Although the discovery of the Higgs Boson and its physical properties have been an important guide in studies beyond the Standard Model, its limitations on models trying to explain the behavior of particles at higher energies have also been just as effective. In particular, the fact that no direct signal regarding new particles has been observed in the accelerator experiments conducted at the European Organization for Nuclear Research (CERN) has increased the limitations on the models considered. This situation is one of the current discussions in the field of High Energy Physics; scientists frequently come together and try to develop new approaches both experimentally and theoretically. Within the scope of these discussions, Assoc. Prof. Dr. Cem Salih ÜN, one of the faculty members of our department, was invited by the Department of Physics of Mimar Sinan Fine Arts University (MSGSÜ) last week to give a seminar on the current status of physics beyond the Standard Model and CERN experiments, the effects of current limitations especially on supersymmetric models, how new observations can guide studies, possible new analysis methods both experimentally and theoretically, and signals that can be tested experimentally. The seminar was followed with interest and turned into a productive visit as the exchange of views on these issues continued afterwards.