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Transhuman Frequency & Toxic Nano Saturation - Sustainability 4IndRev
United Nations Electromagnetic Radiation Saturation & Nanomaterial Implants/Environmental Saturation Toxicity.
E-Healthcare
E-Health for All
Exploiting a cost-efficient 6G connectivity, it is possible [but not requested nor wanted] to enhance availability of health services to a large part of the world’s population.
A physical visit to a doctor can be effectively replaced by interaction between a patient and a doctor by means of augmented reality, virtual reality, and or extended reality.
Drones can be deployed to remote areas to facilitate sample collection for examination. To ensure a reliable sample collection by deploying drones to enhance remote health care, stringent requirement on localisation accuracy (0.1 m - 0.5 m in horizontal plane and 0.1 m – 0.3 m in vertical plane) must be met.
These strict requirements must be maintained with high availability of up to 99.99% and an update rate of acquiring new position estimated every second for the purpose of tracking, mainly when landing and sample collection/delivery procedures are ongoing.
Table 3-1.
KPIs and requirements for drone deployment to enhance remote healthcare [22.261].
KPIs (localisation) Requirements Location accuracy 0.1 m – 0.5 m horizontal, 0.1 m – 0.3 m vertical
Orientation accuracy N/A Update rate At least once per second Availability 99.99%
Earth Monitor
One of the goals in UN SDGs is to monitor Earth in real-time. To achieve this goal, a high density of very low cost and bio-degradable devices will be deployed to sense weather conditions, perform climatic measurements and keep an account of biodiversity in different parts or regions of Earth. The target accuracy is in the range of 1 m to 30 m, obtained at a rate where a new position estimate is acquired every second with availability of 99%
Institutional Coverage 6G aims to provide wireless connectivity for digital inclusion of institutions and organisations in both developing countries, as well as remote rural areas of the developed countries. By ensuring such an extensive outreach of high-grade wireless connectivity, services such as telepresence for remote virtual education.
Autonomous supply chain Autonomous supply chain ensures high resource efficiency and reduces material and energy consumption by tracking the end-to-end life cycle of goods during their production, shipping, distribution, usage, and recycling. In this regard, 6G connected micro tags can be used: to connect each product to the network, to enable an autonomous global asset tracking and management system, to monitor location and status of goods, as well as to facilitate a dynamic and responsive supply chain.
Immersive Telepresence for Enhanced Interactions Immersive telepresence outlines a capability that allows a person to be present anytime anywhere and interact with another remote person, object, or devices using all the senses, if desired. Such a capability will enhance mixed reality and holographic experience that are foundations of a fully merged cyberphysical world
Gesture Recognition for Human-machine Interface
Gesture recognition can be used to feed in input for human-machine interface, specifically when the person and the machine are in two different worlds (digital and physical).
For effective gesture recognition, requirements on sensing KPIs presented in Table 3-4 must be met.
Table 3-4. Sensing KPIs and requirements for gesture recognition for human-machine interface [LLA+19].
KPIs (sensing) Requirements Location (range + angular) accuracy cm-level
Range resolution cm-level
Maximum link range (unambiguous range) ~0.4 m
Angular resolution ~15 degree
Velocity range -10 m/s to 10 m/s
Velocity resolution 0.3 m/s
Update rate Once per 100 ms
Availability 99.99%
Augmented Reality Augmented reality (AR) is vital when experimenting on a prototype before making an actual product and to provide context aware services to the end users. To deliver an augmented experience that is close to reality and is relevant where the user is located, 6D localisation of the device that is used to provide the service is a must.
Local Trust Zones for Human and Machine
This family of use case clusters identifies the need for a framework that requires the next generation RAT to support flexible architectures that allow sensitive information of organisations or services to remain on premises as in private networks.
To exemplify scenarios under this family of use case clusters, the following are mentioned:
Precision healthcare,
Sensor infrastructure web,
6G-IoT micro-networks for smart cities,
Infrastructure-less network extensions and embedded networks,
Automatic public safety,
Local coverage for temporary usage,
Small coverage, low power micro-network in networks for production and manufacturing.
Precision Healthcare Precision medicine is an emerging initiative that takes an individualistic approach for disease treatment and prevention. Unlike the conventional one-size-fits-all approach, the individualistic treatment is governed by health-related data collection and dispensing medicine using wireless milliscale robots that navigate inside soft tissues of the human body [SUS21].
For example, 6G connectivity can be exploited to collect sensor-based measurements to keep track of patients’ vital signs.
Individual patient tracking and monitoring can be used to enhance patients’ security, prevailing to the health condition or type of sickness a person seeking medical assistance is in need by exploiting the wide area connectivity that 6G can provide.
All these different use cases, which play a pivotal role when it comes to improving healthcare, benefit from the envisaged 6G sensing and localisation capability.
In the following subsections,
the requirements on relevant KPIs are elaborated for telesurgery,
patient tracking and monitoring,
milliscale robots, and placement of equipment.
Telesurgery One distinct use case in cutting-edge E-health is telesurgery, or remote surgery
Patient tracking and monitoring
For effective patient tracking and monitoring, location accuracy of <10 m in horizontal plane and accuracy of <3 m in vertical plane (to identify floor level location of the patient) must be achieved.
To ensure reliable tracking, an update rate of 1 new position estimate per second with availability of up to 99.99% is needed as well.
Localisation of milliscale robots Combined with imaging techniques, milliscale robots can follow complex paths within human tissue with sub-millimetre accuracy
Update rate At least once per 100 milliseconds
Availability 99.999%
Placement of medical equipment on the body Very often medical equipment is brought up onto or right next to the patient’s body, and its exact position is crucial for the measurements to be collected
Location accuracy < 1 cm Hexa-X Deliverable 3.1 Dissemination level: public 34 Orientation accuracy < 1° Update rate Once per 0.1 second
Sensor Infrastructure Web To support this use case, 6G should support devices with limited or no sensing capability with sensing information, for example navigating a vehicle that has insufficient onboard sensors (like radar, lidar) to understand its surrounding environment.
Infrastructure-less Network Extensions and Embedded Networks
platoon of autonomous vehicles for agriculture harvesting. In such a deployment, vehicles in platoon are expected to maintain a safe distance among themselves to avoid collision and coordinate for navigation through the area of operation Infrastructure-less Network Extensions and Embedded Networks
Automatic Public Security
Radio waves at different frequencies show different behaviour when interacting with different objects. This behaviour becomes more prominent at higher frequencies. Owing to the deterministic nature of interaction of the radio signals, and the fact that 6G will potentially exploit higher frequency spectrum, it is possible to use radio signal-based spectroscopy technology for threat detection (detection of weapon, harmful substances, explosives etc.) and localisation to enable autonomous security in public.
