Neuroscience · Art · Technology · AI
NeuroMona transforms brain activity into knowledge, technology, and artistic expression through the convergence of neuroscience, artificial intelligence, and human creativity.
My interdisciplinary approach unites the rigor of neuroscience with the language of art and the power of artificial intelligence — generating knowledge that no single discipline could produce alone.
Rigorous investigation of brain structure, function, and neural dynamics — from cellular mechanisms to large-scale network behaviors and cognitive processes.
ExploreTranslating the brain's language into visual, sonic, and sensory experiences. Each work is generated from real neural data — EEG rhythms, fMRI signals, brainwave frequencies.
View GalleryDesigning interfaces between the biological and the digital — brain-computer systems, neural monitoring platforms, and next-generation neurofeedback devices.
DiscoverApplying machine learning to decode neural patterns, model cognitive architectures, and build AI systems that learn from the biological brain's organizational principles.
Learn MoreNeuroMona is the personal project of neuroscientist Juliana Estevez — an independent exploration at the frontier where neuroscience, art, and technology intersect. I believe the brain is not merely an object of scientific study — it is the source of all human creativity, consciousness, and experience.
I created NeuroMona to develop research, neurotechnology, and artistic works that emerge from actual brain data. Every project challenges the boundary between the biological and the digital.
My work spans research, artistic experimentation, educational content, and technological innovation — unified by a single conviction: that understanding the brain changes everything.
I collaborate with institutions and individuals who share this vision of advancing humanity's understanding of the brain.
Universities
Research partnerships with leading neuroscience departments worldwide
Research Institutes
Joint projects with neuroscience and cognitive science laboratories
Hospitals & Clinics
Clinical research applications in neurology and brain medicine
Technology Companies
AI and engineering partnerships for neurotechnology development
Neurotechnology
A novel approach to identifying cognitive state transitions using machine learning applied to 256-channel EEG data, achieving significant improvements in classification accuracy for consciousness research applications.
NeuroArt Research
An interdisciplinary methodology for converting oscillatory neural activity across alpha, beta, theta, and gamma bands into generative visual art, exploring the aesthetic properties of different consciousness states.
Cognitive Neuroscience
Investigating how focused and diffuse attention states differentially modulate neural oscillations in prefrontal and parietal cortices, with implications for creativity enhancement and peak performance.
Whether you are a researcher, artist, institution, or investor — I welcome everyone who shares this vision of transforming how humanity understands the brain.