Papers
Research literature with structured metadata.
Trials
Registered studies by status, phase, and compound.
Topics
Indications and themes psychedelics are researched for.
Compounds
Evidence across molecules with rich data.
Countries
Regulation, access, and research activity by region.
Stakeholders
Organizations shaping the space across research, policy, and funding.
People
Investigators, clinicians, and authors with mapped output.
Courses
Training programs and certifications across modalities.
Events
Conferences, workshops, and convenings by date and focus.
Results
Compare outcome data across trials and publications.
Research recaps
Monthly evidence summaries with key takeaways.
Map of research
Landscape view of trials, compounds, and outcomes.
Newsletter
Weekly or daily updates on trials, publications, analysis, and more.
Research Groups
Worldwide map of psychedelic research centres by region.
Road to Access
Science, regulation, and economics on the path to patient access.
Research Network
Interactive co-authorship map of psychedelic researchers.
Top papers
Find needles in the haystack of psychedelic research per topic.
This academic book chapter (2016) explores the phenomenology, structure, and dynamic of altered states of consciousness (ASC) produced by classic serotonergic hallucinogens or psychedelics.
This book chapter (2018) examines the most common attributes of psychedelic-induced visual hallucinations, which entails visual intensification of brightness, contrast, and color saturation, alterations in object size, and changed perception of meaning and self-relevance. Other common features of visual distortions include recurrent patterns influenced by audiovisual synesthesia or even complex visual imagery that entails visions of people, animals, or landscapes. The authors discuss the underlying mechanisms of these phenomena, such as the role of 5-HT2A receptor activation which leads to the cortical excitation of regions that encode specific contents of hallucinations, and the effects of reduced alpha oscillations that amplify internally driven excitation signal to the point that they outweigh incoming sensory information.