1. IMMERSED IN—The Metaverse, part 1,2,3 Artificial Intelligence models for avatar creation, motion in immersive experiences, Haptics - MIT.nano 2023

    IMMERSED IN—The Metaverse, part 1,2,3 Artificial Intelligence models for avatar creation, motion in immersive experiences, Haptics - MIT.nano 2023

    23
    0
    3.62K
    10
  2. DARPA: Advanced Materials To Enable Wireless Brain-Machine Interface

    DARPA: Advanced Materials To Enable Wireless Brain-Machine Interface

    55
    0
    5.53K
    8
  3. Ian F Akildiz Is Telling You How In His Global PANACEA Architecture (IoBnT) You Can Be Re-Programmed (DUAL USE) And Killed! - Listen Real Close 1h 11 min Mark!

    Ian F Akildiz Is Telling You How In His Global PANACEA Architecture (IoBnT) You Can Be Re-Programmed (DUAL USE) And Killed! - Listen Real Close 1h 11 min Mark!

    23
    0
    3.78K
    1
  4. Designing Nanostructures at the Interface between Biomedical and Physical Systems: Conference Focus Group Summaries (2005)

    Designing Nanostructures at the Interface between Biomedical and Physical Systems: Conference Focus Group Summaries (2005)

    3.99K
  5. An Energy Balance Clustering Routing Protocol for Intra-Body Wireless Nanosensor Networks CORONA - NIH PMC 2019

    An Energy Balance Clustering Routing Protocol for Intra-Body Wireless Nanosensor Networks CORONA - NIH PMC 2019

    54
    0
    5.17K
    3
  6. Mary Lou Jepsen on wearable MRI + holography-based telepathy Optogenetics | ApplySci @ Stanford 2018

    Mary Lou Jepsen on wearable MRI + holography-based telepathy Optogenetics | ApplySci @ Stanford 2018

    32
    0
    4.44K
    9
  7. YOUR ENEMY IS NOT RUSSIAN -- TODD CALLENDER

    YOUR ENEMY IS NOT RUSSIAN -- TODD CALLENDER

    75
    1
    5.63K
    28
  8. Let's Play! Pokémon Crystal Legacy part 11 Bullying Kanto Gym Leaders

    Let's Play! Pokémon Crystal Legacy part 11 Bullying Kanto Gym Leaders

    1
  9. EVOLVING LIVING COMPUTING Understanding and quantifying synthetic biological systems' applicability, performance, and limits - Biology, Bugs and Bits: computing and programming with synthetic biology - Brown University 2015

    EVOLVING LIVING COMPUTING Understanding and quantifying synthetic biological systems' applicability, performance, and limits - Biology, Bugs and Bits: computing and programming with synthetic biology - Brown University 2015

    14
    0
    3.22K
    7
  10. Brendan Smith—Commercializing a new nanofiltration technology (WATER) Pressure, concentration and rejection - MIT.nano 2020

    Brendan Smith—Commercializing a new nanofiltration technology (WATER) Pressure, concentration and rejection - MIT.nano 2020

    18
    0
    2.74K
    1
  11. Mad Scientist GTI Conference 2017: Convergence of Future Technology w/ Dr Canton

    Mad Scientist GTI Conference 2017: Convergence of Future Technology w/ Dr Canton

    4.19K
  12. David Sinclair at ARDD2023: Epigenetic stabilization and reprogramming: an update

    David Sinclair at ARDD2023: Epigenetic stabilization and reprogramming: an update

    20
    1
    3.8K
    1
  13. Ian F. Akyildiz: A New CubeSat Design with Reconfigurable Multi-band Radios 2021

    Ian F. Akyildiz: A New CubeSat Design with Reconfigurable Multi-band Radios 2021

    15
    0
    3.21K
  14. Defense Nanotechnology Research and Development Program December 2009 Department of Defense Director, Defense Research & Engineering

    Defense Nanotechnology Research and Development Program December 2009 Department of Defense Director, Defense Research & Engineering

    18
    0
    3.29K
  15. M. Bonn - Graphene in the (Terahertz) Microwave - Max Planck Institute For Polymer Research 2018

    M. Bonn - Graphene in the (Terahertz) Microwave - Max Planck Institute For Polymer Research 2018

    32
    0
    2.67K
    5
  16. Fourth Industrial Revolution: Conversation with Satya Nadella and Klaus Schwab | Davos 2024 | World Economic Forum

    Fourth Industrial Revolution: Conversation with Satya Nadella and Klaus Schwab | Davos 2024 | World Economic Forum

    22
    0
    3.43K
    10
  17. Physical-Layer Security in 6G Networks 2021 IEEE Open Journal of Communications - “The sixth generation (6G) of mobile network will be composed by different nodes, from macro-devices (satellite) to nano-devices (sensors inside the human body)...

    Physical-Layer Security in 6G Networks 2021 IEEE Open Journal of Communications - “The sixth generation (6G) of mobile network will be composed by different nodes, from macro-devices (satellite) to nano-devices (sensors inside the human body)...

    25
    0
    4.28K
  18. Genome Engineering for Healthy Longevity – George Church at Longevity Summit Dublin 2023

    Genome Engineering for Healthy Longevity – George Church at Longevity Summit Dublin 2023

    34
    1
    2.82K
    7
  19. Semantic communications: Transmitting beyond bits Ian F. Akyildiz& Zhijin Qin| ITU Journal 2022

    Semantic communications: Transmitting beyond bits Ian F. Akyildiz& Zhijin Qin| ITU Journal 2022

    11
    0
    2.26K
    11
  20. Information and communication theory with biochemical and molecular Control Massimi|iano Pierobon ITU Journal 2022

    Information and communication theory with biochemical and molecular Control Massimi|iano Pierobon ITU Journal 2022

    10
    0
    2.34K
  21. Edge AI networks: Ian F. Akyildiz Challenges and opportunities | ITU Journal 2022

    Edge AI networks: Ian F. Akyildiz Challenges and opportunities | ITU Journal 2022

    14
    0
    2.72K
    2
  22. Haluk Akay—Low-frequency energy harvesting at the MEMS scale - MIT.nano 2021

    Haluk Akay—Low-frequency energy harvesting at the MEMS scale - MIT.nano 2021

    16
    0
    2.23K
    2
  23. Machine learning at the wireless edge Ian F. Akyildiz & Vincent Poor | ITU Journal 2022

    Machine learning at the wireless edge Ian F. Akyildiz & Vincent Poor | ITU Journal 2022

    7
    0
    1.98K
    2
  24. Jessica Boles—Miniaturizing power electronics through piezoelectric energy storage - MIT.nano

    Jessica Boles—Miniaturizing power electronics through piezoelectric energy storage - MIT.nano

    13
    0
    1.83K