The author is currently researching the molecular mechanisms of memory, focusing on the link between CaMKII and AMPA receptors during memory consolidation. Additionally, they are leading a new project funded by the BBSRC, which investigates the connection between decision-making and learning in Lymnaea using neurophysiological methods such as multi-electrode array (MEA) recording and dynamic clamp. The project aims to understand how complex behavioral phenomena like decision-making are generated at the level of interacting neural networks and how they are shaped by learning. Regarding the future of invertebrate model systems in neuroscience research, the author believes that despite the challenges in securing funding, research based on new ideas and powerful tools will continue to be funded. They are convinced that invertebrate research will continue to contribute significantly to our understanding of fundamental nervous system functions and dysfunctions.The author is currently researching the molecular mechanisms of memory, focusing on the link between CaMKII and AMPA receptors during memory consolidation. Additionally, they are leading a new project funded by the BBSRC, which investigates the connection between decision-making and learning in Lymnaea using neurophysiological methods such as multi-electrode array (MEA) recording and dynamic clamp. The project aims to understand how complex behavioral phenomena like decision-making are generated at the level of interacting neural networks and how they are shaped by learning. Regarding the future of invertebrate model systems in neuroscience research, the author believes that despite the challenges in securing funding, research based on new ideas and powerful tools will continue to be funded. They are convinced that invertebrate research will continue to contribute significantly to our understanding of fundamental nervous system functions and dysfunctions.