RADIN, Dean

Dean Radin is an American parapsychologist who has served as Chief Scientist at the Institute of Noetic Sciences (IONS) since 2001, where he conducts research into claimed psychic phenomena including telepathy, precognition, psychokinesis, and distant healing. Radin holds a Ph.D. in psychology from the University of Illinois and has worked at various institutions including SRI International, where he participated in government-funded remote viewing research.

Radin's research focuses primarily on experimental investigations of consciousness-related phenomena that challenge conventional scientific understanding. He has published numerous studies claiming to demonstrate statistical evidence for telepathy, precognition, and psychokinetic effects using controlled laboratory protocols, including experiments with random number generators, card-guessing tasks, and physiological measures of distant intention effects.

His most prominent work involves meta-analyses of parapsychological experiments, in which he aggregates data from hundreds of studies to argue for small but statistically significant effects that suggest the existence of psi phenomena. Radin contends that the cumulative evidence from decades of parapsychological research provides compelling proof that consciousness can influence physical systems and access information through non-ordinary means.

However, Radin's conclusions are strongly disputed by mainstream scientists, who argue that his positive results stem from methodological flaws, publication bias, selective reporting, and the failure to account for multiple statistical comparisons. Critics note that parapsychological effects typically disappear under increasingly rigorous experimental conditions and that no proposed mechanism can explain how psi phenomena might work within known physics.

Despite the scientific controversy, Radin has been influential within parapsychology circles and has written several popular books promoting his research findings to general audiences. His work continues to generate debate about the proper application of statistical methods in evaluating extraordinary claims and the standards of evidence required to establish new scientific phenomena.