Path Catalog
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正在从 AllPath API 加载 Path Catalog…
Path Catalog
列表数据实时取自 GET /api/v1/paths，仅包含存在已发布版本的 Path。
共 7800 条 Path · 第 85 / 780 页
This learning path guides psychology students through the foundational concepts and major theories of attention, covering selective and divided attention. It progresses from basic cognitive psychology principles to classic models and their modern extensions, culminating in a comprehensive understanding of how attention operates.
This learning path introduces psychology students to the cognitive foundations of perception, starting with sensation basics and progressing through visual and auditory perception to major theoretical perspectives. It emphasizes the distinction between sensation and perception and the constructive nature of perceptual experience.
This learning path introduces psychology students to the core research methods used in cognitive psychology, including experiments, observations, surveys, and statistical analysis. It builds from foundational concepts in cognitive psychology and research design to practical applications and statistical reasoning, preparing learners to understand and evaluate cognitive research.
This learning path traces the evolution of cognitive psychology from its philosophical roots to the cognitive revolution and beyond. It covers key figures, paradigms, and the shifts that shaped the field, providing a foundational understanding for psychology students.
This learning path introduces high school students to the scope and principles of cognitive psychology. It covers the historical background, core concepts, major cognitive processes, and key research methods, providing a systematic foundation for further study.
This learning path guides neurobiology graduate students through the entire process of producing a thesis, from formulating a research question and designing experiments to mastering data analysis and scientific writing. It covers essential background in neurobiology, research methodology, statistics, and thesis structure, culminating in a well-argued, data-driven thesis ready for defense.
This learning path guides neurobiology students through the essential skills for conducting independent research, from hypothesis generation to scientific reporting. It covers experimental design, data collection and analysis, and culminates in a capstone research project.
This advanced graduate learning path equips students to critically analyze how cultural contexts shape brain and behavior. It integrates foundational anthropology with neurobiological methods, explores cross-cultural variations in cognition and emotion, and addresses ethical implications of culturally informed research.
This learning path equips graduate-level neurobiologists with the knowledge and skills to build a global career, covering foundational neuroscience, international research collaboration, career development, and global health applications. It emphasizes practical skills for networking, funding, and cross-cultural communication within the neurobiology community.
This learning path traces the history of neurobiology from ancient philosophical ideas about the mind to the molecular revolution. It explores key discoveries, pioneering scientists, and technological advances that shaped our understanding of the nervous system.