Morning Overview on MSN

Study finds split-second brain timing that links learning and movement

A growing body of neuroscience research is revealing that the brain’s ability to learn and its ability to move depend on the same razor-thin timing windows, sometimes as brief as 30 milliseconds.
StudyFinds on MSN

In the brain, a fraction of a second separates learning from movement

In A Nutshell A timing gap of just 50 to 100 milliseconds determines whether a dopamine signal in the brain drives learning or physical movement. A chemical called acetylcholine acts as a gatekeeper: ...
Scientific Research Publishing

How Neuroscience Can Enhance Active Learning and Teaching in Practice: An Overview ()

Neuroscience, Active Learning, Teaching, Learning Process, Student Support, Effective Pedagogy through Neuroscience Share and Cite: Rahman, L. (2026) How Neuroscience Can Enhance Active Learning and ...
The Scientist

Artificial Neural Networks: Learning by Doing

Article reviewed by Grace Lindsay, PhD from New York University. Scientists design ANNs to function like neurons. 6 They write lines of code in an algorithm such that there are nodes that each contain ...
News Medical

Neuroscientists map neural connections over long distances in the brain

A team of neuroscientists at the Champalimaud Centre for the Unknown, in Lisbon, has been able to map single neural connections over long distances in the brain. "These are the first measurements of ...
EurekAlert!

Transfer learning-enhanced physics-informed neural network (TLE-PINN): A breakthrough in melt pool prediction for laser melting

The TLE-PINN method integrates EPINN and deep learning models through a transfer learning framework, combining strong physical constraints and efficient computational capabilities to accurately ...