synthetic-intelligence-labs.github.io
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Submitted URL: http://synthetic-intelligence-labs.github.io/
Effective URL: https://synthetic-intelligence-labs.github.io/
Submission: On March 29 via api from US — Scanned from DE
Effective URL: https://synthetic-intelligence-labs.github.io/
Submission: On March 29 via api from US — Scanned from DE
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SYNTHETIC INTELLIGENCE LABS Pioneering the Future of Synthetic Biology and Intelligence Located at the crossroads of innovation in Brazil and the U.S., Synthetic Intelligence Labs is a beacon of avant-garde research in bio-silicon synergetic systems. We are dedicated to transcending the boundaries of biological and artificial intelligence. At Synthetic Intelligence Labs, we specialize in providing cutting-edge research services for the stimulation of human cortical organoids, spheroids, and rat brains, catering to the needs of researchers, academic institutions, laboratories, and medical facilities. Our offerings span from the meticulous design of experimental protocols to the generation of detailed and actionable data for our clients. Utilizing our comprehensive data analysis capabilities, we integrate a wide array of principles from theoretical physics and systems science. Our expertise in dynamical systems, chaos theory, phase space analysis, entropy quantification, and both spectral and harmonic analysis enables us to thoroughly explore and interpret complex neural datasets. This multidisciplinary approach not only deepens our understanding of the underlying dynamics of neural systems but also aids in the identification of novel patterns and relationships within neural activities. Such insights can provide a transformative perspective on brain function and behavioral patterns. Further enriching our suite of services, we develop interactive applications and games for bidirectional brain-computer interface (BCI) systems, compatible with organoids, spheroids, rat brains, and even bacterial models. These innovative tools offer unprecedented opportunities for interactive experimentation and deeper insights into neural systems, opening new avenues for research and application in the field of neuroscience. Whether the goal is to delve into the complexities of brain functions, pioneer the development of novel BCI technologies, or conduct an in-depth analysis of intricate neural data, Synthetic Intelligence Labs stands ready to support and enhance these endeavors. Our commitment to advancing neuroscience research extends to providing the scientific and medical communities with services characterized by excellence and innovation. Support us on Patreon Support us on Boosty PROJECTS: BIO SILICON SYNERGETIC LEARNING SYSTEM PERFECTLY HUMAN ANDROIDS EMOTION+IRONY+SENTIMENT ANALYZER FOR FASTCHAT (CAN BE USED FOR TEXT TO ANIMATION FOR ANDROIDS AND AVATARS) EEG ANALYSIS/PREDICTION USING APPLIED CHAOS/DYNAMICAL SYSTEMS THEORY HUMAN CORTICAL ORGANOIDS GAME SYSTEMS, SIGNAL ANALYSIS, STIMULATION HASEL CRAB ROBOTS BACTERIAL NEURAL NETS (STARTING APRIL 2024) AES256 ENCRYPTED RADIO DONGLE PLAYER TWO, OUR CUSTOM NO-RULES AI CHAT AT NEOCADIA LABS, ABIDING BY NO REGULATIONS ON CONTENT | DISCORD COMMUNITY DARK FLOW, OUR CYBERPUNK FPS/TPS MMORPG WITH REALISTIC GRAPHICS AT METAVERSE CROWDSOURCE | MVCS PROJECT 🤝 COLLABORATIVE MILESTONES: University of Michigan: Advancing optical stimulation in "DishBrain" experiment replicas. FinalSpark : Delving into human cortical spheroid learning mechanisms. University of Reading : Innovative use of bacteria in neural networks. City, University of London : Systems and states of neural signals. REMOTE STIMULATION EXPERIMENTS AND DATA ANALYSIS FOR HUMAN CORTICAL SPHEROIDS PROTOCOL REMOTE STIMULATION EXPERIMENTS AND DATA ANALYSIS FOR HUMAN CORTICAL SPHEROIDS GMP CONNECT WITH US For inquiries related to press, collaboration, or funding, reach out to us at: 📧 soul.syrup@yandex.com 📧 soul.syrupp@gmail.com Our repositories are located at https://github.com/Unlimited-Research-Cooperative Join us as we sculpt the vanguard of synthetic intelligence, where each project is a step towards a future redefined by the harmonious blend of biology and technology.