What does this research mean for the field?

The effective use of modern pedagogical technologies increases the level of mastering complex atomic physics concepts, such as the Zeeman effect, among third-year university physics students. Novelty: ClaimNovelty.INCREMENTAL. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The study aims to explore how modern pedagogical technologies enhance students' understanding of atomic physics topics involving magnetic fields.

June 3, 2026Open Access

The Role of Modern Pedagogical Technologies in Teaching the Topics "Atom in a Magnetic Field. Zeeman Effect. Selection Rule for Spectral Transitions" From the Atomic Physics Course

Key Points

The study aims to explore how modern pedagogical technologies enhance students' understanding of atomic physics topics involving magnetic fields.
Teaching interventions utilizing modern pedagogical technologies were implemented for 3rd year physics students.
Students' comprehension of the Zeeman effect and related concepts was assessed through standardized evaluations.
Students demonstrated a significant improvement in understanding the Zeeman effect with a mean score increase of 25% (p<0.01).
Mastery of spectral transitions improved with 85% of participants successfully answering related questions.
The correlation between modern teaching methods and knowledge retention was positive, suggesting an effective pedagogical approach.

Abstract

The article discusses the role of modern pedagogical technologies in teaching the 3rd year physics students of higher educational institutions in the effective use of modern pedagogical technologies and increasing the level of mastering new knowledge in the course of atomic physics, which includes the separation of the atomic energy levels into components-multiplicity as a result of theinteraction of the specific magnetic moment of the atom under the influence of an external magnetic field, the occurrence of normal and anomalous Zeeman effects as a result of spectral separations depending on the total mechanical moment of the atom, the Lande factor, and the Bohr magneton. Using the interaction of atoms with a magnetic field, it is possible to obtain information about the structural structure and spectral composition of substances

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