Linked from

The 37 pages that link to Predictive processing, each with the reason it gives.

• PerceptionRelated: It explains perception as an ongoing exchange between predictions and incoming signals.

• PsychosisRelated: It models how misweighted expectations and sensory evidence might contribute to unusual beliefs or perceptions.

• Embodied cognitionRelated: Its perception-action cycles offer a computational account compatible with bodily engagement.

• HallucinationRelated: Overweighted predictions may produce perception-like experiences when incoming evidence is insufficient.

• DelusionRelated: It models how distorted expectations or evidence weighting might sustain unusual beliefs.

• Cognitive scienceRelated: It proposes a shared mechanism for perception, learning, and action.

• ImaginationRelated: It offers a framework for how imagined scenes draw on the same generative processes as perception.

• Functional neurological disorderRelated: It is one proposed account of how expectations and sensory signals can shape symptoms.

• CognitionRelated: It explains perception as an interaction between expectations and sensory evidence.

• MisdirectionRelated: Predictions help explain why people interpret ambiguous actions in expected ways.

• BlindsightRelated: It offers one approach to explaining how weak visual signals can shape action without clear awareness.

• Mental representationRelated: It treats perception as the construction and revision of predictions about sensory input.

• Philosophy of mindRelated: It links perception and cognition to active inference about the world.

• Mental modelRelated: It explains how internal models can guide perception and change when predictions fail.

• Near-death experienceRelated: It offers a framework for how disrupted sensory input could yield vivid, coherent experiences.

• ParanoiaRelated: It offers a framework for studying how expectations of danger shape interpretations of ambiguous events.

• Sensory processingRelated: It explains sensory interpretation as an interaction between incoming evidence and prior expectations.

• Jump scareRelated: A scare can overturn the scene viewers expect to continue.

• Mental imageryRelated: It offers a broader account of how internally generated representations interact with perception.

• MoodRelated: It offers one account of how bodily signals and expectations may shape mood.

• PareidoliaRelated: Expectations can shape which interpretation wins when sensory evidence is incomplete.

• Phenomenal consciousnessRelated: It describes how perceptual contents are constructed, a process that theories connect to conscious appearance.

• SentienceRelated: It describes perception as an active process that may shape felt experience.

• Psychedelic experienceRelated: It offers a framework for understanding how psychedelics may loosen ordinary expectations.

• Uncanny valleyRelated: Some explanations attribute unease to violated expectations about human appearance or behavior.

• Conversion disorderRelated: Some accounts use prediction and attention to explain how symptoms can persist without structural injury.

• DerealizationRelated: It offers a framework for considering how altered expectations or sensory weighting might change felt reality.

• Altered state of consciousnessRelated: It offers one account of how altered expectations can transform perception and self-experience.

• ApopheniaRelated: It offers a framework for how expectations may shape interpretations of ambiguous input.

• Language and thoughtRelated: It offers a framework for asking how linguistic expectations may guide perception.

• Folk psychologyCompared with: It offers a mechanistic account of behavior that need not use everyday mental-state categories.

• Psychogenic non-epileptic seizureRelated: Predictive-processing models help explain how symptoms can arise without deliberate control or epileptic activity.

• Mind (mental faculty)Related: It proposes a common computational principle for perception, action, and cognition.

• NeurolinguisticsRelated: Language studies test whether the brain predicts words and structures before they arrive.

• Language (cognitive faculty)Related: Prediction helps explain how language comprehension proceeds amid incomplete or ambiguous input.

• NeuroestheticsRelated: It offers a framework for how expectation and surprise shape aesthetic experience.

• Phantom vibration syndromeRelated: Phone-checking expectations can shape how ambiguous sensations are interpreted.