Mice Hippocampal Neurons Map Distinct Routes During Shared Spatial Navigation Tasks
Researchers found that mouse hippocampal CA1 neuronal ensembles progressively establish distinct spatial maps to discriminate overlapping foraging and homing paths.
Researchers found that mouse hippocampal CA1 neuronal ensembles progressively establish distinct spatial maps to discriminate overlapping foraging and homing paths.
Researchers have developed AGMSBOA-3D, an enhanced metaheuristic algorithm that improves safety margins and trajectory smoothness for unmanned aerial vehicles in ...
A systematic review of 76 studies finds that digital technologies in dementia-friendly environments show stage- and context-dependent benefits, with strong ...
A virtual navigation study of 149 participants found that navigation duration biased distance estimates but not landmark memory or sketch-map ...
A new perspective in Frontiers in Neurorobotics proposes that humanoid robots could unlock embodiment-dependent neural signals, such as touch and ...
New recordings in navigating rats show that spatial learning selectively strengthens information flow from the hippocampus into the thalamic nucleus ...
A real-space navigation study of focal epilepsy patients shows that right hippocampal dysfunction selectively impairs the creation of novel routes, ...
A new study maps how protein networks in the mouse dorsal striatum reorganize across repeated radial-arm maze training, revealing time-dependent ...
A groundbreaking study published in Nature Communications reveals how the geometry of an environment profoundly influences the way humans learn ...
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© 2026 Scienmag - Science Magazine