The electromagnetics radiation (EMR) pattern from indoor plants using frequency detector and statiscal analysis / Farah Aiman Ahmad Shahrien

This research employs a frequency detector to investigate the electromagnetic radiation (EMR) emitted by indoor plants. Indoor plants, thriving in confined spaces like homes and offices, serve not only decorative purposes but also demonstrate positive psychological effects and contribute to indoor air purification. They are recognized for their ability to enhance positive energy flow, often correlated with EMR or aura. In this study, Epipremnum Aureum (money plant) and Dracaena Trifasciata (snake plant) are selected for examination. EMR measurements are conducted in a standard-sized room, both with and without the presence of an indoor plant. Data is collected over a period of two weeks without a plant and three weeks with each indoor plant, during specific time ranges each day. Measurements are taken near the indoor plant and in the room's central location. Subsequently, SPSS software is employed to analyse the acquired EMR data. The findings in this study are really important as they empirically demonstrate a significant increase in electromagnetic radiation (EMR) levels in the presence of indoor plants, specifically Epipremnum Aureum (money plant) and Dracaena Trifasciata (snake plant).