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The aim of this research is to gain a general understanding of how learning is implemented. At Al MAdina Islamic Elementary School Semarang, Indonesia, class IVA students took part in a simple experiment on the photosynthesis process using a quantum learning model to improve learning outcomes. Classroom action research (PTK), a form of research consisting of four stages: planning, implementation, observation and reflection, is a stage in each cycle. The research was carried out in two cycles, with one meeting each cycle. Student worksheets were used to collect research data. Quantitative and qualitative analysis methods are used in the data analysis process. Based on learning results, it can be seen from the pre-cycle that 14% of students completed and 86% of students did not complete. Cycle I obtained 61% completeness and 39% incomplete. Meanwhile, in cycle II, reflection was carried out so that there was an increase from cycle I with completion achievements of 93% of students completing and 7% of students not completing. By applying the Quantum Learning model in simple experiments using games, it can make students happy in participating in learning so that it can improve student learning outcomes in science subjects, especially photosynthesis process material in class IVA at Almadina Islamic Elementary School, Semarang.

This research was motivated by the queue and understanding of students in Indonesian learning activities in the classroom which was shown by the lack of student thinking activities in learning activities. The purpose of this study is to improve the creativity of thinking and the ability of grade VI students of SDN Gekbrong 1. The learning model used in this study is the Quantum Learning method. Quantum Learning is a research-based learning model that integrates the best teaching strategies with how students receive lessons. In this study, researchers apply the Quantum Learning method to Indonesian language learning The results obtained after applying the Quantum Learning method are an increase in thinking creativity and the ability of students in learning as evidenced by learning outcomes that reach an average of 90 and 94% learning completeness.  With the Quantum Learning Learning model, students are more active, creative and fun, because this method also contains elements of play while learning.

This study aims to describe the concept of quantum learning model, the steps of applying quantum learning model, the role of quantum learning in increasing multiple learning targets, and the advantages and disadvantages of quantum learning model. Quantum learning model is a learning model that can make students directly experience problems, find their own answers to problems and activities in accordance with the competencies to be achieved.  The research method used is descriptive qualitative research method. Qualitative descriptive research method according to Kirk and Miller, defines that qualitative research is a certain tradition in social science that fundamentally relies on observations of humans both in their areas and in their terms. The research subjects were the English teacher, and the principal. The object of research is the students of class X-4 SMA PGRI Cicurug. The results showed that the success of quantum learning depends on the teacher's ability to understand the concept and implement quantum learning steps in their learning activities. Its application in English subjects is enough to show that there is an increase in student learning targets.