Periodic Table of Mind Elements: A Qualum Approach

This article introduces the qualum approach, a framework that draws an analogy to quantum theory to explain metaphysical aspects of reality, particularly consciousness and subjective experience. The authors propose a Periodic Table of Mind Elements, modeled on chemistry's periodic table, which categorizes mental elements such as intelligence, emotions, and values. They argue that metaphysical reality follows a patterned structure composed of "qualum," conceptual units representing cognitive phenomena, and that these elements interact, cohere, or counterbalance one another. The article engages with psychological and philosophical themes including emotional intelligence and the problem of evil. The Delphi method was used to validate the proposed concepts.

Study at a glance

Abstract

While quantum theory has significantly advanced our understanding of the physical world—describing fundamental particles and their interactions—it remains limited in addressing metaphysical dimensions such as consciousness, feeling, and other subjective experiences. To bridge this conceptual gap, this article introduces the qualum approach, a novel framework designed to explain the fundamental elements of metaphysical reality, particularly those related to the human mind. Drawing an analogy to quantum principles in physics, the qualum framework posits that metaphysical reality follows a patterned structure composed of “qualum”—conceptual unit representing cognitive phenomena. Central to this study is the development of a Periodic Table of Mind Elements, modeled after the periodic table in chemistry, which categorizes mental elements such as intelligence, emotions, and values. This model aims to demonstrate how these elements interact, cohere, or counterbalance one another, offering a structured model of the human psyche. By analyzing the approach, the article further engages with broader psychological and philosophical themes, including emotional intelligence and the problem of evil. Delphi method was used to validate the proposed concepts.