HeartMath is a contemporary, scientific, coherent model of heart intelligence. The aim of this paper is to review this coherence model with special reference to its implications for artificial intelligence and robotics. Various conceptual issues, implications and challenges for AI and robotics are discussed. In view of seemingly infinite human capacity for creative, destructive and incoherent behaviour, it is highly recommended that designers and operators be persons of heart intelligence, optimal moral integrity, vision and mission. This implies that AI (...) and robotic design and production should be continuously optimized through vigilant and appropriate human and material quality control procedures. Evidence is provided for some value and effectiveness of the HeartMath coherence model in this context. (shrink)

The HeartMath system refers to various methods, tools and techniques developed by the HeartMath Institute, a global research and educational organization. Working from an interdisciplinary, scientific foundation, the institute has adopted a coherence model to promote its vision and mission of education and health. This model is based on empirical, predominantly natural scientific foundations. Although many, rigorous studies have provided a substantial evidence base of the science and praxis of personal, social and global coherence, the actual coherence experience (...) has not yet been investigated. To address this gap in the HeartMath research evidence, this heuristic phenomenological investigation was organized into three phases, with the goal of eliciting the essential structure of the coherence experience. The first phase consisted of a quantitatively orientated review of the author’s personal HeartMath practice records, with special focus on examples of highest coherence levels and achievement scores, as measured on HeartMath instruments, and as available on Heart Cloud records. In the second qualitatively orientated phase, ten selected descriptions, perceived to be good examples of coherence experiences, were synthesized into an essential review summary. The third, pilot study, phase explored the actual coherence experience of ten consecutive HeartMath sessions, varying with regard to context, duration, time, place and manner of practice. Essential summary findings of the coherence experience are discussed with regard to personal, social and global implications for research, education and health promotion. (shrink)

An exploratory pilot study with a small homogenous sample of Christian English speaking participants provided support for an alternative research hypothesis that a Christ consciousness contemplation with Heart Prayer of HeartMath techniques was significantly associated with increasing psychophysiological coherence, sense of coherence, spirituality and health perceptions. Participants described feelings of a peaceful place in oneness and connection with Christ. Integrative findings point towards Christ consciousness as an ultimately non-dual process of sensing vibrational resonance radiating from the human heart. Implications (...) for further research are discussed. (shrink)

International lockdown and social distancing as a response to COVID-19 indicate planetary interconnectedness. This South African case study compared global coherence, healing meditations using HeartMath Global Coherence and Inner Balance electronic applications before and during a 3-week lockdown period. Methodology integrated quantitative and qualitative components. Findings revealed significant meditation coherence and achievement increases and significant correlational cluster patterns between meditation data and global coherence increases, magnetometer readings. Local and global healing phenomena, dynamics, mechanisms and implications are discussed.Contribution: This article (...) represents research within a paradigm in which the intersection of philosophy, religious studies, social sciences, humanities and natural sciences generate an interdisciplinary, multidisciplinary and transdisciplinary contested discourse. (shrink)

Heart rate variability (HRV), the change in the time intervals between adjacent heartbeats, is an emergent property of interdependent regulatory systems that operate on different time scales to adapt to challenges and achieve optimal performance. This article briefly reviews neural regulation of the heart, and its basic anatomy, the cardiac cycle, and the sinoatrial and atrioventricular pacemakers. The cardiovascular regulation center in the medulla integrates sensory information and input from higher brain centers, and afferent cardiovascular system inputs to adjust heart (...) rate and blood pressure via sympathetic and parasympathetic efferent pathways. This article reviews sympathetic and parasympathetic influences on the heart, and examines the interpretation of HRV and the association between reduced HRV, risk of disease and mortality, and the loss of regulatory capacity. This article also discusses the intrinsic cardiac nervous system and the heart-brain connection, through which afferent information can influence activity in the subcortical and frontocortical areas, and motor cortex. It also considers new perspectives on the putative underlying physiological mechanisms and properties of the ultra-low-frequency (ULF), very-low-frequency (VLF), low-frequency (LF), and high-frequency (HF) bands. Additionally, it reviews the most common time and frequency domain measurements as well as standardized data collection protocols. In its final section, this article integrates Porges' polyvagal theory, Thayer and colleagues' neurovisceral integration model, Lehrer et al.'s resonance frequency model, and the Institute of HeartMath's coherence model. The authors conclude that a coherent heart is not a metronome because its rhythms are characterized by both complexity and stability over longer time scales. Future research should expand understanding of how the heart and its intrinsic nervous system influence the brain. (shrink)

The ability to alter one’s emotional responses is central to overall well-being and to effectively meeting the demands of life. One of the chief symptoms of events such as trauma, that overwhelm our capacities to successfully handle and adapt to them, is a shift in our internal baseline reference such that there ensues a repetitive activation of the traumatic event. This can result in high vigilance and over-sensitivity to environmental signals which are reflected in inappropriate emotional responses and autonomic nervous (...) system dynamics. In this article we discuss the perspective that one’s ability to self-regulate the quality of feeling and emotion of one’s moment-to-moment experience is intimately tied to our physiology, and the reciprocal interactions among physiological, cognitive, and emotional systems. These interactions form the basis of information processing networks in which communication between systems occurs through the generation and transmission of rhythms and patterns of activity. Our discussion emphasizes the communication pathways between the heart and brain, as well as how these are related to cognitive and emotional function and self-regulatory capacity. We discuss the hypothesis that self-induced positive emotions increase the coherence in bodily processes, which is reflected in the pattern of the heart’s rhythm. This shift in the heart rhythm in turn plays an important role in facilitating higher cognitive functions, creating emotional stability and facilitating states of calm. Over time, this establishes a new inner-baseline reference, a type of implicit memory that organizes perception, feelings, and behavior. Without establishing a new baseline reference, people are at risk of getting “stuck” in familiar, yet unhealthy emotional and behavioral patterns and living their lives through the automatic filters of past familiar or traumatic experience. (shrink)