Maximum link range (unambiguous range) ~120 m
Local Coverage for Temporary Usage
next generation RAN should commission a local coverage on a semi-permanent or temporary basis by deploying nodes that are mounted on autonomous vehicles, such as drones.
Massive Twinning [Digital Biological Convergence]
One of the primary objectives of future generation of RAN is to bring the digital and physical worlds together by bridging the gap between them, thus, creating a digital twin of everything in the physical world in digital world.
The possibility of creating a reliable, effective, and efficient digital twin of everything (objects and events) in the physical world will facilitate new possibilities: for example,
i) available resources are more efficiently used impacting sustainability of food production,
ii) a 4D spatio-temporal interactive map of a city is created to enable immersive smart city, and
iii) a real-time digital map of an industrial environment is created to monitor and keep track of events taking place at different parts of a factory floor.
Fundamentally, digital twin creation can capitalise on information on events taking place in the physical world at a given location and time as shown in Figure 3-2. In many use cases, 6G-connected tags can be attached to physical objects to create their digital twin with the potential of collecting sensing information that can be coupled with time instances indicating when the sensing information were
Wide area 6G networks deployed to support communication needs of digital twins can be exploited also for localisation.
In some other use cases, localisation of passive objects (detection and localisation of objects that are not connected to the digital world through 6G-connected tags or similar devices) such as scatterers of different types are needed.
In that regard, radio signal-based sensing can be used to collect information on passive objects in terms of their location and time when they were present. This information on passive objects can be used to complement digital twin that otherwise would contain digital replica of objects that can only be connected to the network.
Digital Twins for Manufacturing In order to enable a complete digital representation of the physical manufacturing environment, an accurate localisation and mapping of the scatterers which can be any object, moving or stationary, in a factory floor, is needed; for example, industrial tools whose configuration is dynamically selected depending on their accurate location.
Immersive Smart City An immersive smart city, which encompasses a digital replica of the city that contains real-time information on traffic, pollution maps, control utilities
Localisation of control utilities One of the primary objectives of immersive smart city is to enable interactive 4D map that can be used to plan and optimise utility services such as transportation, garbage, piping, cabling etc. To facilitate such an interactive map, the localisation of sensors deployed to track, monitor, and update status of these services is vital and the requirements of localisation KPIs listed in Table 3-16 must be met.
Landscape sensing
At a given geographical location, a UE receives radio signals that are deterministically (in terms of attenuation due to presence of scatterers of different types, shapes, and material) affected by the characteristics of the surrounding environment. For example, a UE in deep street canyon receives signal that propagates via multiple reflections due to the presence of buildings and other urban infrastructures. At forest, the radio signals are reflected due to the presence of trees around the target UE. These deterministic effects on radio signals can be used to identify type of landscape at the UE location; then, making this type of inferencing a tool to map landscapes within the area of cellular network deployment. Requirements on sensing KPIs for landscape sensing are outlined in Table 3-18.
Digital twins of smart buildings
Future smart buildings can benefit from massive digital twining through a virtual representation of each infrastructure element. This requires obtaining an accurate position of each light switch, lamp, heater, and any other controllable element in the building. This will be used not only for the regular operation of the building, but it can also provide a huge reduction of commissioning costs through intelligence and automation.
Location accuracy < 2.5 cm (half thickness of typical wall)
Update rate Once per hour
Digital Twins for Sustainable Food Production (with few people is not sustainable its automated)
real-time monitoring of conditions at locations to optimise disease combat strategies. In this regard, semi-autonomous vehicles can be deployed to collect measurements from the locations of interest.
To map the measurements to the respective locations, an accurate localisation of autonomous vehicles is needed.
Robots to Cobots
6G systems are expected to provide tools and methods to layout a technical foundation that can enable collaboration among robots (referred to as cobots) and humans to accomplish a common goal or task. Cobots will be widely exploited both in consumer and industrial domains. In the consumer domain, cobots will be an integral part of our future living and will take forms beyond automated vacuum cleaners and lawn mowers that are widely used today.
In the industrial domain, cobots will be exploited for modular production of goods and to also support high degrees of customisation and individualisation of the product being manufactured. To enable efficient operation of cobots, capabilities to sense and perceive the environment, on top of accurate absolute 3D and relative localisation of collaborating robots, are needed as well as high update rates specially to allow for smooth and uninterrupted synchronised collaboration. This information can then be taken as inputs by cobots to plan and act independently or synchronously to meet the common objective.
Hexa-X Deliverable Template
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Re: Transhuman Frequency & Toxic Nano Saturation - Sustainability 4IndRev
Exploring biodigital convergence : what happens when biology and digital technology merge?: PH4-185/2019E-PDF - Government of Canada Publications
[color=var(--color_brand)]https://[/color]rumble.com/v5gsk29-330537105.html
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[color=var(--color_brand)]https://[/color]publications.gc.ca/site/eng/9.881083/publicat[color=var(--color_brand)]ion.html[/color]
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Part 1 Converging Technologies for Improving Human Performance NANOTECHNOLOGY, BIOTECHNOLOGY, INFORMATION TECHNOLOGY AND COGNITIVE SCIENCE NSF/DOC-sponsored report Mihail C. Roco and William Sims Bainbridge, National Science Foundation 2002
[color=var(--color_brand)]https://[/color]rumble.com/v5elq79-326859237.html
Part 2. [color=var(--color_brand)]https://[/color]rumble.com/v5eqp2d-327091045.html
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Yo Grok: Is the Human Body connected to the Internet of Nano Things at the Physical Layer under 6G IoBnT?
[color=var(--color_brand)]https://[/color]rumble.com/v5d95b0-324592668.html
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Wirelessly Hacking Gene to Reprogram Human Genome Alumni University at Buffalo - Scientists Are Using The Human Body As The Antenna In 6g IMT-2030
[color=var(--color_brand)]https://[/color]rumble.com/v5cbz6z-323045099.html
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Bio-Cyber Interfaces for Intrabody Molecular Communications Systems IoBnT 6G Funded by Science Foundation Ireland and the Department of Agriculture
[color=var(--color_brand)]https://[/color]rumble.com/v5dntvd-325277689.html
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PANACEA: An Internet of Bio-NanoThings Application for Early Detection and Mitigation of Infectious Diseases - Genetically Engineered Cells ITU-IEEE
[color=var(--color_brand)]https://[/color]rumble.com/v5cbk4p-323025577.html
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National Nanotechnology Initiative (NNI) - Nanotechnology - Nanosensors - nanoscale network - Molecular nanotechnology - Intrabody Molecular Communication - The Internet of Bio-Nano Things (IoBNT) 6G
[color=var(--color_brand)]https://[/color]rumble.com/v5c3snw-322663388.html
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Market $ize & Growth 2030: Nanotechnology, nano-Medicine, Nanonetworks (IOnT)(IOBNT), nano sensors, Body Area Networks, 6G, Optogenetics! - Money Talks & Bullshit Walks!
