How the Reach of Inhibitory Synapses Steers Brain Networks Toward Criticality
A new computational study shows that the spatial reach of inhibitory synapses, through signal delays that weaken long-range connections, determines ...
A new computational study shows that the spatial reach of inhibitory synapses, through signal delays that weaken long-range connections, determines ...
A new theoretical study shows that self-organized vegetation patterns can stabilize plant–pollinator mutualisms, allowing coexistence under environmental stress that would ...
University of Illinois physicists have built a fully deterministic, nonchaotic cellular automaton whose final state is initially unpredictable even to ...
New research shows that young coastal dune landscapes self-organize through phase-separation physics, revealing local tipping points beyond which damage to ...
Researchers in Japan have shown that switching patterned light on and off at precisely timed intervals can dramatically sharpen the ...
A new review in Educational Psychology Review proposes the Dynamic Systems Model of Role Identity, which explains motivated action as ...
A new study shows that artificial neural networks with two parallel pathways joined by a cross-product fusion spontaneously develop specialized ...
A new Nature Protocols tutorial by Munich researchers charts the full scope of organoid technology, from intestinal miniguts and brain ...
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© 2025 Scienmag - Science Magazine