Your Brain, Ever-Adapting.
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Chemical and Anatomical Plasticity of Brain
Changes in brain through experience, demanded by learning theories, are found in experiments with rats by Edward L. Bennett, Marian C. Diamond, David Krech, and Mark R. Rosenzweig (1964). This pioneering study demonstrated that environmental enrichment leads to anatomical changes in the rat cerebral cortex, providing early evidence of experience-dependent neuroplasticity.
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Temporal processing deficits of language-learning
Temporal processing deficits of language-learning impaired children ameliorated by training by Michael M. Merzenich, William M. Jenkins, Paul Johnston, Christophe Schreiner, Stephen L. Miller, and Paula Tallal (1996). This research showed that specific training could improve temporal processing in children with language-learning impairments, highlighting the potential for targeted interventions to induce neuroplastic changes.
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Experience-driven brain plasticity
Beyond the synapse by Julie A. Markham and William T. Greenough (2005). This review discusses how experiences can lead to structural changes in neurons, glia, and blood vessels, emphasizing the multifaceted nature of neuroplasticity beyond just synaptic modifications.
The Science of Light in Motion
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Neural Dynamics of Stroboscopic Stimulation
Neural Dynamics of Stroboscopic Stimulation at Different Stimulation Frequencies by Rasa Gulbinaite et al. (2021). This study investigates how various frequencies of stroboscopic light affect neural dynamics, including signal diversity and spectral power, and examines the relationship between these neural changes and self-reported experiential content.
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Effect of Frequency and Rhythmicity
Effect of Frequency and Rhythmicity on Flicker Light-Induced Hallucinatory Phenomena by Loanna Alicia Amaya et al. (2023). This research explores how different frequencies and rhythmic patterns of flickering light influence the intensity and nature of visual hallucinations, providing insights into the neural mechanisms underlying these experiences.
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Altered States Phenomena
Altered States Phenomena Induced by Visual Flicker Light Stimulation by Marie Therese Bartossek et al. (2021). This study examines the subjective experiences induced by stroboscopic light at specific frequencies, assessing alterations in consciousness and the vividness of visual hallucinations, and discusses the potential therapeutic applications of such stimulation.
Why Multisensory Engagement Matters
Your brain thrives on rich, multisensory experiences—those that combine sight, sound, and even touch. By stimulating multiple senses, we can create deeper engagement and amplify the effects of light and sound. Think of it as a symphony for your brain, compared to a solo performance.
The Rhythm of Well-Being
Our technology uses specific light and sound frequencies and vibrations designed to complement your brain’s natural rhythms. These frequencies can help you feel more focused, relaxed, or energized, depending on the setting.
Every frequency is chosen with care, backed by studies on how sound and vibration impact the brain.