[color=var(--color_brand)]https://[/color]rumble.com/v5cpt7m-323690530.html
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Nanotechnology: A Revolution in Modern Industry - PMC - Nano In Literally Everything!
[color=var(--color_brand)]https://[/color]rumble.com/v5cl9lt-nanotechnology-a-revolutio[color=var(--color_brand)]n-in-modern-industry-pmc-nano-in-literally-everyt.html[/color]
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Nanotechnology for biosensors
[color=var(--color_brand)]https://[/color]rumble.com/v5dfy9p-nanotechnology-for-biosens[color=var(--color_brand)]ors.html[/color]
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MINERVA: Communication Theoretical Foundations of Nervous System Towards Bio-Inspired Nanonetworks - SYNTHETIC BIOENGINEERING IN Vivo with SMART MATERIALS
[color=var(--color_brand)]https://[/color]rumble.com/v5cclbh-323073773.html
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The Internet of Bio-Nano Things (IoBNT) represents a transformative convergence of computer science, communication, nanotechnology, bioengineering, and medical science IEEE-ITU 6G July 6, 2024
[color=var(--color_brand)]https://[/color]rumble.com/v5dg19d-324914017.html
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ITU-IOBNT 6G Volume 2 (2021) Internet of Bio-Nano Things for health applications "Human Body as IoBNT Infrastructure" ITU-EUROPEN HORIZONS 6G
[color=var(--color_brand)]https://[/color]rumble.com/v5dfgd1-324886933.html
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Nanonetworking in the Terahertz Band and Beyond From Nano-Bio Interfaces to Quantum Communications UN-LAB North Eastern University ITU-IOBNT 6G
[color=var(--color_brand)]https://[/color]rumble.com/v5dikg9-325032201.html
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Dynamic Multihop Routing in Terahertz IoBnT Flow-Guided Nanosensor Networks: A Reinforcement Learning Approach IEEE-1906.1 ITU-IOBNT 6G
[color=var(--color_brand)]https://[/color]rumble.com/v5df05n-324865931.html
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"visible light communication (VLC) LED-based lamp to send a message to the human brain using the eye retina as a relay node. In fact, the eye and the brain can be seen as a natural VLC receiver"
[color=var(--color_brand)]https://[/color]rumble.com/v5czj19-324143901.html
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6G WORLD: Can you imagine your body’s cells connected to the internet? What about not only measuring your health but literally taking control of it?
[color=var(--color_brand)]https://[/color]rumble.com/v4xs7zl-may-27-2024.html
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SENSORS2023:
Exploring the Role of 6G Technology in Enhancing Quality of Experience for m-Health Multimedia Applications: A Comprehensive Survey [color=var(--color_brand)][/color]mdpi.com/1424-8220/23/13/5882
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Exploring the Role of 6G Technology in Enhancing Quality of Experience for m-Health Multimedia Applications: A Comprehensive Survey
[color=var(--color_brand)][/color]mdpi.com/1424-8220/23/13/5882?type=check_upda[color=var(--color_brand)]te&version=1[/color]
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Envisioning 6G Molecular Communication for IoBNT Diagnostic Systems [color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/9538653
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KEYNOTE 1: PROF. ÖZGÜR BARIŞ AKAN, UNIVERSITY OF CAMBRIDGE, IEEE FELLOW, TURING FELLOWTITLE: INTERNET OF EVERYTHING (IOE) - FROM MOLECULES TO THE UNIVERSE
Date: November 6th, 2023
[color=var(--color_brand)]https://[/color]camad2023.ieee-camad.org/program/keynotes
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AI-Enabled Internet of Nano Things Methodology for Healthcare Information Management
[color=var(--color_brand)][/color]igi-global.com/chapter/ai-enabled-internet-of[color=var(--color_brand)]-nano-things-methodology-for-healthcare-information-management/312337[/color]
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Smart Body Area Network (SmartBAN)
Relay Functionality for SmartBAN
Medium Access Control (MAC) 2024
">[color=var(--color_brand)][/color]google.com/url?sa=t&source=web&rct=j&opi=8997[color=var(--color_brand)]8449&url=[/color]
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Nano communication, often referred to also as molecular communication, has the potential to complement classic radio-based telecommunication networks and, eventually, become an integral part of 6G+ solutions. A keynote on this topic will be held at EuCNC.
[color=var(--color_brand)][/color]eucnc.eu/programme/keynotes/
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6G Market Size & Share Analysis - Industry Research Report - Growth Trends [color=var(--color_brand)][/color]mordorintelligence.com/industry-reports/6g-ma[color=var(--color_brand)]rket[/color]
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Using the human body as the antenna 6g
[color=var(--color_brand)][/color]google.com/search?q=using+the+human+body+as+t[color=var(--color_brand)]he+antenna+6g&sca_esv=3f7f644d59edce5a&sca_upv=1&sxsrf=ADLYWIK6iKl9HQvoj-o0RhO-Kjx195yBug%3A1717897791310&ei=PwplZrDPEuLcwN4P7Ly5-Aw&udm=&oq=&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIgAqAggAMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCMgcQIxgnGOoCSK4HUABYAHACeACQAQCYAQCgAQCqAQC4AQHIAQD4AQGYAgKgAhyoAg-YAxGSBwEyoAcA&sclient=mobile-gws-wiz-serp[/color]
