Renowned Novosibirsk Inventor Pursues Dream-to-Song Tech in the United States
In a new development reported by the Telegram channel Mash Siberia, Mikhail Raduga, a controversial figure from Novosibirsk, has established a technology startup in California. He has earned attention for experimental work involving brain implants intended to influence dreams, a venture he describes as a bridge between night-time experiences and real-world applications in music and media.
Raduga has conveyed to investigative reporters that his company aims to create a system capable of translating dream content into tangible musical output. The concept reportedly took root in his youth after he envisioned an imagined composition by the German rock group Rammstein, a spark that has since evolved into a broader research agenda about linking neural activity with creative expression.
According to Raduga, signals produced by muscles during dreaming can be captured with electromyography. He asserts that in early trials, a majority of participants were capable of conveying a specific musical idea while dreaming, with claims that listeners could identify a rock song attributed to the English band Queen being transmitted in some cases. These statements underscore the potential for dream-derived data to inform real-world music production, though such claims remain the subject of scrutiny and require rigorous validation.
The inventor has relocated to the United States and is in the process of assembling documentation necessary to secure residency. This move aligns with his broader ambition to develop and scale his technology in a context that supports international collaboration, investment, and regulatory review.
Raduga’s public narrative has drawn attention to a controversial episode from his past. At the age of 40, he reportedly made headlines after an incident in which he underwent a skull piercing procedure and implanted an electrode, an act described by some outlets as an attempt to control dreams. Details surrounding that event vary across sources, and it has been a focal point in discussions about the safety, ethics, and feasibility of brain-interfacing techniques. While proponents view such work as a bold frontier in neuroscience and creative media, critics warn of serious risks and call for cautious, evidence-based exploration.
Experts in neuroscience emphasize that while electromyographic signals can reveal muscle activity associated with dream recall or movement, translating these signals into reliable musical output poses substantial technical challenges. The energy, timing, and specificity required to reconstruct a composed piece from dreaming remain areas of active research. Observers note that any practical application will demand robust safety protocols, transparent peer review, and clear consent frameworks to address ethical considerations, privacy concerns, and potential unintended effects on users.
In the broader context, Raduga’s work sits at the intersection of sleep science, neurotechnology, and creative industries. If the promised capabilities can be demonstrated and scaled responsibly, they could open new avenues for artists, researchers, and entertainment platforms seeking to explore the links between inner experiences and external expression. For now, this remains a developing story that invites careful, independent validation, a rigorous assessment of risks and benefits, and ongoing dialogue among scientists, policymakers, and the public.
As Raduga advances his plans in the United States, observers will be watching how his team addresses regulatory requirements, data stewardship, and the ethical implications of dream-based interfacing with music. The outcome will likely influence not only the trajectory of this particular venture but also the broader discourse around brain-computer interfaces and the future of creative technology.
Note: The material above reflects reported statements and events as presented by available sources at the time of writing. Subsequent developments, official demonstrations, and peer-reviewed evaluations may alter the understanding of the technology and its potential.