The empathetic mind: the essence of human spirituality

The discovery of mirror neurons has led to some exciting research into the role of the brain and human empathy. Empathy is a significant element in human relationality and, therefore, human spirituality. This article will focus on the links between mirror neurons and human empathy and education. It will then examine how technology may be a factor in causing the erosion of empathy in today’s world, leading to school violence and bullying. It will conclude by offering some guidelines for educational programmes which may lead to the nurturing of children’s empathy.     

Motor imagery ability and internal representation of movement in children with probable developmental coordination disorder

It has been hypothesised that deficits in the functioning of the mirror neuron system (MNS) and internal modelling may contribute to the motor impairments associated with DCD. These processes can be explored behaviourally through motor imagery paradigms. Motor imagery proficiency of children with and without probable DCD (pDCD) was examined using a complex hand rotation task to explore whether motor imagery strategies could be used during more complex tasks. Forty-four boys aged 7–13 years participated, 22 with pDCD (mean = 9.90 years ± 1.57) and 22 controls (mean = 9.68 years ± 1.53). Participants completed the task twice: with and without motor imagery instructions. Stimuli were presented in two rotational axes – palm/back, and eight 45° rotational steps. Both groups showed evidence of following the biomechanical and postural constraints of actual movements. Responses of children with pDCD were slower and less accurate than controls, with group differences increasing alongside task complexity. A greater impact of biomechanical constraints for accuracy was observed in the DCD group. The response characteristics of children with pDCD likely reflects a reduced capacity to mentally manipulate a body schema and reduced visuo-motor processing capabilities. Behaviourally, these processes are linked to MNS and internal modelling function, suggesting deficits in these systems may contribute to the movement difficulties characteristic of DCD.     

FEELING WITHOUT THINKING: LESSONS FROM THE ANCIENTS ON EMOTION AND VIRTUE-ACQUISITION

Abstract: By briefly sketching some important ancient accounts of the connections between psychology and moral education, I hope to illuminate the significance of the contemporary debate on the nature of emotion and to reveal its stakes. I begin the essay with a brief discussion of intellectualism in Socrates and the Stoics, and Plato's and Posidonius's respective attacks against it. Next, I examine the two current leading philosophical accounts of emotion: the cognitive theory and the noncognitive theory. I maintain that the noncognitive theory better explains human behavior and experience and has more empirical support than the cognitive theory. In the third section of the essay I argue that recent empirical research on emotional contagion and mirroring processes provides important new evidence for the noncognitive theory. In the final section, I draw some preliminary conclusions about moral education and the acquisition of virtue.     

The cognitive significance of resonating neurons in the cerebral cortex

Most neural fibers of the cerebral cortex engage in electric signaling, but one particular fiber, the apical dendrite of the pyramidal neuron, specializes in electric resonating. This dendrite extends upward from somas of pyramidal neurons, the most numerous neurons of the cortex. The apical dendrite is embedded in a recurrent corticothalamic circuit that induces surges of electric current to move repeatedly down the dendrite. Narrow bandwidths of surge frequency (resonating) enable cortical circuits to use specific carrier frequencies, which isolate the processing of those circuits from other circuits. Resonating greatly enhances the intensity and duration of electrical activity of a neuron over a narrow frequency range, which underlies attention in its various modes. Within the minicolumn, separation of the central resonating circuit from the surrounding signal processing network separates “having” subjective impressions from “thinking about” them. Resonating neurons in the insular cortex apparently underlie cognitive impressions of feelings.     

Minding the gap between neuroscientific and psychoanalytic understanding of autism

This paper offers an integrative approach to the increasingly complex puzzle of autistic spectrum disorders. The author demonstrates how the work of one group of neuroscientists in Parma, on a special class of brain cells called ‘mirror neurons', and the work of researchers at the University of California in San Diego, applying these findings to the problem of autism, intersect with Frances Tustin's discoveries about the nature, function and meaning of psychogenic autism in children and even autistic states in neurotic adults. Included in the author's considerations are the results of some by now well-known studies conducted by a group of biologists at the University of California at Berkeley in the 1960s on the effects of ‘enriched’ versus ‘deprived’ environments upon the development of the brain, and a study of autistic children diagnosed as brain damaged and treated psychoanalytically at the Paediatric Neuro-Psychiatric Institute of the University of Rome in the 1980s. The author concludes with a coherent picture of various dimensions of autistic phenomenon that may constitute more than just the sum of its parts, and points towards new areas for discussion and study.     

Surfacing the depths: thoughts on imitation,resonance and growth

This paper examines some of the research on imitation that shows it to be much more than simply a behavioural or reflex response, but rather an aspect of the growth of genuine social and psychological interaction and part of an intersubjective process that includes the representation of object relationships. Differentiations between mind, behaviour and emotion may no longer stand up in the light of much of the new neuroscientific and other research of recent years, and the fact that thoughts and feelings have physiological and neuronal correlates. I will look at some of research about ‘mirror neurons’ as a way of trying to bridge such gaps. I will try to integrate some of these thoughts in an extended clinical example of a 4-year-old girl with some autistic features who was seen for intensive psychotherapy. In this I will examine the role of affect attunement, imitation, mirroring and the need to amplify emotional states as part emotional development.     

自闭症碎镜理论之迷思:缘起、问题与前景

自闭症患者在社会沟通和交往障碍上主要涉及社会情感互动缺陷、非语言行为交流缺陷、发展维持和理解人际关系的缺陷。该群体在社会认知过程中潜在自动的直觉成分受损被视为其独特的临床症状。鉴于镜像神经元系统在社会认知的直觉成分上扮演的重要角色,该系统的功能障碍假说(或称"碎镜"理论)被提出并用以解释自闭症的成因及其异常表现。然而,在经历了10年的发展与证据检验后,该理论潜在的问题逐渐暴露。当前的研究显示,迄今为止人类镜像神经元系统的研究存在内在缺陷,镜像神经元系统至多是社会认知的附带原因,该系统功能障碍也并非自闭症患者社会认知障碍的必要条件。碎镜理论面临来自临床行为研究与认知神经科学实验证据的广泛质疑。未来,伴随自闭症研究对象的变化,镜像神经元的社会响应学说的提出,双个体范式、第二人称神经科学范式与计算精神病学的兴起,镜像神经元与自闭症的真正关系将有望得以阐明。     

孤独症碎镜理论述评

孤独症是泛指一大类在社会交往、沟通方面存在功能缺陷的疾病, 至今病因尚未阐明。“碎镜理论”作为孤独症研究领域的新兴理论, 在神经—认知层面较先前理论更为全面地解释了孤独症的各种临床行为表现, 并为这些异常行为间的相互关系提供了一种统一性的研究视角。文章首先对镜像神经元的发现进行了简介, 在此基础上对碎镜理论的由来及其与孤独症相关功能(包括动作识别与模仿、心理理论、共情以及语言理解)缺陷的关系进行了综述, 最后通过区分主动模仿和自动模仿, 就镜像神经元系统及其调控系统与孤独症关系中存在的问题进行了反思与展望。