Showing results by narrator "Anthony Peake" in All Categories

Do you occasionally have that strange feeling known as déjà vu? Do you sometimes feel that you know what is going to happen next? Do you ever have a strong feeling that actions you are about to take are the right (or wrong) thing to do? This audiobook proposes a simply amazing theory - a theory that states that personal death is a scientific impossibility. Using the latest findings of neurology, quantum physics, and consciousness studies, Anthony Peake suggests that we never die.

In The Daemon: A Guide to Your Extraordinary Secret Self, Anthony Peake proposes that people consist of not one but two separate consciousnesses - everyday consciousness and that of The Daemon, a higher being that seems to possess knowledge of future events. Drawing upon phenomena such as déjà vu and near-death experiences, he explores the ways that our Daemon breaks through into our consciousness and can subconsciously impact upon our decisions.

In The Labyrinth of Time, Anthony Peake explores the relationship between consciousness and reality, and in the process puts forward an amazing hypothesis that can explain many enigmatic phenomena, including déjà vu, precognition, near-death experience, and altered states. It features a cutting-edge account of modern time theory covering time slips, precognitive dreams, and the elasticity of time during moments of extreme stress, near-death experience, and certain stages of hypnotic trance.

In this mind-expanding book, Anthony Peake reveals an extraordinary model of life after death—one that brings together ideas from ancient philosophy, neuroscience, quantum physics, and consciousness studies and manages to explain a number of seemingly mysterious experiences such as precognition, déjà vu, synchronicity, near-death experiences, and out-of-body experiences. It is called Cheating the Ferryman. This book is a much-awaited follow-up to Peake's internationally best-selling Is There Life After Death?, which introduced his revolutionary model.