Cross-Examining the Case for Precognition: Comment on Mossbridge and Radin (2018)
β‘ Contested βπ Appears in:
Plain English Summary
Can people really sense the future? Mossbridge and Radin said yes, and this team -- including a real-deal astrophysicist from Fermi Lab -- fired back with a pointed "not so fast." Their argument hits from two angles. First, the statistical side: the tiny effects found in precognition studies are so small they don't rise above what the authors call the "crap factor" -- basically, the background noise of measurement errors that plague psychology experiments. Plus, the more people you test, the easier it is for standard statistics to declare something "significant" even when nothing real is going on. Second, and this is the heavy hitter, physicist Dan Hooper looked at what we actually know about how the universe works -- relativity, quantum mechanics, the whole toolkit -- and concluded that none of it allows information to travel backward in time. Doing so would break the second law of thermodynamics, one of the most ironclad rules in physics. Instead, the authors suggest that people who report presentiment experiences might just be unusually sensitive to subtle cues and prone to intuitive thinking -- real psychological traits, no time travel required. They lay out three things you'd need to actually prove precognition: experiments that reliably repeat, effects big enough to matter, and a model that doesn't break known physics. A high bar, and they argue precognition hasn't cleared it.
Research Notes
Key skeptical contribution to Controversy #3 (presentiment) and #10 (meta-debate), unique for including a professional physicist's direct assessment of retrocausation claims. Published in the same journal issue as the Mossbridge & Radin target article. Proposes three criteria for establishing precognition: replicable effects, meaningful effect sizes, and physics-consistent explanatory models.
A multidisciplinary commentary challenging Mossbridge and Radin's (2018) case for precognition, co-authored by anomalistic psychologists and Fermi Lab theoretical astrophysicist Dan Hooper. On statistical grounds, the authors argue that extremely small effect sizes in precognition meta-analyses do not exceed the 'crap factor' β systematic measurement artifacts inherent in psychological experiments β and that standard null hypothesis testing is biased toward rejection with increasing sample sizes. On theoretical grounds, Hooper argues that nothing in special/general relativity, quantum mechanics, or quantum field theory permits retrocausal information transfer, and any such mechanism would violate the second law of thermodynamics. The authors propose transliminality and intuitive thinking as conventional neuropsychological explanations for apparent presentiment effects.
Links
Related Papers
Reply To
Also by these authors
More in Skeptical
Cognitive Styles and Psi: Psi Researchers Are More Similar to Skeptics Than to Lay Believers
Searching for the Impossible: Parapsychology's Elusive Quest
False-Positive Effect in the Radin Double-Slit Experiment on Observer Consciousness as Determined with the Advanced Meta-Experimental Protocol
N,N-Dimethyltryptamine and the Pineal Gland: Separating Fact from Myth
Paranormal psychic believers and skeptics: a large-scale test of the cognitive differences hypothesis
π Cite this paper
Houran, James, Lange, Rense, Hooper, Dan (2018). Cross-Examining the Case for Precognition: Comment on Mossbridge and Radin (2018). Psychology of Consciousness: Theory, Research, and Practice. https://doi.org/10.1037/cns0000126
@article{houran_2018_crossexamining,
title = {Cross-Examining the Case for Precognition: Comment on Mossbridge and Radin (2018)},
author = {Houran, James and Lange, Rense and Hooper, Dan},
year = {2018},
journal = {Psychology of Consciousness: Theory, Research, and Practice},
doi = {10.1037/cns0000126},
}