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This study aims to analyze the effect of the Quantum Learning model using miniature terrarium media to improve science learning outcomes in grade V of SD Negeri 104202 Bandar Setia. The type of research used is a pre-experimental method with a One Group Pretest-Posttest design . The subjects in this study were 21 students in class VC who were determined through non-probability sampling techniques. The test instrument was in the form of 20 multiple-choice questions that had been analyzed through validity and reliability tests. The data results were analyzed using normality, homogeneity, linearity, simple linear regression, and paired sample t-test tests . The results showed that the average pre-test score was 68.57, increasing to 87.14 in the post-test. The paired sample t-test produced a Sig. value. 0.000 < 0.05 so that H0 is rejected and H1 is accepted, while the regression test obtained an R (R Square) of 0.691, which means that the Quantum Learning model with miniature terrarium media has an effect of 69.1% on improving student learning outcomes. This finding confirms that the Quantum Learning model using terrarium media has an effect on improving student learning outcomes.

Learning is a process carried out by teachers with their students. In the field, it often occurs rigidly in its implementation and is Teacher Centered so that students are less active in learning activities. The purpose of the study was to determine the impact of the Quantum Learning model on students' critical thinking skills in Class XI IPA 1 MA-Al-Kausar Banjar on the subject of the sensory system. The research time was April 13, 2025. The method used in this study was quasi-experimental. With data collection techniques through pretest and posttest with students with a sample size of 20 people. Based on the results of data analysis using the Z test, it was obtained that Zhitung = 3 and Z Tabel = 2.33, then Zhitung> Z Tabel, meaning that the impact of implementing the Quantum Learning learning model has an effect on students' critical thinking skills on the Sensory System material by 0.74 (high category).

This research aimed at finding out the effect of Quantum Learning model toward student self-confidence in Social Science learning at Islamic Junior Hight School of Al-Muttaqin Pekanbaru. Two classes, IX.C (experimental) and IX.G (control), were chosen using purposive sampling and a quantitative quasi-experimental design. Observation, surveys, and documentation were used to gather data, and Excel and SPSS 25 were used to analyze the results using t-tests, effect size, and N-Gain. Results indicated that the experimental group's self-confidence (mean = 86.76) was significantly higher than that of the control group (mean = 80.38), with a p-value of 0.000 (< 0.05), a moderate effect size of 0.51, and an N-Gain of 42.33% (moderate) vs 10.66% (low). These results attest to the Quantum Learning model's efficacy in raising students' self-convidence.

The advancement of science and technology has significantly impacted the education sector. Quantum Teaching and Quantum Learning emerge as innovative approaches that optimize teacher-student interactions to create effective learning experiences. Quantum Learning emphasizes enjoyable learning, while Quantum Teaching focuses on teaching strategies that build student motivation through suggestive approaches. These methods are developed from various theories, such as Suggestology, Accelerated Learning, and Neuro-Linguistic Programming (NLP). Research findings indicate that implementing Quantum Teaching and Quantum Learning enhances learning motivation, creativity, and academic performance. Therefore, these methods are highly relevant for educational systems to foster a more interactive and enjoyable learning environment.