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Articles on Neuroscience
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Orangutans, gorillas and chimpanzees seem to enjoy the buzz of getting dizzy.
Mirror neurons play a fundamental role in learning by imitation and observation or empathy. This is why we should take them into account when developing new educational tools.
Neuroscientists have typically thought of energy supply to the brain as demand-based. A supply-limited view offers another perspective toward aging and why multitasking can be difficult.
The European Union’s 10-year Human Brain Project is coming to a close. Whether this controversial 1 billion-euro project achieved its aims is unclear, but its online forum did foster collaboration.
A new film changes its story based on the emotions expressed by the viewer.
This new study could help researchers understand conditions such as autism and help fight climate change by reducing the carbon footprint of AI.
Your thoughts, emotions and behaviours arise from the complex network of electric activity in your brain. But what can we do when we need to tweak it?
By learning what parts of the brain are crucial for imagination to work, neuroscientists can look back over hundreds of millions of years of evolution to figure out when it first emerged.
How do you determine whether one brand is similar enough to another to infringe on its trademark? Researchers propose that comparing brain scans could be an option.
Lateral reading, self-nudging and a persistent refusal to feed the trolls are some of the ways one can better manage information.
Antidepressants may take away some of the pain of depression but that can also sap away people’s enjoyment of life.
The idea of healing benefits and emotional catharsis through reading is intuitively appealing. But does it work that way? Jane Turner Goldsmith finds answers in neuroscience, philosophy and more.
Mindfulness, one of the most common forms of meditation, is a skill that must be cultivated and practiced. With some training and discipline, it can help anyone live more fully in the moment.
We need to understand our brains to achieve true change.
An 18-month treatment with lecanemab slows functional and cognitive loss by 27 per cent in people with mild Alzheimer’s disease. But this is only the first step towards a real cure.
Why do we have such different and changing tastes? Why do we love what others hate, and vice versa? How is it possible to stop liking something we used to love, or vice versa?
Impaired insulin receptors in the blood vessels between the blood and the brain may contribute to the insulin resistance observed in Alzheimer’s disease.
Microglia, immune cells disguised as brain cells, are known as the janitors of the brain. Dialing up their usual duties just enough could provide an avenue to treat neurodegenerative disease.
From warfare to entertainment and VR, brain-computer interface development has extended beyond prosthetics for patients with disabilities. Missing is full ethical consideration of the consequences.
Top contributors
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Professor of Clinical Neuropsychology, University of Cambridge
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Penn State
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Senior lecturer, University of Adelaide
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Postdoctoral Research Associate, Cognitive Neuroscience, University of Cambridge
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Postdoctoral Researcher in Cognitive Neurosciences, The University of Queensland
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Head of Developmental Psychobiology Lab, Deakin University
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Senior Research Fellow, Uehiro Centre for Practical Ethics, University of Oxford
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Professor of Cognitive Neuroscience, Bangor University
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Professor Emeritus of Cognitive NeuroImaging, Aston University
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Associate Professor of Family & Community Medicine and Pediatrics, retired, University of California, San Francisco
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Associate Professor in Clinical Psychology and Neuropsychology, Trinity College Dublin
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Associate Professor at the Institute for Social Neuroscience in Melbourne, Australia, The University of Melbourne
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Technical Officer, Deakin University
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Associate Professor and Head of Decision Neuroscience Laboratory, The University of Melbourne
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Associate Professor in Psychological Science, Western Sydney University
