Site • RSS • Apple PodcastsDescription (podcaster-provided):
Dr. Ben Tippett and his team of physicists believe that anyone can understand physics. Black Holes! Lightning! Coronal Mass Ejections! Quantum Mechanics! Fortnightly, they explain a topic from advanced physics, using explanations, experiments and fun metaphors to a non-physicist guest. Visit the website to see a list of topics sorted by physics field.Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):
➤ Accessible physics explainers • quantum computing, entanglement, decoherence • particle physics: neutrinos, muons, strong force, Higgs, dark matter • astrophysics/cosmology: stars, galaxies, black holes, supernovas, big bang, heat death • gravitational waves detectors • space science, materials, imaging techniquesThis podcast is a conversational science show that aims to make advanced physics understandable to non-specialists. Episodes typically pair working physicists with a guest from outside academia—often writers, comedians, musicians, or other podcasters—who helps steer the discussion with questions. The tone is explanatory and analogy-driven, with an emphasis on building intuition while still engaging seriously with complex ideas.
Across these episodes, a major theme is modern astrophysics and cosmology: how stars live and die, how galaxies evolve, what we can learn from the cosmic microwave background, and how the universe may end. The show frequently explores extreme objects and phenomena such as black holes, neutron stars, supernovae, and the ways supermassive black holes influence their host galaxies. It also spends substantial time on gravitational waves, including how they’re produced, how they can be detected, and what new detector concepts might reveal.
Another recurring focus is particle and quantum physics, including neutrinos, muons, quarks and the strong force, potential dark matter candidates, and foundational quantum ideas like entanglement, coherence, decoherence, and interpretations of quantum mechanics. Alongside “what” and “why,” the podcast often highlights “how we know,” digging into experimental methods and instrumentation—interferometry, telescope techniques, imaging pipelines, particle experiments, and sensing technologies used in labs and observatories.
The content also branches into planetary science and materials/condensed-matter topics, discussing worlds in the solar system, the properties of glass, superconductivity, magnetic phenomena, and resonance-based measurement methods. Some installments are dedicated to answering listener questions that extend or revisit earlier concepts.
