neurogram

简明释义

英[/ˈnʊroʊˌɡræm/]美[/ˈnʊroʊˌɡræm/]

n. 记忆痕迹；印迹

英英释义

单词用法

同义词

反义词

例句

1.Three stages are involved for explaining the new neurogram approach.

这里分成三步骤来解释此新的神经图方法。

2.Instead of both approaches, neurogram is used as a main analytical tool in this paper for identifying musical chords.

相对于这两者，本文提出使用神经图来做为判别音乐和弦的主要分析工具。

3.Instead of both approaches, neurogram is used as a main analytical tool in this paper for identifying musical chords.

相对于这两者，本文提出使用神经图来做为判别音乐和弦的主要分析工具。

4.After the experiment, we analyzed the neurogram (神经图谱) to understand cognitive functions better.

实验结束后，我们分析了 neurogram (神经图谱)，以更好地理解认知功能。

5.The doctor explained that the neurogram (神经图谱) could help identify areas of the brain affected by trauma.

医生解释说，neurogram (神经图谱) 可以帮助识别受创伤影响的大脑区域。

6.Therapists may refer to a neurogram (神经图谱) to tailor treatments for patients with neurological disorders.

治疗师可能会参考 neurogram (神经图谱) 为患有神经系统疾病的患者量身定制治疗方案。

7.The neurogram (神经图谱) revealed unexpected patterns in brain activity during sleep.

该 neurogram (神经图谱) 显示了睡眠期间大脑活动的意外模式。

8.Researchers are using a neurogram (神经图谱) to map the connections between different neurons in the brain.

研究人员正在使用 neurogram (神经图谱) 来绘制大脑中不同神经元之间的连接。

作文

In the realm of neuroscience, the term neurogram refers to a representation of neural activity that encodes information processed by the brain. This concept is essential for understanding how our brains interpret stimuli and form memories. The brain operates through complex networks of neurons, which communicate via electrical impulses. When we experience something, whether it be a sound, a sight, or even an emotion, our neurons fire in specific patterns. These patterns create a neurogram, which serves as a blueprint for how we understand and respond to the world around us. For instance, when we hear a song that we love, the auditory information is processed by various parts of the brain, including the auditory cortex. As we listen, neurons in these areas activate, creating a unique neurogram that represents that particular piece of music. This neurogram not only helps us recognize the song but also evokes emotions associated with it, such as joy or nostalgia. Thus, neurograms play a critical role in our ability to recall memories and associate feelings with different experiences.Moreover, the study of neurograms has significant implications for various fields, including psychology, education, and even artificial intelligence. In psychology, understanding how neurograms work can help therapists develop better strategies for treating conditions like PTSD or anxiety. By analyzing the neurograms associated with traumatic memories, therapists can help patients reframe their experiences and reduce the emotional impact of those memories.In education, insights into neurograms can inform teaching methods. For example, knowing that certain patterns of neural activity are linked to successful learning can lead educators to adopt techniques that align with these patterns. This could involve using music, visuals, or interactive activities to stimulate the brain in ways that enhance memory retention and understanding.The potential applications of neurograms extend into the realm of artificial intelligence (AI) as well. Researchers are exploring how to create AI systems that mimic human neural processing. By developing algorithms that replicate the way neurograms encode and retrieve information, scientists aim to build smarter AI that can learn and adapt in a manner similar to the human brain. This could revolutionize industries such as healthcare, where AI could assist in diagnosing diseases based on patterns of neural activity.In conclusion, the concept of neurogram is vital for understanding the intricate workings of the human brain. It encapsulates how we process information, form memories, and connect emotionally with our experiences. As research continues to uncover the mysteries of neurograms, we stand on the brink of advancements that could enhance mental health treatments, improve educational outcomes, and even lead to breakthroughs in artificial intelligence. The exploration of neurograms not only enriches our understanding of the brain but also opens new avenues for innovation across multiple disciplines.

在神经科学领域，术语neurogram指的是编码大脑处理信息的神经活动的表现形式。这个概念对于理解我们的大脑如何解读刺激和形成记忆至关重要。大脑通过复杂的神经元网络运作，这些神经元通过电信号进行交流。当我们经历某种事物时，无论是声音、视觉还是情感，我们的神经元以特定的模式发射。这些模式创建了一个neurogram，它作为我们理解和回应周围世界的蓝图。例如，当我们听到一首喜欢的歌曲时，听觉信息会被大脑的不同部分处理，包括听觉皮层。当我们聆听时，这些区域的神经元会激活，创建一个独特的neurogram，代表这首特定的音乐。这个neurogram不仅帮助我们识别这首歌，还唤起与之相关的情感，比如快乐或怀旧。因此，neurograms在我们回忆记忆和将感觉与不同经历联系起来的能力中发挥着关键作用。此外，研究neurograms对心理学、教育甚至人工智能等多个领域具有重要意义。在心理学中，理解neurograms的工作原理可以帮助治疗师制定更好的治疗策略，以应对创伤后应激障碍（PTSD）或焦虑等状况。通过分析与创伤记忆相关的neurograms，治疗师可以帮助患者重新构建他们的经历，减少这些记忆的情感影响。在教育领域，对neurograms的深入了解可以为教学方法提供指导。例如，知道某些神经活动模式与成功学习相关，可以促使教育工作者采用与这些模式相一致的技术。这可能涉及使用音乐、视觉或互动活动来刺激大脑，以增强记忆保留和理解。neurograms的潜在应用还扩展到人工智能（AI）的领域。研究人员正在探索如何创建模仿人类神经处理的AI系统。通过开发复制neurograms编码和检索信息方式的算法，科学家们旨在构建更智能的AI，使其能够以类似人脑的方式学习和适应。这可能会彻底改变医疗等行业，在这些行业中，AI可以根据神经活动模式协助诊断疾病。总之，neurogram的概念对于理解人脑的复杂运作至关重要。它总结了我们如何处理信息、形成记忆以及与经历情感连接。随着研究继续揭示neurograms的奥秘，我们站在了可能改善心理健康治疗、提高教育成果甚至推动人工智能突破的边缘。对neurograms的探索不仅丰富了我们对大脑的理解，还为多个学科的创新开辟了新途径。