Innovation in the Socratic approach used for Neurological testing

This data represents the structure of a mind map on "Six Types of Socratic Questions." It leverages the Mermaid markup language to define the visual layout. The mind map has a central root node labeled "Six Types of Socratic Questions" and branches out to six child nodes, each representing a specific type.

The child nodes are:

Conceptual Clarification Questions
Probing Assumptions
Probing Rationale, Reasons, and Evidence
Questioning Viewpoints and Perspectives
Probing Implications and Consequences
Questioning the Question
Each child node further branches out with specific examples or sub-questions relevant to that particular type of Socratic Question.

The data itself is not the visualized mind map, but rather the code instructions written in Mermaid format that, when processed by a compatible platform, would generate the visual representation.

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Sources info
blog.irisconnect.com/uk/how-to-improve-questioning-skills
pinneyinsurance.com/van-muellers-monthly-newsletter-october-2020/

本数据集呈现了主题为"苏格拉底式提问六大类型"的思维导图结构，采用Mermaid(Mermaid)标记语言定义其可视化布局。该思维导图以"苏格拉底式提问六大类型"作为中心根节点，向外延伸出六个子节点，每个子节点对应一类具体的苏格拉底式提问。

各子节点分别为：概念澄清类问题(Conceptual Clarification Questions)、假设探查类问题(Probing Assumptions)、依据、理由与证据探查类问题(Probing Rationale, Reasons, and Evidence)、观点与视角质疑类问题(Questioning Viewpoints and Perspectives)、影响与后果探查类问题(Probing Implications and Consequences)、对提问本身的质疑类问题(Questioning the Question)。

每个子节点还会进一步延伸出与对应类别苏格拉底式提问相关的具体示例或子提问分支。

本数据集并非可视化完成的思维导图本身，而是采用Mermaid格式编写的代码指令，通过兼容平台执行该代码即可生成对应的可视化思维导图。

数据集来源信息如下：
blog.irisconnect.com/uk/how-to-improve-questioning-skills
pinneyinsurance.com/van-muellers-monthly-newsletter-october-2020/