Psychophysiology Overview

Principles

Definition

Psychophysiology is a scientific field dedicated to investigating the dynamic interplay between psychological processes and physiological responses in humans. It employs non-invasive methods to measure bodily functions in response to mental states, emotions, and behaviors, providing objective insights into the biological correlates of psychological phenomena and their role in behavior and health.

Ontological type

Core Methods

Physiological Systems

Experimental Paradigms

Key developments

Key Figures

Autonomic Multichannel Foundations era

Walter Cannon and Philip Bard anchored the autonomic basis of emotion, guiding the 1948–1965 era toward multichannel measurement by linking visceral states to affective experience. Hans Selye's 1950s general adaptation syndrome highlighted coordinated sympathetic activation, shaping interpretation of galvanic skin response, heart rate, and respiration in psychophysiological studies. William Prokasy and colleagues advanced conditioning paradigms and demonstrated that autonomic responses could be conditioned and measured across multiple channels, including galvanic skin response, heart rate, and respiration. Paul Ekman and colleagues extended the repertoire with facial electromyography to parse discrete affective states, helping establish the multimodal framework that shaped later affective psychophysiology.

Central Peripheral Integration era

Dirk H. Hellhammer [1], associated with State University of New York [3] and Johannes Gutenberg University Mainz [4], exemplifies the Central Peripheral Integration era. Dirk H. Hellhammer [1] contributed to the development of standardized psychophysiological stress protocols, notably the Trier Social Stress Test [6], a controlled laboratory paradigm that enables precise measurement of stress responses and underpins cross-lab comparability in this era. Clemens Kirschbaum [2], associated with State University of New York [3] and Stony Brook University [5], likewise anchors the era's institutional landscape. Clemens Kirschbaum [2] contributed to standardized stress paradigms and psychophysiological assessment through the Trier Social Stress Test [6], reinforcing mechanistic insights and cross-lab reproducibility that defined this period.

Neurovisceral Multimodal Integration era

In the Neurovisceral Multimodal Integration era, Antonio Damasio's somatic marker theory showed how interoceptive bodily states shape cognition and emotion. Stephen Porges' Polyvagal Theory modeled autonomic regulation of social behavior and context-sensitive processing that modulates neural engagement. Thayer and Lane's Neurovisceral Integration Model tied heart rate variability to prefrontal–limbic network control of emotion and executive function, reflecting neuromodulatory influence on behavior. More recent work by Lisa Feldman Barrett on predictive interoception and constructed emotion, together with Aston-Jones and Cohen on locus coeruleus–pupil dynamics and adaptive gain, illustrate the multimodal links between brain, autonomic states, and perception.