Serotonergic Origins of Luminous Experience Induced by Classical Psychedelics
by Eric M Fortier
We are, every one of us, tied together by an ancient biochemical link; one that predates the divergence of all major kingdoms of life. What began two and a half billion years ago in the primeval waters of the Archean Eon would one day come to be involved in almost all aspects of animal life. What might the origins of serotonin and its chemical cousins reveal about the nature and function of psychedelic experience? How might the processes of psychedelic experience help us find meaning, learn from the past, gain insight, and find a way forward? Could they even help us strategize, innovate, re-orient our priorities, and more effectively allocate our resources? Psychedelotropism addresses these questions in a compelling combination of evolutionary biology and neuropsychology along with a multitude of modern but also frequently overlooked findings from classical psychedelic research.
Genre: Psychedelics / Science Published: Nov 16, 2020 Dimensions: 5.25 x 8 inches Length: 90p. (~40p. APA) ISBN (ebook): 978-1-7773485-1-9 ISBN (print): 978-1-7773485-0-2
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“First and most important is the experience of light.
Everything seen by those who visit the mind’s antipodes is brilliantly illuminated and seems to shine from within.” - Aldous Huxley, Heaven and Hell (1952)
Overview
Classical psychedelics are a designated class of psychoactive substances that exert their effects primarily via the serotonin system. Yet attempting to identify a unifying function of serotonin has led many researchers into despair. Among the determined attempts to resolve this perplexing mystery, some have come forth to propose that it acts, much like its chemical cousin auxin in plant tropisms, to orient us toward relevant sources of stimuli, and integrate the mind, body, and outside world. But so far this conception of serotonin has yet to be applied to an understanding of psychedelic experience. This work begins with an overview of the evolution of the serotonin system, its ancient relation to light, roles in orienting growth, attention, and behaviour, in modulating energy metabolism and resource access priority, and offers a brief outline of how its involvement in all these aspects of animal life relates to a modern model of the Mind. The second part of this work draws on a variety of cognitive, behavioural, and neuropsychological investigations with classical psychedelics and explores the implications of interpreting their various effects in this context. Altogether Psychedelotropsim (psykhē: mind, spirit; dēloun: to manifest, to reveal; tropos: to orient, a turning, a way) touches on the nature and dynamics of simple and complex visionary restructuralization, expanded semantic and autobiographical memory, impaired cognition and control, paradoxical insight, problem-solving, meaning-making, mystical experience, and more, to explore how careful psychedelic provocation of the serotonin system might provide a distinctive opportunity for the mind and body to re-orient, and re-adjust our priorities, attitudes, attention, and behaviour.
About the author
Eric M. Fortier holds an Honours Bachelor of Arts in psychology from the University of Ottawa, Canada. He has been actively engaging with scientific research on psychedelic and non-ordinary states of consciousness, sharing correspondence with its authors, and generating discourse with the community for several years. His work primarily centers on how psychedelic experience can lead to insight and changes in priorities and behaviour and help us better allocate our resources. With Psychoactive Press, he aims to help us more safely and effectively think about, express, and use non-ordinary states of consciousness. He is the author of Psychedelotropism and of articles such as ‘Can You Feel It? On Psychedelic Microdosing,’ and ‘D.W. Woolley, the Serotonin Hypothesis, and the Genesis of Psychopharmacology.’
