Evan Lewis-Healey is a final year PhD student at the Consciousness and Cognition Lab at the University of Cambridge. His work entails using temporally fine-grained models of subjective experience combined with EEG to study the relationship between the mind and the brain in altered states of consciousness. During his PhD, he collected the largest-to-date neurophenomenological dataset on breathwork, showing neural and experiential similarities to psychedelics. Prior to his PhD, Evan received a master's in Brain and Cognitive Sciences at the University of Amsterdam, where he worked on the cognitive neuroscience of psychedelics and meditation.
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Shayam Suseelan is a PhD candidate at King’s College London and University College London where his research focuses on the effects of LSD on time perception, using tools like fMRI, MEG, microphenomenology, and experience sampling. Through his work, he hopes to bridge the gap between the phenomenological and neuronal aspects of the psychedelic experience, exploring how these two perspectives intertwine. Shayam is also involved in the Challenging Psychedelic Experiences Project, studying the less-discussed side of psychedelics—adverse effects—and working to identify strategies that help people manage and integrate these experiences over the long term. With a BSc in Biochemistry from the University of York and an MSc in Psychology from the University of Greenwich, Shayam’s academic path reflects his curiosity about the intersections of biology, psychology, and consciousness research.
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Eirini Ketzitzidou Argyri is a PhD candidate at the University of Exeter and a Research Fellow with the Challenging Psychedelic Experiences Project. She completed her Philosophy, Pedagogy and Psychology degree at the University of Ioannina, in Greece, and her MSc in Psychology of Education at the Institute of Education, UCL. Her work explores normality challenging and diversifying experiences. Prior to her shift to psychedelic academia she worked on projects studying prejudice and open mindedness in development, looking at the role of norms and morality in reasoning about exclusion. Eirini is particularly interested in the mechanisms triggered by challenging perceptions of normality, and their layered impact on individual and collective potential for transformation and eudaimonia. Currently, her research discusses uncertainty (in)tolerance, vulnerability, and prosociality, in relation to the worldview shifts triggered by psychedelic substances
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Dr. Manoj Doss is a cognitive neuropsychopharmacologist in the Department of Psychiatry and the Center for Psychedelic Research & Therapy at The University of Texas at Austin Dell Medical School. He received a bachelor's from The University of Texas at Austin, a master's from University College London, post-baccalaureate training from University of California, Davis, a doctorate from University of Chicago, and postdoctoral training at the Center for Psychedelic & Consciousness Research at Johns Hopkins University School of Medicine before returning to UT Austin. Dr. Doss is broadly interested in the acute and persisting effects of psychoactive drugs on cognition and brain function with focuses on hallucinogens and episodic memory. He utilizes complex cognitive paradigms, neuroimaging, and computational modeling to explore what makes 5-HT2A psychedelics unique compared to other classes of psychoactive drugs in terms of their basic effects and their therapeutic mechanisms. Dr. Manoj Doss is a cognitive neuropsychopharmacologist in the Department of Psychiatry and the Center for Psychedelic Research & Therapy at The University of Texas at Austin Dell Medical School. He received a bachelor's from The University of Texas at Austin, a master's from University College London, post-baccalaureate training from University of California, Davis, a doctorate from University of Chicago, and postdoctoral training at the Center for Psychedelic & Consciousness Research at Johns Hopkins University School of Medicine before returning to UT Austin. Dr. Doss is broadly interested in the acute and persisting effects of psychoactive drugs on cognition and brain function with focuses on hallucinogens and episodic memory. He utilizes complex cognitive paradigms, neuroimaging, and computational modeling to explore what makes 5-HT2A psychedelics unique compared to other classes of psychoactive drugs in terms of their basic effects and their therapeutic mechanisms. |
Marte Roel Lesur has a multidisciplinary background in art and science, with a doctorate in psychology of one’s body perception. In 2012 he cofounded BeAnotherLab a group focused on exchanging bodies through virtual reality to enable new paths for dialogue that would transcend ideology. He currently studies how a deepfake of one’s child in a self-dialogue setting might contribute to self compassion (University of Zurich), and the role of auditory signals in body perception (University Carlos III of Madrid). |
23rd of January 2025
Abstract
An axiomatic view in contemporary neuroscience is that, under well-controlled experimental conditions, event-induced potentials and oscillations vary with task-specific cognitive demands and reflect the neural support of the cognitive operation performed. A complementary view is discussed based on the premise that brain rhythms evolved to control the movement of the brain’s sensors and to register the consequences of this movement. This control of behavior is a species-independent necessity and a key survival requirement for all organisms equipped with and relying on the ability to explore the environment. Consequently, brain rhythms appear correlated with the cognitive task at hand, while they evolved primarily to support action. A series of results will be discussed that challenge the prevailing premise and support the conclusion that EEG components derived from electrophysiology appear to “underpin” cognition when they primarily reflect the potentiality and manifestation of oculomotor action, a requirement in all experimental examinations of human cognition. Waves, beyond mere waveforms, enable collective behavior across various organizational scales, ranging from neurons to animal societies. Speaker Biography
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23rd of January 2025
Abstract
Pharmacology is the discipline that deals with the interaction of a drug with an organism. As such, pharmacology is one of the key disciplines to pave the way for a solid understanding of what psychedelic drugs do to the human body and mind. Pharmacokinetics describe the journey a psychedelic drug takes into, through, and out of the body. Pharmacodynamics describe what psychedelics do when they arrive at their bodily site of target. In my talk, we will go through basic concepts of psychedelic pharmacology and discuss why it is important to factor in parameters, such as the plasma curve, metabolism, or the receptor binding preferences of a psychedelic, when considering the (safety) implications of psychedelic drug consumption. Aim is to provide the audience with reference points of how to critically think of modern psychedelic research from a pharmacological point of view. Amongst others, we will try and answer question like: (1) Why do psychedelics need 5-HT2A activation for their effects, while not all 5-HT2A activators are psychedelic? (2) May endogenous DMT be responsible for near-death experiences when dying? (3) Is microdosing safe and beneficial, or pharmacologically inactive and just a placebo? Speaker Biography
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