In an experiment conducted by REMspace, a neural technology development company, two volunteers successfully communicated within their dreams.
The two volunteers experienced lucid dreams and exchanged simple messages using a special device. Lucid dreaming refers to the state of being aware that one is dreaming, occurring during the rapid eye movement (REM) sleep phase, and it holds significant potential applications—from solving physiological problems to learning new skills.
The success is the result of nearly 5 years of rigorous research and technology development.
REMspace aims to transform the REM sleep phase into the next revolutionary breakthrough following artificial intelligence (AI). The company asserts that REM sleep—free from the limitations and physical rules of reality—allows individuals to freely see, hear, touch, smell, taste, experience pleasure and pain, and even alter their body or gender.
The Dream Communication Experiment
During the experiment on September 24, the volunteers slept in their own homes. Their brain waves and sleep data were monitored remotely by a special device. Once the server detected that the first volunteer had entered a lucid dream, it generated a random word in Remmyo (dream language) and sent it through headphones. The volunteer repeated this word in their dream, and the server recorded the response.
Eight minutes later, the second volunteer entered a lucid dream and received the stored message from the first volunteer—marking the experiment a success.
This success is the culmination of nearly five years of rigorous research and technology development. Following this initial experiment, REMspace is striving to improve the outcomes in future trials.
“In the past, the concept of ‘dream communication’ sounded like science fiction, but in the future, it will become common to the extent that we can’t imagine life without this technology,” said Michael Raduga, Founder and CEO of REMspace. The company plans to launch the LucidMe PRO device next year, which will monitor electroencephalography (EEG), eye movement, electromyography (EMG), and each sleep stage.
