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  1. KEY TECHNOLOGIES OF 6G WBAN WHITE PAPER V7.0 I Future Mobile Communications Forum 2020/11

    KEY TECHNOLOGIES OF 6G WBAN WHITE PAPER V7.0 I Future Mobile Communications Forum 2020/11

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  3. (2020) PANACEA: Remotely controlling cells wirelessly with Your mobile phone, Implantable bioelectronic devices Including engineered Ecoli/Bacteria fluorescent bionanosensors

    (2020) PANACEA: Remotely controlling cells wirelessly with Your mobile phone, Implantable bioelectronic devices Including engineered Ecoli/Bacteria fluorescent bionanosensors

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  4. Electronically linked Brain to Brain communication in humans using non-invasive technologies | IEEE Conference Publication | IEEE Xplore (2015)

    Electronically linked Brain to Brain communication in humans using non-invasive technologies | IEEE Conference Publication | IEEE Xplore (2015)

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  5. Wireless System can Power and Communicate with Tiny Devices inside the Body - In-Vivo Networking (WBAN) (2018)

    Wireless System can Power and Communicate with Tiny Devices inside the Body - In-Vivo Networking (WBAN) (2018)

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  6. Dr. Bige Deniz Unluturk - 10/06/2023 - Molecular Communication Platforms at Multiple Scales "Thanks to synthetic biology, we can engineer living cells as biosensor devices and thanks to MEMS &nanotechnology"

    Dr. Bige Deniz Unluturk - 10/06/2023 - Molecular Communication Platforms at Multiple Scales "Thanks to synthetic biology, we can engineer living cells as biosensor devices and thanks to MEMS &nanotechnology"

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  7. Electronically linked Brain to Brain communication in humans using non-invasive technologies - IEEE Conference Publication - IEEE Xplore (2015)

    Electronically linked Brain to Brain communication in humans using non-invasive technologies - IEEE Conference Publication - IEEE Xplore (2015)

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  8. Bacterial sensors send a jolt of electricity when triggered Rice labs’ Nature paper introduces groundbreaking bioelectronic devices 2022

    Bacterial sensors send a jolt of electricity when triggered Rice labs’ Nature paper introduces groundbreaking bioelectronic devices 2022

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  9. Molecular Communication Meets AI to Provide Synthetic Biological Devices - Michael Barros - Intelegent Connectivity LAB 2023

    Molecular Communication Meets AI to Provide Synthetic Biological Devices - Michael Barros - Intelegent Connectivity LAB 2023

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  10. Telecommunications Network: Simulation Framework for Connecting In-Body Nano Communication with Out-of-Body Devices

    Telecommunications Network: Simulation Framework for Connecting In-Body Nano Communication with Out-of-Body Devices

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  11. 6G Mobile World Congress 2019

    6G Mobile World Congress 2019

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  12. Electromagnetic Nanonetworks Beyond 6G: From Wearable and Implantable Networks to On-chip Intra-Body and Quantum Communication 2024 Akildiz & Jornet - European Horizons Program

    Electromagnetic Nanonetworks Beyond 6G: From Wearable and Implantable Networks to On-chip Intra-Body and Quantum Communication 2024 Akildiz & Jornet - European Horizons Program

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  13. Cheating row erupts at Paralympics as Italian rower is stripped of his medal after being caught with his mobile phone - as Brit clinches gold

    Cheating row erupts at Paralympics as Italian rower is stripped of his medal after being caught with his mobile phone - as Brit clinches gold

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  14. iCANX Talks：Micro/Nano engineering and medico devices May 20, 2024

    iCANX Talks：Micro/Nano engineering and medico devices May 20, 2024

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  15. Mind Melds and Brain Beams: The Dawn of Brain-to-Brain Communication (2016) World Science Festival

    Mind Melds and Brain Beams: The Dawn of Brain-to-Brain Communication (2016) World Science Festival

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  16. Massimiliano Pierobon's lab studies molecular communication for nanonetworks, communication engineering applied to intelligent drug delivery systems, and biological circuit network engineering

    Massimiliano Pierobon's lab studies molecular communication for nanonetworks, communication engineering applied to intelligent drug delivery systems, and biological circuit network engineering

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  17. Shining Light On Molecular Communication: Designing a Light-based Communication System with a Biomolecular Receiver - University of Wisconsin-Madison 2020

    Shining Light On Molecular Communication: Designing a Light-based Communication System with a Biomolecular Receiver - University of Wisconsin-Madison 2020

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  18. A Clear Mesage To The Ones Too BUTT HURT To eknowledge Or Tell The Truth About nano.gov, WBAN, Molecular Communication & 6G ITU J-FET, IEC, ISO, Biodigital Convergence Standards & Policy!

    A Clear Mesage To The Ones Too BUTT HURT To eknowledge Or Tell The Truth About nano.gov, WBAN, Molecular Communication & 6G ITU J-FET, IEC, ISO, Biodigital Convergence Standards & Policy!

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  19. "You Inject These Into The Body Of The Human" Ian F. Akyildiz - Nanonetworks: A New Frontier in Communications (2011)

    "You Inject These Into The Body Of The Human" Ian F. Akyildiz - Nanonetworks: A New Frontier in Communications (2011)

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  20. Seriously how weak can you really be! Call them all out who hide information about the ITU(J-FET) ITU(IoBnT) ITU(AKILDIZ MOLECULAR COMMUNICATION) ISO,IEC BIODIGITAL CONVERGENCE STANDARDS!

    Seriously how weak can you really be! Call them all out who hide information about the ITU(J-FET) ITU(IoBnT) ITU(AKILDIZ MOLECULAR COMMUNICATION) ISO,IEC BIODIGITAL CONVERGENCE STANDARDS!

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  21. Wireless optogenetic nanonetworks for brain stimulation: Device model and charging protocols IEEE transactions on nanobioscience 2017

    Wireless optogenetic nanonetworks for brain stimulation: Device model and charging protocols IEEE transactions on nanobioscience 2017

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  22. THE INTERNET OF BIO-NANOTHINGS - 'A biological embedded computing device which gathers from and transmits information to the biological domain and also has an interface with the electrical domain of the internet.'

    THE INTERNET OF BIO-NANOTHINGS - 'A biological embedded computing device which gathers from and transmits information to the biological domain and also has an interface with the electrical domain of the internet.'

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  23. NYU Wireless Live Stream 2018: Terahertz Communications: From NAano Materials To Ultra-Broadband Networks Graphene Plasmonic Devices

    NYU Wireless Live Stream 2018: Terahertz Communications: From NAano Materials To Ultra-Broadband Networks Graphene Plasmonic Devices

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  24. CICC 2020: Electro-Quasistatic Human Body Communication IC for Secure Authentication and Bio-medical

    CICC 2020: Electro-Quasistatic Human Body Communication IC for Secure Authentication and Bio-medical

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  25. icanX Micronano devices for Biomedical Applications - Xi Xie 2020

    icanX Micronano devices for Biomedical Applications - Xi Xie 2020

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