LSD, psilocybin, and 2C-B are often classified together as psychedelics; however, new brain imaging research in rats shows that each compound produces its own distinct pattern of brain activity.
New research from Indiana University suggests that when your brain makes a decision, it may not actually “make” it in the way neuroscientists have traditionally assumed.
Scientists have uncovered new details about how the brain’s “information hub” responds to uncertainty, revealing a remarkably flexible system that rapidly changes how it communicates with other brain regions as we make decisions.
The first proper brain scan of mescaline found the drug ignoring the regions where psychedelic research has spent a decade, and settling on the one structure no one really expected.
Scientists at the Weizmann Institute of Science have engineered Nicotiana benthamiana, a fast-growing relative of tobacco, to produce five different psychedelic compounds.
While a patient is fully anesthetized and unresponsive, neurons in the hippocampus continue to process language, distinguish different types of words, and generate neural activity consistent with predicting upcoming words.
A new research initiative at the University of Southern California is investigating the effects of combining psilocybin with structured mental training.
Researchers at LMU have found a new type of electrical rhythm in the central thalamus that allows them to closely track certain states of consciousness.
For more than a century, musicians have maintained that the way a pianist touches a key influences the sound that emerges. Many scientists, however, have argued that after the hammer strikes the string, the instrument itself determines the outcome, making the pianist's touch irrelevant.
A recent clinical trial in Sweden found that a single oral dose of psilocybin reduced depressive symptoms within 48 hours in participants suffering from moderate to severe depression.
A new study shows that our personal traits as well as real-life events and experiences actually shape what we dream about, creating patterns in our subconscious.
Recent research indicates that the content of your dreams, including the unsettling moments, may influence your emotional well-being more than previously understood.
Published in Frontiers in Sleep, the research presents the DARC-NESS model, which offers a new approach to understanding why nightmares persist in children and how therapy can be designed to break this cycle.
The largest brain imaging analysis of psychedelics to date, recently published in Nature Medicine, has identified two patterns of brain activity that appear across five different drugs.
At the 15th 'Behind and Beyond the Brain' Symposium, hosted by the Bial Foundation, experts in the fields of neuroscience, psychology, and philosophy gathered for three days to examine the science of end-of-life experiences.
Researchers used functional magnetic resonance imaging (fMRI) to scan the brain of a woman who can enter a psychedelic-like trance state on her own, without drugs.
New research shows how blind individuals can use mouth-click echolocation to navigate with precision, showing how the brain transforms sound into spatial maps.
A new study from the IMT School for Advanced Studies Lucca finds that vivid, immersive dreams can actually make sleep feel deeper, even when brain activity is higher.
New research is shedding light on how sleep-like brain activity may contribute to attention difficulties in adults with attention-deficit/hyperactivity disorder (ADHD), compared to neurotypical individuals.
The University of Virginia and its Division of Perceptual Science (DOPS) are conducting research that delves deeper into how our brains process information in relation to anomalous experiences.