Psychedelics are naturally occurring and synthetic compounds studied for their effects on perception, cognition, and brain function.

Psilocybin is a naturally occurring compound found in certain mushroom species and is widely studied in neuroscience.

LSD is a synthetic lysergamide first synthesized in 1938 and remains an important compound in psychedelic research.

DMT is a naturally occurring tryptamine found in several plants and produced in trace amounts within some living organisms.

Mescaline is a naturally occurring phenethylamine found in several cactus species native to the Americas.

Ibogaine is a naturally occurring alkaloid extracted from the African shrub Tabernanthe iboga.

Empathogens are compounds that influence emotional and social processing through distinct neurochemical mechanisms.

Dissociatives are compounds primarily studied for their interaction with NMDA receptor pathways in the brain.

Many classic psychedelics primarily interact with serotonin receptors involved in perception and cognition.

Neuroplasticity is the brain’s ability to reorganize and form new neural connections throughout life.

Scientists investigate psychedelics to better understand brain function, consciousness, and neurobiology.

Psychedelic science is the multidisciplinary study of psychedelic compounds across neuroscience, pharmacology, psychology, and chemistry.

Microdosing is the scientific investigation of very small quantities of certain compounds under controlled research conditions.

Mycology is the scientific study of fungi, including mushroom biology, ecology, and classification.

Ethnobotany explores the historical relationship between people and plants across different cultures.

Laboratory testing helps verify scientific data through validated analytical methods and quality assurance practices.

Analytical chemistry identifies and measures the chemical composition of materials using specialized laboratory techniques.

A clinical study is a carefully designed scientific investigation conducted under ethical and regulatory oversight.

Advances in neuroscience and analytical technologies continue to expand scientific understanding of the brain.

Scientific evidence is evaluated through peer review, reproducibility, and objective research to ensure reliable conclusions.