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joseph jornet 6g optogenetics
[color=var(--color_brand)][/color]google.com/search?q=joseph+jornet+6g+optogene[color=var(--color_brand)]tics+wireless&sca_esv=3f7f644d59edce5a&sca_upv=1&sxsrf=ADLYWILWDBtzmRbpgFpmxxJWXfVNw5WHZA%3A1717897974697&ei=9gplZqSkKpfewN4PzbigoAY&oq=joseph+jornet+6g+optogenetics+&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIh5qb3NlcGggam9ybmV0IDZnIG9wdG9nZW5ldGljcyAqAggDMgUQIRigATIFECEYoAEyBRAhGKABMgUQIRigAUj8gAFQvgtY9UlwAHgAkAEAmAHBAaAB1RWqAQQxLjE4uAEByAEA-AEBmAIKoALAC8ICCxAAGLADGKIEGIkFwgILEAAYgAQYsAMYogTCAgQQIxgnwgIEECEYFZgDAIgGAZAGApIHBDAuMTCgB4Nd&sclient=mobile-gws-wiz-serp[/color]
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Yo Grok what is the IEEE 1906.1 Standard? [color=var(--color_brand)][/color]google.com/search?q=IEEE+1906.1&sca_esv=49e42[color=var(--color_brand)]cec2986189a&sca_upv=1&sxsrf=ADLYWIJQ6Q_oUULM7HlIgDAV-VssEveSjw%3A1717950071623&source=hp&ei=d9ZlZp-3JISA5OMPw5_t8AI&oq=IEEE+1906.1&gs_lp=EhFtb2JpbGUtZ3dzLXdpei1ocCILSUVFRSAxOTA2LjEyBhAAGBYYHjIFECEYoAEyBRAhGKABMgUQIRigATIFECEYoAFI-RRQuQ9YuQ9wAXgAkAEAmAF-oAF-qgEDMC4xuAEDyAEA-AEC-AEBmAICoAKhAagCD8ICBxAjGCcY6gKYAxuSBwMxLjGgB_4D&sclient=mobile-gws-wiz-hp[/color]
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[color=var(--color_brand)]https://[/color]x.com/elonmusk/status/1706725389761233256?t=x[color=var(--color_brand)]GX6_9CwOMku2PypzRmn8A&s=19[/color]
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ITU: The IEEE 1906.1 Standard: Nanocommunication as a New Source OF DATA 2017 — IEEE 1906.1 STANDARD. ">[color=var(--color_brand)][/color]google.com/url?sa=t&source=web&rct=j&opi=8997[color=var(--color_brand)]8449&url=[/color]
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CCS LABS PROJECTS: 6G IMT-2030 Internet of Bio-Nano-Things - Distributed Embedded Systems - The IoBNT will integrate radio, ultrasonic, and molecular communication schemes In nano Medicine
[color=var(--color_brand)][/color]ccs-labs.org/projects/iobnt/
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[WBAN]
802.15.6: [color=var(--color_brand)][/color]google.com/search?q=802.15.6+ieee&sca_esv=0d5[color=var(--color_brand)]21506f00f1162&sca_upv=1&sxsrf=ADLYWIIRJ6ViGO04xP3Smlp7sSfQvdT5XA%3A1720017002337&ei=amCFZu2mFJCHptQPvayQyAU&oq=802ieee&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIgc4MDJpZWVlKgIIADIHECMYsAIYJzIHECMYsAIYJzIIEAAYExgHGB4yCBAAGBMYBxgeMggQABgTGAcYHjIIEAAYExgHGB4yCBAAGBMYBxgeMggQABgTGAcYHkix_wFQuRNYyekBcAZ4AJABAJgBhAKgAcUWqgEGNC4xNS4zuAEByAEA-AEBmAIUoAL7D8ICBhAAGAgYHsICDBAjGIAEGBMYJxiKBcICBBAjGCfCAhAQLhiABBjRAxhDGMcBGIoFwgIKEAAYgAQYQxiKBcICBhAAGAcYHsICChAjGIAEGCcYigXCAggQABgHGB4YD8ICBBAAGB7CAggQABgFGAcYHsICBhAAGAUYHsICCBAAGAcYCBgewgIIEAAYCBgKGB7CAgQQHhgKmAMAiAYBkgcGNi4xMi4yoAfWXQ&sclient=mobile-gws-wiz-serp[/color]
802.15.4: [color=var(--color_brand)][/color]google.com/search?sca_esv=0d521506f00f1162&sc[color=var(--color_brand)]a_upv=1&sxsrf=ADLYWIJVCJ9Wd1KmCJCJena9UODNq25TLg:1720017155956&q=802.15.4+ieee&source=lnms&fbs=AEQNm0CbCVgAZ5mWEJDg6aoPVcBgAVbSigqb6Dxm3tVkBvhONbzSYGicpue_oCnsp33WnhBIPEagrqr-LLHHrprSt8SBgk3PqccTruc1BVhAawkXY0GfhYqHzlRiK5YJ3f8tKWwGvcagpsaHZpczEXc_JutEqiftYKeqUmIwmTgpUqtm2bgEOC_9rCz6-GnvrqgcdwvJH3pllZtwvQLSboAPDWuiJZwJnw&sa=X&ved=2ahUKEwiNj9qci4uHAxWsvokEHXggDKMQ0pQJegQIDhAB&biw=384&bih=724&dpr=2.81[/color]
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[nano]
1906.1: [color=var(--color_brand)][/color]google.com/search?q=1906.1+ieee&sca_esv=0d521[color=var(--color_brand)]506f00f1162&sca_upv=1&sxsrf=ADLYWIKUINxbl6d7qh_QTk9uHQ3kOCydHQ%3A1720016895530&source=hp&ei=_1-FZsvbHaSGuvQP4t2eqAc&oq=1906.1&gs_lp=EhFtb2JpbGUtZ3dzLXdpei1ocCIGMTkwNi4xKgIIADIEECMYJzIGEAAYBRgeMgYQABgFGB5IrkdQ_x1Y8TZwAXgAkAEAmAGIAaABqQWqAQMxLjW4AQHIAQD4AQGYAgegAv8FqAIPwgIHECMYJxjqAsICEBAuGMcBGCcY6gIYjgUYrwHCAgsQABiABBixAxiDAcICBRAAGIAEwgILEC4YgAQYsQMYgwHCAgUQLhiABMICCBAuGIAEGLEDwgIHEAAYgAQYCpgDGpIHAzEuNqAHoy4&sclient=mobile-gws-wiz-hp[/color]
1906.1.1: [color=var(--color_brand)][/color]google.com/search?q=1906.1.1+ieee&sca_esv=0d5[color=var(--color_brand)]21506f00f1162&sca_upv=1&sxsrf=ADLYWILFiM8l4EJ65OZY99YGqvtI_w4ecg%3A1720016973533&ei=TWCFZtycIJb-ptQP4-SnmA0&oq=1906.1.1+ieee&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIg0xOTA2LjEuMSBpZWVlSOIbULMSWPsXcAB4AJABAJgBwAGgAdkDqgEDMC4zuAEDyAEA-AEBmAICoALRAsICCRAAGLADGAgYHsICCxAAGIAEGLADGKIEwgIGEAAYCBgewgIIECEYoAEYwwSYAwCIBgGQBgSSBwUwLjEuMaAHnQc&sclient=mobile-gws-wiz-serp[/color]
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6G IMT-2030: [color=var(--color_brand)][/color]google.com/search?sca_esv=0d521506f00f1162&sc[color=var(--color_brand)]a_upv=1&sxsrf=ADLYWIJEvn8sQZODSf_-7dlxJSrZDXIN7A:1720017225886&q=imt-2030&source=lnms&fbs=AEQNm0BGIGwLWEDSb1sf9biXUg7S5O0RNO6M3TrGgR1EHW63U_8PjVFqe9BfTbacgEWPWOefpM4hHK3qCdi11Qpqaoq4Chv-CwAlHUOA6MpxZeiHmfWkmF5FxSdgcO5Ucp3yp4FFIBWhlNQeWuVJXrD7UFSSy8jkm66qblXylV7d2GIwQYcuqjWaQIpduq4Uf_vvhpAz6VbszfzaDoza7dx-lNlKKX-hIw&sa=X&ved=2ahUKEwi_sYa-i4uHAxXelIkEHeiADeoQ0pQJegQIERAB&biw=384&bih=724&dpr=2.81[/color]
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[color=var(--color_brand)]https://[/color]x.com/CorinneNokel/status/1800477488596107571[color=var(--color_brand)]?t=a1ZzDgsdGidoXWYIjDEP1Q&s=19[/color]
