Research
Traditional methods for learning about or optimizing our brain health are often not very accurate, have side effects, or require time-consuming evaluation by experts in a clinical setting with expensive and specialized equipment. Recent advances in AI algorithms, sensor miniaturization and reduced costs present an opportunity to create a new generation of neurotechnologies that can collect more accurate data about a person’s brain and provide resulting recommendations to the person or his/her clinician.
The Frontier Lab for Applied Neurotechnology is creating a medical grade, easy-to-use EEG device which will be the foundation of the closed-loop system described above that will record and analyze brain signals, voice, heart rate, Sp02 and movements.
The Lab first intends to address issues with sleep and in the future, it will also touch on dreams, mental disorders, learning and memory, and happiness and welfare.
It will address these issues using a variety of neuromodulated outputs – music for example, will be one of the first modalities. Others will eventually include images or video, games, virtual reality and the metaverse.
We expect to identify or develop other non-invasive neurotechnologies that will help to expand and refine this system.
Announcements
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Detection of common EEG phenomena using individual electrodes placed outside the hair
Many studies over the past decades have provided exciting evidence that electrical signals recorded from the scalp (electroencephalogram, EEG) hold...
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Reconstructing Music from Human Auditory Cortex Activity Using Nonlinear Decoding Models
Music is core to the human experience yet the precise neural dynamics underlying music perception remain unknown. Dr. Gerwin Schalk, Director of the...
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RESEARCH: Spatio-temporal evolution of human neural activity during visually cued hand movements
Making hand movements in response to visual cues is common in daily life. It has been well known that this process activates multiple areas in the...
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Our brains are excellent at making predictions about what we should hear next, based on context. These predictions help us understand and interact...
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A Motor Association Area In The Depths Of The Central Sulcus
A specific part of the brain called the precentral gyrus is responsible for sending signals to the body’s muscles to make them move. Ever since the...
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TCCI Co-Founder Chrissy Luo Honored by the China Institute
Chrissy Luo, a co-founder of the Tianqiao and Chrissy Chen Institute (TCCI) was honored by the China Institute at their 2023 gala on Thursday,...
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Toward a fully implantable ecosystem for adaptive neuromodulation in humans
Preliminary experience with the CorTec BrainInterchange device in a canine model Dr. Gerwin Schalk, Director of the Chen Frontier Lab for Applied...