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  1. DNA-based Nanonetworks: Realizing the Internet of Bio-Nano Things ~ WHAT IS 6G's KEY ENABLING TECHNOLOGY?

    DNA-based Nanonetworks: Realizing the Internet of Bio-Nano Things ~ WHAT IS 6G's KEY ENABLING TECHNOLOGY?

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  2. Internet of BioNano Things IEEE 2024 design and functionality of bio-nanosensors, communication technologies for nanosensors, bio-cyber interface technologies, and the security implications

    Internet of BioNano Things IEEE 2024 design and functionality of bio-nanosensors, communication technologies for nanosensors, bio-cyber interface technologies, and the security implications

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  3. ITU-JFET: Press Conference 2024 - Brain-machine Interface Technologies | AI for Good Global Summit

    ITU-JFET: Press Conference 2024 - Brain-machine Interface Technologies | AI for Good Global Summit

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  4. Bio-Interfaced Soft Electronics for Human-Machine Interfaces and Health Monitoring Prof. W. Hong Yeo Woodruff School of Mechanical Engineering, Georgia Institute of Technology 2018

    Bio-Interfaced Soft Electronics for Human-Machine Interfaces and Health Monitoring Prof. W. Hong Yeo Woodruff School of Mechanical Engineering, Georgia Institute of Technology 2018

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  5. Towards 6G Wireless Communication Networks - Vision, Enabling Technologies, and New Paradigm Shifts by H. Vincent Poor IEEE COMSOC

    Towards 6G Wireless Communication Networks - Vision, Enabling Technologies, and New Paradigm Shifts by H. Vincent Poor IEEE COMSOC

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  6. WOCC 2020 Keynote K3: Massachusetts Institute of Technology, “Using Deep Neural Networks in Physical Layer Communication Problems” by Prof. Lizhong Zheng - MIT

    WOCC 2020 Keynote K3: Massachusetts Institute of Technology, “Using Deep Neural Networks in Physical Layer Communication Problems” by Prof. Lizhong Zheng - MIT

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  7. Extreme NEMS - Opportunities at the Limits of the Nanoscale MIT Professor Farnaz Nirouri pushed the limits of miniaturizing MEMS with her work on nano-scale electromechanical systems (NEMS) devices

    Extreme NEMS - Opportunities at the Limits of the Nanoscale MIT Professor Farnaz Nirouri pushed the limits of miniaturizing MEMS with her work on nano-scale electromechanical systems (NEMS) devices

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    1.37K
  8. Your right to mental privacy in the age of brain-sensing tech | When technology can read minds, how will we protect our privacy? TED Talk

    Your right to mental privacy in the age of brain-sensing tech | When technology can read minds, how will we protect our privacy? TED Talk

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    1.75K
  9. Internet of BioNano Things IEEE 2024 design and functionality of bio-nanosensors, communication technologies for nanosensors, bio-cyber interface technologies, and the security implications

    Internet of BioNano Things IEEE 2024 design and functionality of bio-nanosensors, communication technologies for nanosensors, bio-cyber interface technologies, and the security implications

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  11. ITU-JFET: Press Conference 2024 - Brain-machine Interface Technologies | AI for Good Global Summit

    ITU-JFET: Press Conference 2024 - Brain-machine Interface Technologies | AI for Good Global Summit

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  12. Extreme NEMS - Opportunities at the Limits of the Nanoscale MIT Professor Farnaz Nirouri pushed the limits of miniaturizing MEMS with her work on nano-scale electromechanical systems (NEMS) devices

    Extreme NEMS - Opportunities at the Limits of the Nanoscale MIT Professor Farnaz Nirouri pushed the limits of miniaturizing MEMS with her work on nano-scale electromechanical systems (NEMS) devices

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  13. Towards 6G Wireless Communication Networks - Vision, Enabling Technologies, and New Paradigm Shifts by H. Vincent Poor IEEE COMSOC

    Towards 6G Wireless Communication Networks - Vision, Enabling Technologies, and New Paradigm Shifts by H. Vincent Poor IEEE COMSOC

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  14. Your right to mental privacy in the age of brain-sensing tech | When technology can read minds, how will we protect our privacy? TED Talk

    Your right to mental privacy in the age of brain-sensing tech | When technology can read minds, how will we protect our privacy? TED Talk

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  15. ITU-JFET AI FOR GOOD: Foundation models for wireless communications and sensing May 19, 2025

    ITU-JFET AI FOR GOOD: Foundation models for wireless communications and sensing May 19, 2025

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  16. ITU-JFET AI FOR GOOD: Transforming lives through BMI, bioelectronic therapy & assistive communication innovations

    ITU-JFET AI FOR GOOD: Transforming lives through BMI, bioelectronic therapy & assistive communication innovations

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  17. Dyve Biosciences and UCLA TDG Board Members Bioconvergence: Building a Leading Bioscience Ecosystem in LA- Part I & 2 2020

    Dyve Biosciences and UCLA TDG Board Members Bioconvergence: Building a Leading Bioscience Ecosystem in LA- Part I & 2 2020

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  18. ITU-JFET AI for Good Innovation Factory Catalonia – MWC25

    ITU-JFET AI for Good Innovation Factory Catalonia – MWC25

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  19. ITU-JFET: Neurotech: Enhancing focus, meditation & brain health through innovative monitoring & therapeutics

    ITU-JFET: Neurotech: Enhancing focus, meditation & brain health through innovative monitoring & therapeutics

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  20. ITU-JFET AI FOR GOOD: How AI neurotwins improve neuromodulation treatments for mental health disorders?

    ITU-JFET AI FOR GOOD: How AI neurotwins improve neuromodulation treatments for mental health disorders?

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  21. ITU-JFET AI FOR GOOD: Transforming lives through BMI, bioelectronic therapy & assistive communication innovations

    ITU-JFET AI FOR GOOD: Transforming lives through BMI, bioelectronic therapy & assistive communication innovations

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  22. PROGRAMMABLE CELLS/VIRUSES, BODY AREA NETWORKS AND WIERLESS SENSOR NETWORKS IN THE 6G ERA!

    PROGRAMMABLE CELLS/VIRUSES, BODY AREA NETWORKS AND WIERLESS SENSOR NETWORKS IN THE 6G ERA!

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  23. ITU-JFET AI for Good Innovation Factory Catalonia – MWC25

    ITU-JFET AI for Good Innovation Factory Catalonia – MWC25

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  24. Empowering the Connected Person through IoT: Body Computing & Wearable Health Innovations 2014

    Empowering the Connected Person through IoT: Body Computing & Wearable Health Innovations 2014

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  25. ITU: Deep learning for physical layer wireless communication networks and sensing radio propagation channel characteristics and modeling approaches from below 6 GHz to the millimeter wave and THz spectrum bands, with a focus on AI/ML opportunities

    ITU: Deep learning for physical layer wireless communication networks and sensing radio propagation channel characteristics and modeling approaches from below 6 GHz to the millimeter wave and THz spectrum bands, with a focus on AI/ML opportunities

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