1. Yo Grok what is IEEE 802.15.4 Intra-Body Nano-Routing?
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2. Yo Grok what is the IEEE 1906.1 Standard?
Human in Vivo Synthetic Molecular Engineering with smart materials
#PANACEA
1906.1-2015 - IEEE Recommended Practice for Nanoscale and Molecular Communication Framework
[color=var(--color_brand)]http://[/color]ieeexplore.ieee.org/document/73782…
1906.1.1-2020 [color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/9285373
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When the AI tries to convince you that Crimes Against Humanity are essentially a good thing...
Which NANO-CYBER INTERFACE, Mr. President?
HUMAN ENERGY HARVESTING without INFORMED CONSENT?
#BodilyAutonomy
IEEE 1906.1 / 19061.1. #IoBNT
#WirelessTelemetry
#NurembergCode
It's troubling to read that the Nano-Cyber interface 'harvests' energy from the human body. Our electrical signals, however they're produced, aren't free. I'm not a doctor but surely our body requires minerals, enzymes, 'resources' for lack of a better word, to produce its electrical signals. [color=var(--color_brand)]https://[/color]x.com/CorinneNokel/status/1809280623875350656[color=var(--color_brand)]?t=x-BAY9e8vBavjfYGiOqt9Q&s=19[/color]
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Jio's 6G Ambitions: Mukesh Ambani Reveals Future Plans.
Setting the 6G Benchmark Jio Platforms is set to soar in the world of Telecommunications.
[color=var(--color_brand)][/color]google.com/search?q=6G%0D%0ABEYOND%0D%0Aand%0[color=var(--color_brand)]D%0AWhitepaper%0D%0A+jio+platforms&sca_esv=f52e3f466bac3cdf&sca_upv=1&sxsrf=ADLYWIJGruHy6lOgheDtYJHILGuDGDFtTQ%3A1720394795805&ei=KySLZovqMJrn0PEPsZyx0A0&oq=6G%0D%0ABEYOND%0D%0Aand%0D%0AWhitepaper%0D%0A+jio+platforms&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIic2RwpCRVlPTkQKYW5kCldoaXRlcGFwZXIKIGppbyBwbGF0Zm9ybXMyBRAhGKABMgUQIRigATIFECEYoAFIvW5Q8A9YkW1wBHgAkAEAmAG-AaAB2w-qAQQwLjE0uAEDyAEA-AEB-AECmAISoAK1EKgCD8ICBxAjGCcY6gLCAgcQIRigARgKwgIEECEYFZgDE-IDBRIBMSBAkgcENC4xNKAHxCs&sclient=mobile-gws-wiz-serp#ip=1[/color]
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The Radiocommunication Assembly 2023 (RA-23) approved the revisions of Resolution ITU-R 56, confirming the name for the next generation of IMT (aka “6G”) to be “IMT-2030
[color=var(--color_brand)][/color]itu.int/en/ITU-R/study-groups/rsg5/rwp5d/imt-[color=var(--color_brand)]2030/Pages/default.aspx[/color]
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Yo Grok how could DNA barcoding be incorporated into an autonomous weapons system?
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Human NODE IEEE:
[color=var(--color_brand)][/color]google.com/search?q=human+node+ieee&sca_esv=0[color=var(--color_brand)]f676148fa9f8081&sca_upv=1&sxsrf=ADLYWIJYm_s6xo2vIEFJ-e1DpLZQ_efxOw%3A1720634481920&source=hp&ei=ccyOZp-lNtTA0-kPmMmwCA&oq=human+node+ieee&gs_lp=EhFtb2JpbGUtZ3dzLXdpei1ocCIPaHVtYW4gbm9kZSBpZWVlMgUQIRigATIFECEYoAEyBRAhGKABSJMsUOIJWKMqcAF4AJABAJgByQGgAY0SqgEGMC4xNC4xuAEDyAEA-AEBmAIQoAKVE6gCD8ICBxAjGCcY6gLCAgQQIxgnwgIMECMYgAQYExgnGIoFwgILEAAYgAQYsQMYgwHCAhEQLhiABBixAxjRAxiDARjHAcICDhAuGIAEGLEDGNEDGMcBwgIQEAAYgAQYsQMYQxiDARiKBcICEBAuGIAEGNEDGEMYxwEYigXCAgoQABiABBhDGIoFwgINEAAYgAQYsQMYQxiKBcICCBAAGIAEGMsBwgIIEC4YgAQYywHCAgoQABiABBgKGMsBwgIGEAAYFhgewgIIEAAYFhgKGB7CAggQABgWGB4YD8ICBRAhGJ8FmAMY4gMFEgExIECSBwYxLjEzLjKgB7Nk&sclient=mobile-gws-wiz-hp[/color]
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Blockchain explained... in under 100 words
[color=var(--color_brand)]https://[/color]www2.deloitte.com/ch/en/pages/strategy-operat[color=var(--color_brand)]ions/articles/blockchain-explained.html[/color]
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New tech and lower costs make it possible to monitor devices straight from orbit [color=var(--color_brand)]https://[/color]spectrum.ieee.org/cubesat
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A Systematic Review of Bio-Cyber Interface Technologies and Security Issues for Internet of Bio-Nano Things
[color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/9467302
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Dr. Josep Jornet UN-LAB - Optogenomic Interfaces Controlling Neuronal Networks through Light-mediated programming of Genomic Networks 2020 Walton Institute
[color=var(--color_brand)]https://[/color]rumble.com/v4te6mb-may-5-2024.html
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6G WORLD: Can you imagine your body’s cells connected to the internet? What about not only measuring your health but literally taking control of it?
