Tom Campbell Explains the Mandela Effect, Virtual Reality and the Nature of Consciousness

Tom Campbell is a physicist who began researching altered states of consciousness with Bob Monroe at Monroe Laboratories in the early 1970s. These early, drug-free, consciousness pioneers helped design experiments, developed the technology for creating specific altered states, and were the main subjects of study all at the same time. He has been a serious explorer of the frontiers of reality, mind, consciousness, and psychic phenomena for the last forty years and continuing. In 2003, he published the My Big TOE trilogy which represents the results and conclusions of his scientific exploration of the nature of existence. The MBT reality model explains metaphysics, spirituality, love, and human purpose at the most fundamental level, provides a complete theory of consciousness and solves the outstanding fundamental physics problems of our time, deriving both relativity theory and quantum mechanics from first principles – something traditional physics cannot yet do.

#PouredOver: Ed Yong on AN IMMENSE WORLD

AN IMMENSE WORLD is the delightful new book from The Atlantic staff writer Ed Yong, and he joins us on the show to talk about meeting animals on their own terms, the connection between Jane Austen and mice, peacocks and The Bee Gees; how hearing is also a kind of touch and how deer-like creatures transformed into whales; his pandemic puppy and his literary inspirations (including Mary Roach) and much more, with Poured Over’s host, Miwa Messer. And we end this episode with TBR Topoff book recommendations from Marc and Becky.

The Neuroscience of Consciousness – with Anil Seth

Professor of Cognitive and Computational Neuroscience Anil Seth looks at the neuroscience of consciousness and how our biology gives rise to the unique experience of being you.

Anil provides an insight into the state-of-the-art research in the new science of consciousness. Distinguishing between conscious level, conscious content and conscious self, he describes how new experiments are shedding light on the underlying neural mechanisms in normal life as well as in neurological and psychiatric conditions.