- AI-driven Automated Attack Response Strategy Generation System
- Development of Value-Added Resource Conversion Technology for Waste Plastic Pyrolysis Products
- Development of Wearable Neuromorphic Heterogeneous Integration Platform for SPAD-fNIRS-Based Pain Signal Quantification
- Identification of Novel Disease Markers Using Depression Patient-Derived iPSCs
- Development of Sustainable and Highly Functional Polymer Synthesis and Application Technologies for Future Mobility Regulatory Compliance
- AI-driven Discovery of Targeted Protein Degraders — CRBN-based Molecular Glue Degraders
- Ultra-Low-Latency Storage-Driven I/O Subsystem for Large Language Models
- Intelligent E-Skin Foundry Platform
- Korea Sustainable Hybrid Intensification for Fractionation Technology (K-SHIFT)
- kaist_prj10
- ARC-H2: Autonomous Robotics-driven Catalysts for Hydrogen with High Durability
- PFAS-free Research Initiative for Macromolecular Energy materials (PRIME)
- Center for Divertor Science and Innovation in Fusion Energy (D-SINE)
- Quantum teleportation with quantum dot photons of different colors using a system of PIC and ASIC
- Development of AI-Based Super-Gap Core Technology for Next-Generation Eco-Friendly Free-Form Displays
- Net-zero Seawater Refinery; An AI-Based Integrated Refinery Platform for Carbon Capture and Resource Recovery from Seawater
- Transcendent Material Innovation of Phase Transition Artificial Muscles for Soft Robotics
- Development of an AX-based Intelligent Disaster Prevention Platform for Ultra-Safe SMR Construction Against Extreme External Hazards
- nEAR-LINK Initiative: In-Ear Affective BCI-AI Research Network
- Center of AI-BASE (Brain Architecture, Simulation & Engineering)
- Spin-based Neuromorphic/Quantum Hardware Platform
- Green Carbon Capture via AI-assisted Chloroplast DNA Editing
- Digital Health Technologies for Prediction and Intervention in Neurodegenerative Diseases
- Development of AI-Biofoundry Integrated Platform for Rapid On-Site Detection of Polycarbonate Microplastics and BPA Upcycling
nEAR-LINK Initiative: In-Ear Affective BCI-AI Research Network
KEYWORDKeyword
OBJECTIVE Objective
The nEAR-LINK Initiative is pioneering next-generation closed-loop Social BCI (Brain–Computer Interface) technologies by integrating in-ear multimodal biosignal sensing, non-invasive magnetic neurostimulation, affective AI, and on-device edge computing.
Our mission is to establish a new paradigm of human–AI interaction that can continuously understand and proactively modulate users’ emotional, stress, and cognitive states in real time. Through this vision, we aim to drive innovation in digital healthcare and human-centered artificial intelligence, shaping the future of personalized neurotechnology and intelligent health systems.
To achieve this goal, we foster a highly interdisciplinary research environment where experts in AI, neuroscience, electrical engineering, biomedical engineering, computer science, and related fields collaborate closely. Through this collaborative ecosystem, we are committed to nurturing outstanding postdoctoral researchers and empowering them to become the next generation of global research leaders in neurotechnology, AI, and digital healthcare.
INTRODUCTION Director's Message
Dear Prospective Researchers,
Welcome to the nEAR-LINK Initiative.
At nEAR-LINK, we are pioneering next-generation closed-loop Social Brain–Computer Interface (BCI) technologies by integrating in-ear multimodal biosignal sensing, non-invasive magnetic neurostimulation, affective AI, and on-device edge computing.
Our vision is to create a new paradigm of human–AI interaction that can continuously understand and proactively modulate users’ emotional, stress, and cognitive states in real time. Through this research, we aim to advance the frontiers of digital healthcare, mental health, assistive technologies, and human-centered artificial intelligence. We believe that future neurotechnology should seamlessly integrate into everyday life, enabling personalized and adaptive support for human well-being.
Beyond scientific discovery, a core mission of nEAR-LINK is to cultivate the next generation of research leaders. We provide an interdisciplinary environment where researchers from neuroscience, artificial intelligence, electrical engineering, biomedical engineering, computer science, and related disciplines collaborate closely to tackle ambitious challenges. Our goal is not only to produce impactful research, but also to empower postdoctoral researchers to develop independent research visions and grow into future principal investigators and global leaders in their fields.
If you are passionate about exploring new frontiers in neurotechnology, AI, and digital healthcare, and aspire to make a meaningful impact through
interdisciplinary research, we warmly invite you to join us on this exciting journey. We look forward to shaping the future together.
Sincerely,
Seung Woo Lee, Ph.D.
Director, nEAR-LINK Initiative
Associate Professor, Department of Brain and Cognitive Sciences
KAIST
IMPACT Impact
Scientific and Technological Impact
- Establish next-generation closed-loop Social BCI technologies by integrating in-ear multimodal biosignal sensing, non-invasive magnetic neurostimulation, affective AI, and edge computing.
- Move beyond laboratory-bound BCIs and introduce a new paradigm of human-centered neurotechnology for real-world applications.
- Advance interdisciplinary research at the intersection of neuroscience, artificial intelligence, electrical engineering, and biomedical engineering, strengthening global research competitiveness.
Industrial and Economic Impact
- Enable new opportunities in digital therapeutics (DTx), mental healthcare, wearable health technologies, assistive and rehabilitation robotics, and personalized AI services.
- Promote technology transfer, intellectual property generation, startup creation, and commercialization of core sensing, stimulation, AI, and edge-computing technologies.
- Contribute to the growth of the AI–BCI–Digital Healthcare ecosystem as a future engine of economic growth.
Societal Impact
- Improve mental well-being through real-time monitoring and modulation of emotional, stress, and cognitive states.
- Address emerging challenges associated with aging populations through innovative healthcare, caregiving, and rehabilitation technologies.
- Accelerate the adoption of personalized, human-centered healthcare solutions that enhance quality of life.
Talent Development Impact
- Train interdisciplinary researchers with expertise spanning AI, neuroscience, electrical engineering, biomedical engineering, and digital healthcare.
- Foster the next generation of independent investigators and global research leaders through a comprehensive postdoctoral development program.
- Build an international collaborative research network that cultivates globally competitive scientific talent.
TALENT Ideal Talent
Interdisciplinary Research Capability
- Ability to integrate knowledge across neuroscience, artificial intelligence, electrical engineering, biomedical engineering, computer science, and related disciplines.
- Capacity to develop innovative solutions by bridging sensing, neurostimulation, AI, and neurotechnology.
Creative Problem-Solving
- Ability to formulate novel research questions and develop original solutions to complex scientific and technological challenges.
- Willingness to pursue ambitious, high-impact research beyond conventional disciplinary boundaries.
Research Independence and Leadership
- Ability to establish an independent research vision and lead research projects proactively.
- Potential to grow into a future Principal Investigator (PI) and scientific leader.
Global Collaboration and Communication
- Ability to collaborate effectively with researchers from diverse academic and cultural backgrounds.
- Strong communication skills for international research partnerships and scientific dissemination.
Innovation and Translation
- Ability to translate scientific discoveries into real-world impact through patents, technology transfer, entrepreneurship, and commercialization.
- Commitment to developing technologies that address societal and healthcare challenges.