[color=var(--color_brand)]https://[/color]rumble.com/v4xs7zl-may-27-2024.html
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(2017)
Josep M. Jornet - An optofluidic channel model for in vivo nanosensor networks in human blood: [color=var(--color_brand)][/color]researchgate.net/figure/a-Communication-of-na[color=var(--color_brand)]nomachines-inside-the-human-blood-b-Layered-RBC-Model_fig1_316652312[/color]
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Mrna & Light to "Read & Write" Biology Oxford Chemistry - Controlling DNA Function 2023
[color=var(--color_brand)]https://[/color]rumble.com/v4n5w5h-mrna-and-light-to-read-and[color=var(--color_brand)]-write-biology-oxford-chemistry-2023.html[/color]
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ISO/IEC/IEEE 8802-15-6:2017Information technology — Telecommunications and information exchange between systems — Local and metropolitan area networks — Specific requirementsPart 15-6: Wireless body area network
[color=var(--color_brand)][/color]iso.org/standard/72352.html
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ISO/TC 229
Nanotechnologies
[color=var(--color_brand)][/color]iso.org/committee/381983.html
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WEF: Deploying nanorobotics for diagnosis and treatment | Simone Schuerle (Aug 2019)
[color=var(--color_brand)]https://[/color]rumble.com/v56ijmq-wef-deploying-nanorobotics[color=var(--color_brand)]-for-diagnosis-and-treatment-simone-schuerle-aug-.html[/color]
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6G and Beyond: The Future of Wireless Communications Systems
[color=var(--color_brand)][/color]semanticscholar.org/paper/6G-and-Beyond%3A-Th[color=var(--color_brand)]e-Future-of-Wireless-Systems-Akyildiz-Kak/402e6245d6d2b8aba881d00d652c6121cf52fe27[/color]
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6G [color=var(--color_brand)][/color]google.com/search?q=When+Internet+of+Things+m[color=var(--color_brand)]eets+Metaverse%3A+Convergence+of+Physical+and+Cyber+Worlds+ieee&sca_esv=10959785a6cd5531&sca_upv=1&sxsrf=ADLYWIJDZ0XgQ-uzMPLwDpV95WPvhdMIWw%3A1720887226522&ei=uqeSZp67H-qrptQPpdql0Ao&oq=When+Internet+of+Things+meets+Metaverse%3A+Convergence+of+Physical+and+Cyber+Worlds+ieee&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIlZXaGVuIEludGVybmV0IG9mIFRoaW5ncyBtZWV0cyBNZXRhdmVyc2U6IENvbnZlcmdlbmNlIG9mIFBoeXNpY2FsIGFuZCBDeWJlciBXb3JsZHMgaWVlZUjbGFDnC1irFXAAeACQAQCYAZwCoAGCB6oBBTEuNC4xuAEDyAEA-AEBmAIDoAKKBMICBxAjGLADGCfCAgsQABiABBiwAxjLAcICBBAjGCfCAgQQABgewgIEEB4YCpgDAIgGAZAGApIHBTAuMi4xoAf6CQ&sclient=mobile-gws-wiz-serp[/color]
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Ethical and societal challenges of the approaching technological storm
Studju 25-07-2022
[color=var(--color_brand)][/color]europarl.europa.eu/thinktank/mt/document/EPRS[color=var(--color_brand)]_STU(2022)729543[/color]
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Contribute to special issues of the ITU Journal on topics from Bio-NanoThings to beyond 5G 2020
[color=var(--color_brand)]https://[/color]aiforgood.itu.int/contribute-to-special-issue[color=var(--color_brand)]s-of-the-itu-journal-on-topics-from-bio-nanothings-to-beyond-5g/[/color]
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Next-Generation Non-Surgical Neurotechnology 'These nanotransducers must be delivered in a minutely invasive (nonsurgical) manner, which may include ingestion, injection, or nasal administration, and involve technology that includes self- assembly inside the body.' [color=var(--color_brand)]https://[/color]research-vp.tau.ac.il/sites/resauth.tau.ac.il[color=var(--color_brand)]/files/DARPA_NonSurgical_Neurotech_HR001118S0029.pdf[/color]
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Human Activity Detection Using WiFi Signals and Deep Networks - SK Reddy is the Chief Product Officer AI & ML 2018
[color=var(--color_brand)]https://[/color]rumble.com/v56xxjp-july-14-2024.html
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Augmenting human potential in the 6G era " That Will Allow Us To Connect The Physical World & The Biological World With Digital Twin Models In The Digital World" - NOKIA BELL LABS 2023
[color=var(--color_brand)]https://[/color]rumble.com/v571vnh-july-15-2024.html
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6G IEEE [color=var(--color_brand)]https://[/color]x.com/fear2022/status/1812932970589688267?t=p[color=var(--color_brand)]22AOf7rjbBk_pfINAhLMQ&s=19[/color]
Towards the Internet of Senses: Integrating Human Mind, Body and 6G [url=,%20Body%20and%206G][color=var(--color_brand)][/color]google.com/search?q=Towards+the+Internet+of+S[color=var(--color_brand)]enses%3A+Integrating+Human+Mind%2C+Body+and+6G&client=ms-android-samsung-ss&sourceid=chrome-mobile&ie=UTF-8#sbfbu=1&pi=Towards%20the%20Internet%20of%20Senses:%20Integrating%20Human%20Mind,%20Body%20and%206G[/color][/url]
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NIH & DARPA BRAIN INITIATIVE:
BRAIN 2.0: From Cells to Circuits, Toward Cures
[color=var(--color_brand)]https://[/color]braininitiative.nih.gov/vision/nih-brain-init[color=var(--color_brand)]iative-reports/brain-20-report-cells-circuits-toward-cures[/color]
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6G BRAINS [color=var(--color_brand)]https://[/color]5g-ppp.eu/6g-brains/
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Telecommunication Networks (TKN)
Internet of Bio-Nano-Things
[color=var(--color_brand)]https://[/color]www2.tkn.tu-berlin.de/projects/iobnt/
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Internet of Bio-Nano-Things
[color=var(--color_brand)][/color]internet-of-bio-nano-things.org/
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Envisioning 6G Molecular Communication for IoBNT Diagnostic Systems [color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/9538653
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[color=var(--color_brand)]https://[/color]x.com/CorinneNokel/status/1814622805058625751[color=var(--color_brand)]?t=8R02onuUQ30S8a9qnQ_tIw&s=19[/color]
EU Parliament:
Scalable Localization-enabled In-body Terahertz Nanonetwork
[color=var(--color_brand)]https://[/color]cordis.europa.eu/project/id/893760/fr
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BioComm: Biocompatible Physical Layer Design for Wireless Intra-body Communications [color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/10586216
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Converging Technologies
for Improving Human Performance
