Site • RSS • Apple PodcastsDescription (podcaster-provided):
As fascinating as physics can be, it can also seem very abstract, but behind each experiment and discovery stands a real person trying to understand the universe. Join us at the Cavendish Laboratory on the first Thursday of every month as we get up close and personal with the researchers, technicians, students, teachers, and people that are the beating heart of Cambridge University’s Physics department. If you want to know what goes on behind the doors of a Physics department, are curious to know how people get into physics, or simply wonder what physicists think and dream about, listen in!Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):
➤ Cavendish Laboratory profiles • physicists, technicians, students career paths • interdisciplinary research • particle physics/CERN • astrophysics, radio cosmology, telescopes/JWST • quantum optics/materials • bio/medical physics • computing, machine learning, software/security • science communication, outreach, arts–science links • entrepreneurship, tech transferThis podcast, produced by the Cavendish Laboratory at the University of Cambridge, offers conversations that foreground the people behind physics research, teaching, and technical work. Across the episodes, guests describe how they entered physics (often via non‑linear routes), what their day-to-day work involves, and how they navigate the realities of academic and research life, from motivation and setbacks to collaboration and career pivots.
A recurring focus is the breadth of modern physics and its intersections with other domains. Listeners hear about research spanning particle physics and CERN experiments, quantum optics and ultracold atoms, machine learning for materials discovery, nanotechnology and instrumentation, optoelectronics and photovoltaics, biological and biomedical physics, and astrophysics and cosmology—from galaxy evolution to radio astronomy and next-generation telescope projects. The podcast also highlights translation of research into real-world applications through entrepreneurship, patents, and spin-outs, alongside themes of technology transfer, standardisation, and industry partnerships.
The series regularly explores communication and public engagement—through education initiatives, outreach platforms, writing, media work, and science performance—as well as the roles that support physics beyond principal investigators, including laboratory technicians, cleanroom management, and undergraduate teaching labs. Another thread is interdisciplinarity with the arts, featuring collaborations that connect physics with music, sound, installation art, dance, and broader cultural inquiry, reflecting on different ways of knowing and creating. Broader personal dimensions—identity, representation, faith, work–life balance, and even combining elite sport with doctoral research—round out a portrait of what it means to “do physics” in a major research department.
