This episode features a conversation with Professor Adrian Moore. We begin with Professor Moore’s background and a discussion of what philosophy and metaphysics are. The conversation then looks at the evolution of modern metaphysics and the distinction between analytic and non-analytic philosophy. We discuss Immanuel Kant and the limits of knowledge, followed by Kurt Gödel, his theorem, and the Goldbach conjecture, including some of the philosophical repercussions of Gödel’s work. The episode al

In this episode, Genia Schoenbaumsfeld explains the Ethics of Doubt project, which studies the relationship between skepticism and virtue epistemology. We explore how doubt functions in belief formation, including Søren Kierkegaard’s idea that doubt arises from anxiety, and discuss Ludwig Wittgenstein’s ideas such as picture theory and language games. We also talk about intellectual courage and curiosity as virtues that help protect us from misinformation.

The podcast explores consciousness through Integrated Information Theory (IIT) and Dr. Barrett’s view that science can support a form of spirituality. Dr Barrett explains the notion of eternalism, the idea that past, present, and future all equally exist, and discusses how these ideas relate to meditation, death, illusionism, panpsychism, and broader questions about the nature of the universe and consciousness.

In this episode, we explore chaos and nonlinearity in biological systems with Professor Leon Glass. We discuss what it means for a system to be nonlinear, how differential equations and oscillations help model complex biological behaviour, and how to distinguish deterministic chaos from randomness. Professor Glass shares insights from his journey in nonlinear dynamics, explains how mathematical models reveal hidden structure in physiology, and reflects on education, curiosity-driven exploration,

In this episode, Prof. Gerard J. Milburn explores the foundations of quantum mechanics—wave function collapse, measurement, and the meaning of the observer—before connecting these ideas to spacetime, irreversibility, and the relational nature of time. The conversation then moves into quantum technologies, revealing how quantum computers differ fundamentally from classical machines, why they can achieve dramatic efficiency gains, and what entirely new possibilities they may unlock. Prof. Milburn