Arnaud Delorme, PhD, is a CNRS principal investigator in Toulouse, France, and a faculty project scientist at the University of San Diego California. In 2000, Dr. Delorme completed his PhD Thesis on visual categorization in humans, monkeys, and machines. Based on the results of his modeling work, he co-created with Simon Thorpe the Spikenet Technology Company, now a successful start-up. Dr. Delorme then moved to the Salk Institute for a post-doc in Terry Sejnowski and Francis Crick’s laboratory where he focused on statistical analysis of electro-encephalographic (EEG) signal recorded during various cognitive tasks. He developed the free EEGLAB software for advanced analysis of EEG signals in collaboration with Scott Makeig, software which is now amongst the most used software in EEG research worldwide. He was awarded a Brettencourt-Schueller young investigator award and a 10-year anniversary ANT young investigator award for his contributions to the field of EEG research.
Dr. Delorme has a keen interest in the scientific study of consciousness and spirituality. He is a long term Zen meditator, and has taught in India on the neural correlates of conscious experience in a Master's degree program for the Birla Institute of Technology. Starting in 2002, he has developed a strong ongoing collaboration with Dr. Rael Cahn to look at brain dynamical changes underlying extra-ordinary states of consciousness as experienced during meditation and due to the effects of psycho-active agents. He is the co-director in Rishikesh, India of the Meditation Research Institute. In 2010, he started collaborating with Dean Radin on analysis of electro-encephalographic (EEG) signal recorded during presentiment tasks.
- Project Staff “Psychophysiology of Spiritual Transmission” 2011 - 2012
- Co-Investigator “Psychophysiological Correlates of Nondual States of Awareness” 2008
- Co-Investigator “Double-Slit Experiment” 2008
Previously reported experiments suggested that interference patterns generated by a double-slit optical system were perturbed by a psychophysical (i.e., mind–matter) interaction. Three new experiments were conducted to further investigate this phenomenon. A similar interaction effect was replicated in all three experiments.
by Julie Beischel, PhD, Mark Boccuzzi, Arnaud Delorme, PhD, Leena Michel, Paul J. Mills, PhD, and Dean Radin, PhD
During advanced meditative practices, unusual perceptions can arise including the sense of receiving information about unknown people who are deceased. As with meditation, this mental state of communication with the deceased involves calming mental chatter and becoming receptive to subtle feelings and sensations. Psychometric and brain electrophysiology data were collected from six individuals who had previously reported accurate information about deceased individuals under double-blind conditions.
With its increasing popularity, many people in Western societies express an interest and motivation to meditate. However, for many it can often be quite difficult to maintain a disciplined and or regular practice, for various reasons, ranging from a lack of time to general laziness. It is possible that machine assisted programs such as neurofeedback may help individuals develop their meditation practice more rapidly. Methods such as neurofeedback incorporate real-time feedback of electro-encephalography (EEG) activity to teach self-regulation, and may be potentially used as an aid for meditation.
by Arnaud Delorme, PhD, Karla Galdamez, Leena Michel, Dean Radin, PhD, Robert Rickenbach, and Paul Wendland
A double-slit optical system was used to test the possible role of consciousness in the collapse of the quantum wavefunction. Each test session consisted of 40 counterbalanced attention-toward and attention-away epochs, and data was contributed by 137 people in six experiments, involving a total of 250 test sessions. The results appear to be consistent with a consciousness-related interpretation of the quantum measurement problem.
Advanced meditators occasionally report experiences of timelessness, or states of awareness that seem to transcend the usual boundaries of the subjective present. This study investigates this awareness in eight experienced meditators and eight matched controls by measuring 32 channels of EEG before, during, and after exposure to unpredictable light and sound stimuli.