Selling through "reflections": mirror neurons and anthropomorphic advertisements.

S. Mitra, A. Kavoor
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Abstract

It is well recognized that the brain is uniquely tuned to detect ani- macy automatically and that human infants start demonstrating this ability to preferentially track moving objects very early in life. By 18 months, a human child probably knows about 'mental states' (Pineda, 2005). Serendipitous discovery in this regard, of special kind of neu- rons in the F5 sector of the ventral premotor cortex (Rizzolatti, Lup- pino, & Matelli, 1988) of macaque monkeys, led to newer insights into the phenomenon. They have been termed the mirror neurons and they form a network involved in the automatic understanding of the motor acts performed by others (Rizzolatti, Luppino, & Matelli, 1988). � Refineddatapointtowardsanextremelycomplexfunction� of this system. Two main cortical networks with mirror properties have been described in humans: the parieto-frontal mirror system involved in recognition of voluntary behavior, and limbic mirror system in recognition of affective behaviour (Cattaneo & Rizzolatti, 2009). It has been reported that observation of motor acts performed by others causes 'subliminal motor activation' (Fadiga, Craighero, & Olivier, 2005) in respective cortical areas in observer's brain, in a way as if she is actually involved in the task, without inducing obvious movements. Called the "simulation theory", it assumes that this ability enables the observer to "experience" sensations, movements and emotions associated with others' acts as if they were her own (Cattaneo & Rizzolatti, 2009). It has been hypothesised that this mirror neurons system is essential to the successful organization and functioning of human society; for ability to attribute mental states to others and predict their intentions and for "having a theory of mind" (ToM) (Cattaneo & Rizzolatti, 2009).This system has also been shown to facilitate 'learning by imitation', with an increase in the plasticity of the motor cortex (Catmur, Walsh, & Heyes, 2007) for such tasks. they are projected as being successful, happy or complacent. While watching these, viewer feels "as if" she is a part of the scene, with her motor cortex activated in a fashion which simulates her experiencing the phenomenon. Associated pleasures (soothing music, beautiful depiction of nature, feeling of bliss or being successful) are transmitted across media interface and are then integrated, perhaps unconsciously, with the product. Thus she "realizes" how beautiful life would be if she had the product, and repeated realizations on her part strengthens this association through Pavlovian learning and probably through modulation in brain plasticity. Gradually, product becomes an integral part of her daily well-being, and she decides to buy it. Thus the point is made, and the product is sold.
通过“反射”进行销售:镜像神经元和拟人化广告。
众所周知,大脑具有独特的自动侦测方位的能力,人类婴儿在生命的早期就开始展示这种优先追踪移动物体的能力。到18个月大的时候,人类的孩子可能知道什么是“精神状态”(Pineda, 2005)。在这方面,在猕猴腹侧运动前皮层的F5区偶然发现了一种特殊的新神经元(Rizzolatti, Lup- pino, & Matelli, 1988),导致了对这一现象的新见解。它们被称为镜像神经元,它们形成一个网络,参与对他人执行的运动行为的自动理解(Rizzolatti, Luppino, & Matelli, 1988)。“细化数据指向这个系统的一个极其复杂的函数”。在人类中,有两个主要的具有镜像特性的皮质网络被描述为:参与识别自愿行为的顶叶-额叶镜像系统,以及识别情感行为的边缘镜像系统(Cattaneo & Rizzolatti, 2009)。据报道,观察他人的运动行为会导致观察者大脑皮层相应区域的“阈下运动激活”(Fadiga, Craighero, & Olivier, 2005),在某种程度上,就好像她实际上参与了任务,而没有引起明显的运动。该理论被称为“模拟理论”,它假设这种能力使观察者能够“体验”与他人行为相关的感觉、动作和情绪,就好像它们是她自己的一样(Cattaneo & Rizzolatti, 2009)。据推测,镜像神经元系统对人类社会的成功组织和运作至关重要;将心理状态归因于他人并预测其意图的能力,以及“拥有心理理论”(ToM) (Cattaneo & Rizzolatti, 2009)。该系统还被证明可以促进“模仿学习”,增加运动皮层的可塑性(Catmur, Walsh, & Heyes, 2007)。他们被描绘成成功、快乐或自满的人。在观看这些视频时,观众会觉得自己“仿佛”是场景的一部分,她的运动皮层以一种模拟她经历这种现象的方式被激活。相关的快乐(舒缓的音乐、对自然的美好描绘、幸福的感觉或成功的感觉)通过媒体界面传播,然后可能无意识地与产品结合在一起。因此,她“意识到”如果她有了这个产品,生活将是多么美好,而她的反复意识通过巴甫洛夫学习,可能通过大脑可塑性的调节,加强了这种联系。渐渐地,产品成为她日常生活中不可或缺的一部分,她决定购买它。这样,这个观点就被提出了,产品也就卖出去了。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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