Sir Roger Penrose

Roger Penrose, a brilliant physicist and mathematician from the University of Oxford, dives into the intriguing intersections of consciousness, computation, and the universe. He argues against viewing consciousness purely as computation, asserting that it's a deeper phenomenon. The conversation touches on quantum mechanics, its challenges, and the role of microtubules in consciousness. They also break down the philosophical implications of infinity and the cosmos, engaging listeners in a profound exploration of existence and understanding.

In a fascinating conversation, Sir Roger Penrose, a renowned mathematician and Nobel Laureate, delves into the profound nature of reality and the universe. He reflects on his journey through physics and mathematics, highlighting the role of chance encounters in shaping his ideas. Penrose presents his contrarian views on quantum mechanics, arguing it is incorrect rather than incomplete, and discusses gravity's significant role in state reduction. With insights on consciousness and a rich historical perspective, he challenges conventional thinking in science.

Join mathematical physicist Roger Penrose, 2020 Nobel Prize winner, and anesthesiologist Stuart Hameroff as they probe the mysterious ties between consciousness and quantum physics. They discuss whether consciousness could precede biology, explore the potential role of microtubules in brain function, and examine the implications of quantum coherence for decision-making and free will. This engaging conversation challenges listeners to rethink traditional neuroscience models and consider how quantum mechanics might reshape our understanding of awareness.

Sir Roger Penrose, a celebrated physicist and mathematician, discusses his groundbreaking contributions to theoretical physics, including Twister theory and cyclic cosmology. He critiques quantum mechanics, arguing for a reevaluation of its foundational principles while exploring its relationship with consciousness. Delving into the complexities of space-time, he highlights the challenges of merging gravity with quantum mechanics. Personal anecdotes enrich the scientific discourse, offering insights into his academic journey and the evolving nature of research in physics.

Sir Roger Penrose, a Nobel laureate renowned for his work in general relativity, teams up with theoretical physicist Ivette Fuentes, an expert in quantum optics. They dive into the intriguing Ron Folman T-cubed experiment, debating the equivalence principle in quantum mechanics. Penrose discusses how gravity influences wavefunction collapse and the nature of gravitons. Fuentes sheds light on atom interferometry and the challenges of testing gravity in quantum systems, making for a fascinating exploration of the intersection between quantum physics and gravity.