Patients suffering from neurodegenerative diseases such as Alzheimer's Disease experience a marked decline in their cognitive abilities, especially in their ability to form and recall long-term memory. Whereas newly developed disease-modifying drugs such as Beta-Amyloid antibodies target the neuropathology of Alzheimer’s Disease, they have only small effect on the patients’ cognitive symptoms. In contrast, the neural mechanisms of memory formation and memory recall are well understood. Here, high-frequency neural oscillations, the so-called Sharp-Wave-Ripples (SWRs) play a prominent role: The SWR density tightly correlates with learning and memory capacity, and artificially inducing SWRs can improve memory. However, safe, and easy to administer ways to induce SWRs in humans are lacking. Ultra-high-frequency visual stimulation could offer a safe, non-invasive way to induce SWRs. Thus, it can be applied as low-burden treatment for Alzheimer's Disease and memory impairment in general which directly focuses on the neural mechanisms of memory. Combining stimulation with online EEG recordings in a closed-loop setup allows adapting the stimulation to the individual patient’s current behavioral and cognitive state to optimize the treatment effect. This direct effect on the neural mechanisms of memory represents a significant advancement in the therapy of memory impairment and offers the potential to prevent or delay the onset of cognitive symptoms in Alzheimer’s Disease.