NANOTECHNOLOGY, BIOTECHNOLOGY, INFORMATION TECHNOLOGY AND COGNITIVE SCIENCE
NSF/DOC-sponsored report
Edited by Mihail C. Roco and William Sims Bainbridge, National Science Foundation
June 2002
Arlington, Virginia
(Obama White House Archives)
PDF: [color=var(--color_brand)]https://[/color]obamawhitehouse.archives.gov/sites/default/fi[color=var(--color_brand)]les/microsites/ostp/bioecon-%28%23%20023SUPP%29%20NSF-NBIC.pdf[/color]
(482 pages)
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6g open labs [color=var(--color_brand)][/color]google.com/search?q=6g+open+labs&oq=6g+open+l[color=var(--color_brand)]abs&gs_lcrp=EgZjaHJvbWUyBggAEEUYOdIBCDM1NjNqMGo0qAIBsAIB&client=ms-android-samsung-ss&sourceid=chrome-mobile&ie=UTF-8#ip=1&sbfbu=1&pi=6g%20open%20labs[/color]
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open lab wikipedia [color=var(--color_brand)][/color]google.com/search?q=open+lab+wikipedia&client[color=var(--color_brand)]=ms-android-samsung-ss&sca_esv=6bd45db164d8933b&sca_upv=1&sxsrf=ADLYWIKaNHWh5BJfaYMrIbQsULiWpHnUsA%3A1721790598822&ei=hnCgZvr1MfvdptQP2fiFwAY&oq=open+lab+wikipedia&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIhJvcGVuIGxhYiB3aWtpcGVkaWEyBBAjGCcyBhAAGAcYHjIGEAAYBxgeMggQABiABBiiBDIIEAAYgAQYogQyCBAAGIAEGKIEMggQABiABBiiBDIIEAAYgAQYogRIhilQvCJYvCJwAXgBkAEAmAGEAaABhAGqAQMwLjG4AQPIAQD4AQGYAgKgAp8BwgIKEAAYsAMY1gQYR5gDAIgGAZAGB5IHAzEuMaAHywU&sclient=mobile-gws-wiz-serp#sbfbu=1&pi=open%20lab%20wikipedia[/color]
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Body as a Network Node
[color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/8043169
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"The human body will be the main actor in the ICT systems, by playing an active role as node of the network, as well as part of the user terminal. Body as a Node ( ByN ) is the future of ICT networks"
[color=var(--color_brand)]https://[/color]onlinelibrary.wiley.com/doi/10.1002/978111934[color=var(--color_brand)]1451.ch6[/color]
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DARPA rolls out molecular data storage project to handle flood of information
April 1, 2017
[color=var(--color_brand)][/color]militaryaerospace.com/computers/article/16709[color=var(--color_brand)]827/darpa-rolls-out-molecular-data-storage-project-to-handle-flood-of-information[/color]
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Scientists create organic 'molecular computer'
By Dario Borghino
May 10, 2010
Researchers from Japan and the Michigan Technological University have succeeded in building a molecular computer
[color=var(--color_brand)]https://[/color]newatlas.com/organic-molecular-computer/15041[color=var(--color_brand)]/[/color]
#Molecular_Electronics
#Biocomputer
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Yo Grok what are examples of a bio-cyber interface?
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2017 RadioBio: What role does electromagnetic signaling have in biological systems?
New program to explore whether electromagnetic waves are purposefully transmitted and received within or between cells.
[color=var(--color_brand)][/color]darpa.mil/news-events/2017-02-07
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Six Paths to the Nonsurgical Future of Brain-Machine Interfaces
[color=var(--color_brand)][/color]darpa.mil/news-events/2019-05-20
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Electrical Prescriptions (ElectRx)
[color=var(--color_brand)][/color]darpa.mil/program/electrical-prescriptions
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[color=var(--color_brand)]https://[/color]en.wikipedia.org/wiki/Wetware_(biology)
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iobnt wetware
[color=var(--color_brand)][/color]google.com/search?q=iobnt+wetware&sca_esv=6a9[color=var(--color_brand)]04a9a75d7e5fd&sca_upv=1&sxsrf=ADLYWIKGa-F3S8LD6wKp8TGbj7usKYrfYQ%3A1722722077137&source=hp&ei=HaeuZqm0BuetptQPu4fwYA&oq=iobnt+wetware&gs_lp=EhFtb2JpbGUtZ3dzLXdpei1ocCINaW9ibnQgd2V0d2FyZTIFECEYoAEyBRAhGKABSLEtUKcJWJ0rcAF4AJABAJgBpgGgAZMMqgEEMS4xMrgBA8gBAPgBAZgCDqACuw2oAg_CAgcQIxgnGOoCwgIQEC4YxwEYJxjqAhiOBRivAcICDBAjGIAEGBMYJxiKBcICChAjGIAEGCcYigXCAg4QLhiABBixAxiDARiKBcICCBAAGIAEGLEDwgILEAAYgAQYsQMYgwHCAg4QLhiABBixAxjRAxjHAcICBBAjGCfCAgUQABiABMICCxAuGIAEGMcBGK8BwgINEAAYgAQYsQMYgwEYCsICDRAuGIAEGLEDGIMBGArCAgoQABiABBixAxgKwgIHEAAYgAQYCsICCBAAGIAEGKIEwgIHECMYJxjLBJgDJpIHBDEuMTOgB49J&sclient=mobile-gws-wiz-hp#ip=1&sbfbu=1&pi=iobnt%20wetware[/color]
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3.5 Secure Intra-body Wireless Communications (SIWiC) System Project [color=var(--color_brand)][/color]google.com/search?q=3.5+Secure+Intra-body+Wir[color=var(--color_brand)]eless+Communications+%28SIWiC%29+System+Project+&sca_esv=b9cada862260c26c&sca_upv=1&sxsrf=ADLYWIK3G6knkYJ5c9cwwse7AA_VUI5CWg%3A1722732167968&source=hp&ei=h86uZpyeOcfP0PEPwf6tgAs&oq=3.5+Secure+Intra-body+Wireless+Communications+%28SIWiC%29+System+Project+&gs_lp=EhFtb2JpbGUtZ3dzLXdpei1ocCJFMy41IFNlY3VyZSBJbnRyYS1ib2R5IFdpcmVsZXNzIENvbW11bmljYXRpb25zIChTSVdpQykgU3lzdGVtIFByb2plY3QgSI8VUPUOWPUOcAF4AJABAJgBcqABcqoBAzAuMbgBA8gBAPgBAvgBAZgCAaACGKgCD8ICBxAjGCcY6gLCAhAQLhjHARgnGOoCGI4FGK8BmAMYkgcBMaAHLQ&sclient=mobile-gws-wiz-hp[/color]
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IEEE: 2023
Optimizing Terahertz Communication Between
Nanosensors in the Human Cardiovascular System
and External Gateways [color=var(--color_brand)][/color]google.com/search?q=Optimizing+Terahertz+Comm[color=var(--color_brand)]unication+Between+Nanosensors+in+the+Human+Cardiovascular+System+and+External+Gateways&client=ms-android-samsung-ss&sourceid=chrome-mobile&ie=UTF-8[/color]
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IoBNT (Marxist Occupied) German Ministry GOV:
Internet of bio- and nanodevices
In the future, nanomachines could coordinate via molecular communication, making medical treatments significantly more efficient. [color=var(--color_brand)][/color]forschung-it-sicherheit-kommunikationssysteme[color=var(--color_brand)].de/projekte/iobnt[/color]
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Here is that very long but informative GOV documents thread from my pinned Twitter post [color=var(--color_brand)]https://[/color]x.com/fear2022/status/1820590509582320003?t=m[color=var(--color_brand)]4woDmSw_RoAJizMFQr5fw&s=19[/color]
Incase you wanted to update yourself and or share or just hold the information in your notes to always protect yourself if someone wants to gaslight you with bullshit.
