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Harm Thermodynamics

Understanding workplace pressure systems through the lens of thermodynamic principles

"A rigorous academic framework for analyzing how harm moves through organizational systems"

Academic Foundation

This guide is built upon rigorous academic research and established frameworks in workplace advocacy and systems theory.

The Harm Thermodynamics Lexicon

An Integrated Dictionary for Advocacy and Systems Strategy - This foundational work provides the theoretical framework and terminology that underpins this guide's approach to understanding workplace pressure systems and harm distribution.

Publication Details

Author:
Sarah Ailish McLoughlin
Publisher:
The Index Line
Location:
Brisbane, Australia
ISBN:
978-1-923549-15-9
Version:
1.0 Edition

How This Framework Shapes This Guide

🌡️

Thermodynamic Model

Applies heat transfer principles to understand how workplace pressure and harm move through organizational systems.

📚

Lexicon Integration

Uses established terminology to provide precise language for describing complex workplace dynamics.

🎯

Systems Strategy

Focuses on structural solutions rather than individual resilience in addressing workplace harm.

This guide democratizes complex academic research, making it accessible for practical application in workplace advocacy and personal understanding.

The Harm Thermodynamics Lexicon is licensed under Creative Commons and available for academic and advocacy use.

Core Concepts

Understanding the fundamental principles that drive harm distribution in organizational systems

Pressure Systems

How organizational pressure builds, moves, and affects different levels of the system hierarchy.

Heat Transfer

The mechanisms by which workplace stress and harm move between individuals and departments.

Equilibrium States

Understanding healthy vs. harmful organizational equilibriums and intervention points.

Insulation Systems

Protective mechanisms that prevent harm distribution and maintain system health.

Critical Points

Identifying system thresholds where small changes can lead to significant improvements.

System Efficiency

Optimizing organizational processes to reduce harmful pressure while maintaining productivity.

Practical Applications

How harm thermodynamics principles translate into actionable strategies for workplace improvement

Individual Level

Personal boundary setting, recognizing pressure patterns, and developing effective advocacy strategies.

Team Level

Creating protective team cultures, managing collective stress, and building support systems.

Organizational Level

System-wide policy changes, structural improvements, and cultural transformation initiatives.

This framework provides the scientific foundation for evidence-based workplace advocacy