Real-world experiments have been around for decades, but are currently enjoying a boom in the fields of neuroscience and psychology. The benefits could be felt widely https://t.co/PJHVKzKwGb ...

Group 1 - The article discusses the contributions of György Buzsáki to the field of hippocampal research, particularly focusing on neural syntax and the role of inhibitory interneurons in network oscillations [1][3][4] - Buzsáki's research established the concept of feed-forward inhibition, demonstrating how excitatory inputs can activate interneurons before pyramidal cells, thus regulating neuronal activity [9][12][25] - The significance of theta waves, gamma oscillations, and sharp wave-ripple events in memory consolidation and cognitive functions is highlighted, showcasing the interconnectedness of these phenomena [46][49] Group 2 - The historical context of hippocampal research is explored, emphasizing the collaborative nature of scientific discovery and the evolution of key concepts over time [2][3][26] - Buzsáki's journey through various institutions and collaborations with prominent neuroscientists illustrates the importance of interdisciplinary approaches in advancing understanding of neural mechanisms [15][18][34] - The article reflects on the development of terminology in neuroscience, such as "gamma oscillations" and "long-term potentiation," and how these terms have shaped the discourse in the field [37][42]