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PANACEA (a solution or remedy for all difficulties or diseases in Latin), an application of IoBNT, detects the communication within the cells of the body to deduce infection level via a submillimeter implantable bio-electronic device. [color=var(--color_brand)]https://[/color]icaslab.org/research/bacteria-based-bio-senso[color=var(--color_brand)]rs-implanted-in-the-human-body-for-the-early-detection-of-infection/[/color]
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Biochemical Components for Biological Sensing and Control - Massimiliano Pierobon Intelegent Connectivity LAB 2023
[color=var(--color_brand)]https://[/color]rumble.com/v5abb45-319654661.html
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Networking nano-biosensors for wireless communication in the blood 2023
[color=var(--color_brand)]https://[/color]phys.org/news/2023-11-networking-nano-biosens[color=var(--color_brand)]ors-wireless-communication-blood.html[/color]
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Check out the latest paper by Hadeel Elayan, @EckfordLab and Raviraj S. Adve on using terahertz signals to control protein folding in cells. This can lead to new breakthrough targeted control of proteins in cells for IoBNT! [color=var(--color_brand)]https://[/color]ieeexplore.ieee.org/document/10294246
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WEF & Nike Noor LLC & UN partner for the Global Weather Modification Alliance To Deploy nanotechnology/Smartdust
[color=var(--color_brand)]https://[/color]rumble.com/v5avs3x-320609805.html
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Physical-Layer Security in 6G Networks IEEE - IoBnT
[color=var(--color_brand)]https://[/color]rumble.com/v5b8yw5-physical-layer-security-in[color=var(--color_brand)]-6g-networks-ieee-iobnt.html[/color]
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Fully Biocompatible Intrabody Nanoscale Communication System to Foster Novel In Body Diagnostics and Monitoring Systems | BeNiFIt | Project | Fact sheet | HORIZON | CORDIS | European Commission
[color=var(--color_brand)]https://[/color]cordis.europa.eu/project/id/101154851
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Bio-Optical Communication: a case-study of Out-to-In Body Interface [color=var(--color_brand)][/color]google.com/search?q=Bio-Optical+Communication[color=var(--color_brand)]%3A+a+case-study+of+Out-to-In+Body+Interface&sca_esv=9515d3d099d8bbdb&sca_upv=1&sxsrf=ADLYWIIx85jsUAW_aAhPaNvGYI9WkHvKaw%3A1725026184010&ei=iM_RZtwqlvHQ8Q_Y-bOgAQ&oq=Bio-Optical+Communication%3A+a+case-study+of+Out-to-In+Body+Interface&gs_lp=EhNtb2JpbGUtZ3dzLXdpei1zZXJwIkNCaW8tT3B0aWNhbCBDb21tdW5pY2F0aW9uOiBhIGNhc2Utc3R1ZHkgb2YgT3V0LXRvLUluIEJvZHkgSW50ZXJmYWNlSJUnUKsOWNofcAJ4AZABAJgBc6ABwQWqAQM0LjO4AQPIAQD4AQH4AQKYAgKgAh2oAg_CAgcQIxgnGOoCmAMRkgcBMqAHnwU&sclient=mobile-gws-wiz-serp[/color]
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The Human Body as a 6G Antenna
[color=var(--color_brand)][/color]labmanager.com/the-human-body-as-a-6g-antenna[color=var(--color_brand)]-29547[/color]
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Internet of Bio-Nano Things: A review of applications, enabling technologies and key challenges
[color=var(--color_brand)][/color]itu.int/pub/S-JNL-VOL2.ISSUE3-2021-A08
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1. Yo Grok: What is the connection between VLC Communication and the physical layer in 6G systems?
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2. You Grok: What is the connection of fluorescent Nanoparticles to VLC Connection in the physical layer of 6G?
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3. Yo Grok - Is the Human Body connected to the Internet of Nano Things at the Physical Layer under 6G? [color=var(--color_brand)]https://[/color]x.com/PetalsPea/status/1830260976119357768?t=[color=var(--color_brand)]I-eSDpt8FW4hsdsJ-FT72Q&s=19[/color]
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[color=var(--color_brand)]https://[/color]x.com/PetalsPea/status/1830799639307587964?t=[color=var(--color_brand)]iPbSoEgxT37pAHcwjAoITA&s=19[/color]
ITU-IOBNT Volume 2 (2021) Internet of Bio-Nano Things for health applications "Human Body as IoBNT Infrastructure" ITU-EUROPEN HORIZONS 6G
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[color=var(--color_brand)]https://[/color]x.com/PetalsPea/status/1830785714402783652?t=[color=var(--color_brand)]yfWLmzUFyO31QEG4qwZ81A&s=19[/color]
Dynamic Multihop Routing in Terahertz IoBnT Flow-Guided Nanosensor Networks: A Reinforcement Learning Approach IEEE-1906.1 ITU-IOBNT 6G
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Fully Biocompatible Intrabody Nanoscale Communication System to Foster Novel In Body Diagnostics and Monitoring Systems
[color=var(--color_brand)]https://[/color]cordis.europa.eu/project/id/101154851/de
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Yo Grok, what can you tell me about Neural Engineering and Neuromodulation via the IoBNT? [color=var(--color_brand)]https://[/color]x.com/CorinneNokel/status/1794222004335497582[color=var(--color_brand)]?t=-cYMdhbz2VTUz8T9PC2uBg&s=19[/color]
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Fully Biocompatible Intrabody Nanoscale Communication System to Foster Novel In Body Diagnostics and Monitoring Systems
[color=var(--color_brand)]https://[/color]cordis.europa.eu/project/id/101154851
Yo Grok - What is a NanoCyberInterface?
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