Crystallography in school

Area of Science:

• Crystallography and structural chemistry education.

Background:

• Crystallography and X-ray structure analysis are typically advanced university topics.
• Integrating these subjects into high school chemistry offers significant educational benefits for fundamental concepts.

Purpose of the Study:

• To share experiences and strategies for introducing crystallography to high school students.
• To provide practical examples and methods for teaching crystallographic topics in secondary education.

Main Methods:

• Discussing curricular prerequisites and didactical reduction levels for high school integration.
• Utilizing the Protein Data Bank and Cambridge Structural Database Teaching Subset for lessons.
• Implementing hands-on X-ray diffraction data analysis for structure determination and refinement.

Main Results:

• Demonstrated feasibility of high school students performing structure determination and refinement using examples like aspirin and citric acid.
• Showcased the educational value of using real-world crystallographic databases in chemistry classes.
• Proposed a network scheme to foster crystallographic education in schools.

Conclusions:

• Crystallography can be effectively introduced to high school students, enhancing their grasp of structural chemistry.
• Practical, database-driven, and experimental approaches are key to successful integration.
• Collaboration and networking are crucial for promoting crystallography in secondary education.