Our current understanding of the universe is based on the theory of general relativity as well as the Standard Model of particle physics. Both theories are highly successful, however, several experimental aspects imply that our knowledge of the fundamental building blocks of matter is not yet complete. Most prominently, we observe a significant discrepancy between the prediction and the measurement of a property of the muon particle, known as the muonic (g-2) puzzle. One possible explanation is based on the existence of new particles, generally referred to as axions. The main goal of the Light@LHC project is the search for such axions at the large hadron collider (LHC), both at the ATLAS and the FASER Experiment, using highly innovative experimental techniques. In particular, we developed new algorithms to search for axion with long live times at ATLAS as well as new detector components for the FASER Experiment during the first phase of the project, which is now concluded. We will use those developed technologies to conduct new searches for axions during the second phase of the project, hoping to find the door to physics beyond the standard model and completing the knowledge of mankind about our universe.