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Thread: Nanotechnology: the Big Mammoth in the Room!

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    Netherlands Avalon Member ExomatrixTV's Avatar
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    Exclamation Nanotechnology: The Big Mammoth in the Room!

    • Nanotechnology: The Big Mammoth in the Room!
    I wonder if there are any legit government "risks/safety analyses/assessments" done when we somehow consume or inject nano-technology via "edible" or "injectable" products/substances/materials derived from Nanotechnology.

    What are the (long term) toxicology analyses/reports? ... if any? ... What about "smart dust" or any other aerosols containing nano-technology or products/substances/materials derived from nano-technology?

    So nano-scale products coming IN to our human bodies via:
    • food (and/or via animals like pigs & cows people eat).
    • injections
    • air (aerosols)
    • maybe even via "drinking water"
    Bio-tech, Nano-Tech and GMO-tech all are, in my view, interwoven and have a "trillion industry" literally affecting all living things on earth ... but no real skeptical scrutiny from governments like they did with all kinds of (suppressed) alternative preventive medicines for the covid hysteria? ... They sell themselves being so "concerned" for our "well being" meanwhile (almost) no coverage produced by Mainstream Media discussing the (possible) dangers of wide-spread Bio-tech, Nano-Tech and GMO-tech. Why?

    How much of people's tax money went in to: Big Bio-tech, Nano-Tech and GMO-tech "research & development programs"? ... and how much of that produced independent "risks/safety analyses/assessments" that are fact based without serving corporate interests but solely the people's safety & health interests?

    They claim "Ivermectin" suppose to be "unsafe" and is demonized pretending (posing as) they "care for our safety" meanwhile ignoring "The Big Mammoth in the Room!" called: Bio-tech, Nano-Tech and GMO-tech!

    ... and what about Erratic Pulsed Microwaves & "Chemistry" .... study among others: pubs.acs.org/doi/10.1021/ar400309b (there are 100s scientific peer reviewed publications on that topic alone) ... just google search: "Nano-tech and Microwaves" or "Chemistry and Microwaves".
    • We are not only invaded with nano-tech everywhere that can get anywhere in to our bodies ... also to be altered remotely using Microwave (Beam) Technology!
    For me it is certainly NOT "farfetched" to assume that 100,000s of new "small or medium size" 5G Towers containing (military grade) 8x8 Phased Array Beam-forming Technology having 64 antennas from just 1 spot transmitting radiating (EMFs) not only affecting biological systems but also altering nano-tech materials ... We have now even beam-forming microwaves from Space 24/7 ... and what about millions of new 5G 'smartphones' people use close to their bodies!

    Is there a connection between all the above and "vaccines" (mass experimental gene therapy and nano-tech injections) ?? ... and what about their "Great (Dystopian) Reset? aka "4th Industrial Revolution" aka "Build Back Better" aka "Re-Imagining The Future" ... Shaping (pushing) "their tunnel-vision worldview narrative" on billions.

    ... and my final question:

    Do WEF (Transhumanism Elite) Technocracy assume they can "fix" any (future) problems for themselves after (or during?) the Mass Depopulation Agenda? ... especially via "new" life-extension technology breakthroughs that are already being discussed right now.



    cheers,
    John Kuhles aka 'ExomatrixTV'
    May 22nd, 2022 🦜🦋🌳







    ... my references & sources:

    ... related:
    • Gene Editing Creates a Virgin Birth Mouse That Even Gives Birth - Parthenogenesis Explained:
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    Lightbulb Re: Nanotechnology: the Big Mammoth in the Room!

    • The Risk Perception of Nanotechnology
    Abstract:

    Nanotechnology governance, particularly in relation to human and environmental concerns, remains a contested domain. In recent years, the creation of both a risk governance framework and council has been actively pursued. Part of the function of a governance framework is the communication to external stakeholders. Existing descriptions on the public perceptions of nanotechnology are generally positive with the attendant economic and societal benefits being forefront in that thinking. Debates on nanomaterials' risk tend to be dominated by expert groupings while the general public is largely unaware of the potential hazards. Communicating via social media has become an integral part of everyday life facilitating public connectedness around specific topics that was not feasible in the pre-digital age. When civilian passive stakeholders become active their frustration can quickly coalesce into a campaign of resistance, and once an issue starts to develop into a campaign it is difficult to ease the momentum. Simmering discussions with moderate local attention can gain international exposure resulting in pressure and it can, in some cases, quickly precipitate legislative action and/or economic consequences. This paper highlights the potential of such a runaway, twitterstorm. We conducted a sentiment analysis of tweets since 2006 focusing on silver, titanium and carbon-based nanomaterials. We further examined the sentiment expressed following the decision by the European Food Safety Authority (EFSA) to phase out the food additive titanium dioxide (E 171). Our analysis shows an engaged, attentive public, alert to announcements from industry and regulatory bodies. We demonstrate that risk governance frameworks, particularly the communication aspect of those structures must include a social media blueprint to counter misinformation and alleviate the potential impact of a social media induced regulatory and economic reaction.
    --o-O-o--
    --o-O-o--

    Graphene and Human Health Risk


    Unlike CNTs, minimal research is available regarding the safety of graphene. This is partly due to the initial difficulties associated with enhancing its production. Another reason for the limited knowledge could be that graphene is still in its early developmental stage.

