Neuroscience
The best Neuroscience reads,
The best Neuroscience reads,
handpicked for you
Curated articles on Neuroscience — no algorithm, no noise, just great reads worth your time.
4
Articles
Free
Always
Human
Curated
📚 4 articles in Neuroscience
Neuroscience
Psychology
Technology
By Erik Hoel
The digital world is reshaping the human mind in ways we are only starting to understand. Are we becoming nothing more than biological processors for information?
Neuroscience
Philosophy
Science
By Grayson M Manser
The mystery of your awareness might be written in the stars of the ancient past. Uncover the cosmic connection between the dawn of time and your own internal experience.
Neuroscience
Science
By Todd E. Feinberg and Jon M. Mallet
The article explains that consciousness evolved gradually, not suddenly, beginning with simple life forms.
Early organisms developed a basic sense of self vs environment, forming the roots of subjectivity.
With multicellular life, nervous systems enabled faster communication and reflex-based behavior.
Consciousness likely emerged during the Cambrian explosion, driven by predator-prey adaptation and improved sensory systems like vision.
Over time, higher functions such as memory, self-awareness, and reflection developed.
Ultimately, consciousness provides adaptive advantages by integrating sensory data, enabling prediction, flexible behavior, and better survival decisions.
Medicine
Neuroscience
Science
By Mount Sinai Health System
Researchers identified a reproducible gene expression program linked to neurotransmission in the living human brain, offering new insight into cognition and behavior.
Unlike past studies using postmortem tissue, this research combined real-time brain activity with gene expression data from over 100 patients undergoing neurosurgery.
The study revealed a coordinated set of genes whose activity directly tracks neuronal signaling in the prefrontal cortex.
Led by Alexander Charney, the work marks a major advance in studying active brain biology.
Findings connect genetic activity with electrical brain function, improving understanding of neural circuits and synaptic processes.
This breakthrough may enhance diagnosis and treatment of disorders like depression, schizophrenia, and epilepsy through more precise, gene-based approaches.