1st Edition

Why Are We Conscious? A Scientist’s Take on Consciousness and Extrasensory Perception

By David E.H. Jones Copyright 2017
268 Pages
by Jenny Stanford Publishing

268 Pages
by Jenny Stanford Publishing

There are two huge gaps in scientific theory. One, the contradiction between classical and quantum mechanics, is discussed in many publications. The other, the total failure to explain why anything made of atoms (such as ourselves) can be conscious, has little acknowledgement. The main thesis of this book is that to be conscious at all, you need an unconscious mind. The author explores the idea... Read more

Introduction

The Physical World

Life and Its Information

The Unconscious Mind

Methods in Physical Science: Feelings Don’t Matter

Methods in Paranormal Science: Feelings Do Matter

The Physical Properties of the Unknown World Outside Our Diving Bell

Physical Effects of the Unconscious Mind and the Unknown World 1

Observed Effects of the Unconscious Mind and the Unknown World 2

Observed Effects of the Unconscious Mind and the Unknown World 3

Observed Effects of the Unconscious Mind and the Unknown World 4

Unscientific but Widespread Human Beliefs

Organizations and Unusual People

Mediumship, the Societies for Psychical Research, and Star Guessers

Getting Information from the Unknown World by Insight and by Writing

Getting Information from AI

Technical Questions from AI

Concluding Remarks

Biography

David E. H. Jones is a British chemist and author, best known for his columns starting in the mid-1960s under the pen name Daedalus in New Scientist. He also continued to write for Nature and the Guardian for many years. He published two books with columns from these magazines, along with additional comments and implementation sketches: The Inventions of Daedalus: A Compendium of Plausible Schemes (1982) and The Further Inventions of Daedalus (1999). He has worked in academia, industry and television. Jones’s most notable scientific contribution as Daedalus is possibly his prediction of hollow carbon molecules before buckminsterfullerene was made, and long before its synthesizers won the Nobel Prize for the discovery of fullerenes. Beyond Daedalus, in scientific circles he is perhaps best known for his study of bicycle stability, his determination of arsenic in Napoleon’s wallpaper, and for having designed and flown an experiment to grow a chemical garden in microgravity. In 2009 a documentary film about his work and inventions, Perpetual Motion Machine, was made and shown at the Newcastle Science Festival, 2010.