Why it matters: This article discusses phosphene hallucinosis, which is the phenomenon of seeing light and visual patterns when pressure is applied to the eyeballs or through electrical stimulation. Understanding phosphene hallucinosis has implications for our understanding of vision, perception, and awareness.
What they are saying: The article shares anecdotes and experiments conducted by scientists throughout history to explore the nature of phosphenes. It discusses the causes and experiences of seeing phosphenes, including sensory deprivation, electrical stimulation, head trauma, migraine headaches, alcohol, and hallucinogenic drugs. The article also delves into the research conducted by Dr. Gerald Oster, who theorizes about the relationship between phosphenes and resonance phenomena.
The big picture: Phosphenes are common visual experiences that can be induced through various methods. While there is still much to learn, the study of phosphenes provides insights into the functioning of the human eye, brain, and consciousness. These insights can have implications for fields such as art, perception, and neuroscience.
What to watch: Further research on the frequency-dependence of phosphenes and resonance phenomena may help unravel the underlying mechanisms behind these visual experiences. Exploring the connection between phosphenes and human consciousness could enhance our understanding of altered states of perception and expand our awareness of the world.
My take: Understanding and studying phosphenes can provide valuable insights into the complexities of human vision and perception. Exploring the connection between phosphenes and altered states of consciousness, such as those induced by hallucinogenic drugs, may have potential applications in fields such as psychology, neuroscience, and art. Further research and experimentation in this area can uncover fascinating discoveries about the human mind and its interaction with light and sensory input.
