New discoveries on Mars have aroused humanity’s curiosity about the possibility of life on the red planet. A team of scientists consisting of astrobiologists, geologists and astronomers has carried out in-depth research using rovers and satellites to examine certain sites on Mars. One of the most significant achievements occurred when the Perseverance rover succeeded in collecting soil samples in the Jezero Crater area. This area was chosen because it once housed an ancient lake, indicating the possibility that microbes could survive in these conditions. Preliminary analysis indicates the presence of complex organic materials, compounds that are the building blocks of life. In addition, the Curiosity rover also found signs of fluctuating methane in the Martian atmosphere. Methane can be produced by both biological and geological processes. These fluctuations indicate activity that may be related to living things, being a signal that life may still exist or have existed on Mars. Scientists have also used data from the Mars Reconnaissance Orbiter to find traces of water flows that once existed on the surface. This discovery supports the theory that Mars once had a habitable environment. A research team recently surveyed the highlands of Tharsis, detecting clay minerals often associated with water. This discovery suggests a wet past that may have supported life. Furthermore, analysis of samples from the Mars 2020 mission shows the potential for biosignatures, namely chemical traces that can be seen as signs of life. Certain molecular arrangements in these samples show patterns similar to those found on Earth and could provide important clues to the search for extraterrestrial life. Current research is not just limited to physical discoveries. Scientists also conducted computer simulations to understand how life could develop in the acidic, cold and low-pressure conditions on Mars. This research provides new insights into the resilience of extreme life, opening up opportunities for life in different extraterrestrial environments. AI programming and machine learning are also starting to be used to analyze data from billions of images taken by the rover. The algorithm can identify subtle patterns and help determine the location of the next investigation based on previous data. Meanwhile, debate among scientists regarding the interpretation of the data continues. Many are skeptical of claims of life on Mars, although this latest discovery is increasing interest in exploring the planet further. An ongoing mission program with rovers and drones is planned to probe deeper. Eventually, Mars exploration became more than just a search for the remains of past life; it is a quest to understand our place in the universe. New discoveries on Mars promise great potential not only in science, but also in awakening curiosity and hope for humanity. According to the researchers, if the evidence for life on Mars becomes stronger, it will likely change our paradigm about the existence of life outside planet Earth.