel. Og få den overraskende historie om, hvor stor en omvæltning komfuret egentligt har været for vores liv. Her er første af 24 episoder om fremtidens mad. Hvorfor spiser vi som

As a listener of TOE you can get a special 20% off discount to The Economist and all it has to offer! Visit https://www.economist.com/toeIn this episode, I speak with Matthieu Pageau, author of The Language of Creation. This is a rare (and almost unbelievable) interview. With a high degree of likelihood, I can say that this interview, if watched all the way until the end, will change your life. Pageau argues that Satan is first a function—the tester and accuser—before a villain. Think Job’s

This podcast explores a career in science writing and broadcasting

In Episode 122 of Entangled Things, Patrick is joined by Dr. Marcus Doherty, Co-Founder and CTO of Quantum Brilliance. Together, they explore the frontier of quantum sensing and diamond-based quantum technologies, and examine how building diverse talent pools will shape the future of innovation in this field. Dr. Marcus Doherty CSM is a scientist, educator, entrepreneur and soldier. As an entrepreneur, he is a co-founder and the Chief Scientific Officer of Quantum Brilliance Pty Ltd—the...

With multiple degrees in biology, nutrition, and bodywork, Carrie's relentless enthusiasm to learn has made her one of the leading educators in the emerging field of quantum biology. She combines deep research and clear explanations of the complex quantum mechanisms at play in the human body to teach people how to use light, water, and nature to thrive. Carrie is a sought-after speaker and guest lecturer. She currently sees clients in her online practice. She is also the lead faculty member a...

I’m delighted to welcome Akeelah Bertram and Kevin Lim to this episode of People Doing Physics.Akeelah, a British multi-disciplinary artist and the current Cavendish Arts Science Fellow, creates immersive installations that blend digital and interactive art, performance, creative technology, and sculpture—all with a focus on collective storytelling. Her work often experiments with new modes of communication, crafting experiences that connect people across different locations and contexts.Over the

Felaketler, yangınlar, pandemi, savaşlar… Bir sürü acı, yığınla sorun… Tüm bunlar bizi derin sorgulamalara da itiyor elbette. Teknolojik gelişmelerle birlikte bu sorgulamalar da form değiştirdi tabii ki. Artık yaşadığımız hayatın bir video oyun tasarımcısı tarafından yaratıldığını düşünenler de var. Hiçbir Şey Tesadüf Değil'in bu bölümünde biz de aynı sorgulamayı yapıyoruz. Fizikten felsefeye, bilim kurgudan inanç sistemlerine kadar uzanıp; "Acaba bir oyunun içinde mi yaşıyoruz?" sorusunu kendimize

Comment Meta redéfinit-il l'avenir de la robotique humanoïde?Avez-vous déjà imaginé un monde où un seul logiciel pourrait animer des robots humanoïdes de toutes formes et tailles? Dans cet épisode captivant, nous plongeons dans le projet ambitieux de Meta, connu sous le nom de MetaBot, et explorons comment l'entreprise envisage de transformer le paysage de la robotique. Avec une approche qui défie les conventions traditionnelles, Meta pourrait bien redéfinir les règles du jeu. Mais quels en seraient

Send us a text In this episode, we discuss attending your first big high power rocket launch, what to bring, what to do, what not to do, and things to expect! Above all else, it's important to remember to have fun! There are, however, some things that will help you with that goal. iFixit Mako Screwdriver kit: https://amzn.to/45r3HXF Support the show Follow Braden Here: https://youtube.com/@rocketvlogs https://www.instagram.com/bigb1011 https://www.tiktok.com/@bradencarlson6 Follow Tayl...

In this episode, we dive deep into Semiconductor Electronics, a vital chapter in NEET Physics that bridges theory with practical applications. Starting with the basics of conductors, insulators, and semiconductors, we’ll explain intrinsic and extrinsic semiconductors, charge carriers, and doping. From there, we’ll explore the working of p-n junction diodes, their V-I characteristics, and applications in rectifiers, LED, photodiodes, and solar cells. Special attention is given to logic gates and

In this episode, we demystify the Nucleus – the powerhouse of the atom and a chapter that blends Physics with real-world applications. Starting with nuclear properties like mass, charge, and density, we’ll walk you through concepts of binding energy, mass defect, nuclear stability, and radioactivity. You’ll explore how nuclei gain stability, why certain isotopes undergo alpha, beta, and gamma decay, and how the famous Einstein equation (E = mc²) connects mass and energy. We’ll also cover half-life,

In this episode, we unpack the story of the Atom – from the earliest Plum Pudding model to the revolutionary quantum leaps that shaped modern atomic theory. We’ll trace the journey through Rutherford’s nuclear model, Bohr’s postulates, energy levels, spectra of hydrogen atom, and the quantization of angular momentum. You’ll learn how classical ideas failed to explain atomic stability and how quantum concepts provided the answers. We also cover the mathematical framework of Bohr’s model, including

In this deep-dive session, we unravel the fascinating chapter on the Dual Nature of Radiation and Matter – a key link between classical and modern Physics, and a must-know for NEET aspirants. Beginning with the photoelectric effect and Einstein’s explanation, we explore how light shows both wave-like and particle-like behavior. You’ll also understand de Broglie’s hypothesis, the concept of matter waves, and their applications, including electron diffraction experiments. We simplify important

In this episode, we unleash the power of Wave Optics, taking you from the early debates on the particle vs. wave nature of light to the modern proofs of interference, diffraction, and polarization. We’ll explore the core principles that shape this chapter – Young’s double-slit experiment, conditions for constructive and destructive interference, diffraction at single slits, and polarization of light. You’ll also learn how these elegant wave phenomena translate into NEET-relevant problem types, from

In this episode, we take a deep dive into Ray Optics and Optical Instruments, one of the most important and high-weightage chapters for NEET Physics. Starting from the basics of reflection and refraction, we’ll walk through concepts like total internal reflection, refraction at spherical surfaces, lens formula, and optical power. We also cover the working principles of prisms, microscopes, and telescopes, linking theory to practical applications and exam-relevant problem types. Along the way, you’ll

In this power-packed session, we demystify Electromagnetic Waves (EM Waves) – a short yet scoring chapter in NEET Physics that often gets overlooked. Starting from Maxwell’s equations and the origin of EM waves, we’ll explain how electric and magnetic fields work together to propagate through space. You’ll explore the properties of EM waves, their speed, energy transport, and polarization, as well as the complete electromagnetic spectrum – from radio waves to gamma rays – with emphasis on the parts

In this episode, we dive into Alternating Current (AC) – a chapter that can give you a real edge in NEET Physics. From the basics of AC generation to advanced concepts like LCR circuits, resonance, power in AC, and transformers, we cover everything step by step. You’ll learn how alternating current behaves differently from direct current, how to handle phasor diagrams, impedance, and reactance, and how to apply these concepts to solve NEET-style numerical problems. Along the way, we’ll highlight