This thesis aims to investigate holography, making a detailed exploration of its concept, working and its applications. The study began with an in-depth literature review to understand what holography is and how it works. We identified various techniques used to make holograms and conducted experiments on a selected few of the techniques by replicating them from already available media. However, despite our efforts, we were not able to create our desired hologram due to technical limitations, such as the lack of precise equipment and high-quality materials. Although we were not able to create a full hologram, we were able to achieve 2D images of the hologram, albeit not perfectly. These limitations could be attributed to the complex nature of holography and the need for advanced technical expertise. Despite our limited success, this study features the importance of holography as a technology with potential applications in diverse fields, including entertainment, education, medicine, and security. Furthermore, holography has the potential to revolutionize the field of data storage and transmission, leading to a new era of information technology. In conclusion, this research highlights the challenges and potential of holography, emphasizing the need for further research to fully realize its potential. By advancing our understanding of holography, we can contribute to the development of new and innovative technologies that could have a significant impact on society.