For the first time in history, we can explore the universe through a rich array of sensory experiences, including sight, touch, and sound, enriching our understanding of space in unprecedented ways. Three-dimensional (3D) models have become crucial tools not just for scientific research and analysis but for applications that extend far beyond the laboratory. Recently, astronomers and scientists have leveraged advanced 3D technology to transform various cosmic data into visual and tactile models. These models help scientists grasp complex astronomical phenomena more intuitively and offer the public a fresh perspective on the cosmos, making the vast universe more tangible and engaging. For instance, using 3D printing, researchers have created physical models of stars, planets, and galaxies, enabling people to form a more concrete understanding of these distant celestial bodies. Scientists are also experimenting with audio to communicate astronomical information. By employing specialized techniques, they convert electromagnetic waves and radiation from the universe into audio signals that humans can hear. These "sounds of the universe" not only provide access to astronomy for those with visual impairments but also offer everyone a new and immersive way to experience the cosmos. These innovative approaches have significantly enhanced our comprehension of the universe and opened new avenues for scientific education and research. Both 3D models and audio transformations make astronomy more engaging and interactive, democratizing the field and inviting more people to join in the exploration of the mysterious cosmos. Whether through visual models that bring celestial formations to life or through sounds that echo the vastness of space, these technologies are making the universe more accessible and captivating for all.