The article delves into "Zero Point Energy," a concept in physics that deals with the energy present even at absolute zero temperature. It doesn't introduce new ideas, but aims to clarify this existing notion. The authors define zero point energy and explore methods to calculate it in nature. They discuss zero point fluctuations and how even in a total vacuum, there's still energy. The study identifies two ways to access zero point energy and showcases calculations of this energy in select scenarios. These findings shed light on the significance of zero point energy in the vacuum, showcasing its presence and influence.