    The introduction of carbon nanomaterials in human bodies could result in its accumulation in tissues or elimination via excretion. In the case of accumulation, it could affect the proper functioning of human organs. Additionally, it is important to determine if an individual exposed to graphene induces an immune response or causes inflammation.

    One of the major concerns of nanoscopic platelets of graphene-based materials is their thin, lightweight, and tough structure, which causes a detrimental effect when inhaled. Scientists stated that the flakes of carbon might be transported deep inside lung tissues, which might either induce chronic inflammatory responses or inhibit normal cellular functions.

    Scientists stated that as the skin is the first interface between the body and the surrounding, it is most exposed to graphene materials. The impact of graphene and GO on the skin depends on their size and physicochemical properties.

    Several studies have indicated that exposure to a high concentration of graphene and its derivative for a prolonged period causes membrane damage, indicating low toxicity to skin cells.
    --o-O-o--

    Nanotoxicology Should be the First Step Towards a Nanotechnology Future
    Over the past several decades, advancements within the field of nanotechnology have led to the production of a wide range of engineered nanoscale materials (ENMs). ENMs are often noted for their unique physicochemical characteristics, usually attributed to their small size, distinct chemical composition, surface structure, solubility, shape, and aggregation.



    ENMs of all dimensions have been incorporated into almost every industry. Some examples include the use of metal nanoparticles for groundwater treatment and heavy metal removal, silica nanoparticles for electronic devices, zinc oxide nanoparticles in industrial coatings to protect against the effects of ultraviolet (UV) radiation, as well as silver nanoparticles used for their antimicrobial properties in biomedical applications.
    • What is Nanotoxicology?
    Although most biological systems are equipped with innate and adaptive immune responses that protect themselves against invasion from foreign elements, exposure to ENMs may result in undesirable immunological effects. Furthermore, the release of ENMs and nanoparticles into the environment due to their use in specific industries can lead to ecological effects that must be fully understood.

    To address this, nanotoxicology has emerged as the discipline concerned with studying the toxicity of nanomaterials. By definition, nanotoxicology explores the interactions that exist between engineered or incidental nanomaterials and biological systems. While nanotoxicology is a relatively new field, it has since developed into a mature discipline that provides systematic knowledge for the risk assessment of ENMs and, as a result, assists in the development of safer-by-design nanomaterials.
    Related: An Overview of the Synthesis and Application of Green Nanoparticles

    • Current Research in Nanotoxicology
    One of the major applications of nanotoxicology can be found within the field of nanomedicine, which first emerged in the 1960s during the development of nanomaterial-based systems for controlled drug release. Despite their long history, only 50 nanomedicines have since been approved by the United States Food and Drug Administration (FDA), while an additional 77 are undergoing testing in clinical trials.
    Some of the major challenges that limit the clinical application of nanomedical products include their low efficacy, often due to little understanding of nano-bio interactions. Concerns regarding nanomaterial biocompatibility, toxicity, and degradation are also key factors. Within the field of nanomedicine, researchers are primarily interested in overcoming these challenges to bring more effective nanomedical products to the clinic.

    Related Stories:
    Current nanotoxicology studies in this area are focused on determining the concentrations of nanomaterials that can cause unintended side effects, some of which can include toxicity or toxicity to non-target cells, organs, or organisms. Furthermore, researchers are also interested in increasing the specificity and efficacy of nanomedicines, as well as determining the lower possible doses that can be administered of these drugs, mainly when utilized as bioimaging or diagnostic agents.
    In addition to the applications of nanotoxicology within medicine, the field of nanotoxicology has also become an important research focus of toxicologists. The release of nanoparticles into water, soil, and air can increase bioavailability and accumulation within human and animal food chains.

    Regardless of what species the organism is, cells can readily internalize nanoparticles through either passive or active mechanisms; it is essential to understand the environmental impact of these materials to prevent negative effects.
    Click here to see Biological Atomic Force Microscopes (BIO-AFM)
    • Biocompatibility and Toxicity of Nanomaterials
    A biocompatible material can perform its desired function without causing any undesirable local or systemic effects to its recipient. Comparably, toxicity refers to the ability of particles to adversely affect the normal physiological processes of the recipient, which can include disruption to the standard structure of organs and tissues within humans, animals, or the environment.

    For biomedical applications, the biocompatibility of nanoparticles and other ENMs can be classified according to their hemocompatibility or histocompatibility. The safety of nanomaterials within the blood, for example, is often conducted through the use of hemolysis.

    Compared to the evaluation of nanomaterials’ biocompatibility, determining the toxicity of nanoparticles has proven to be a much more complex process that is still not fully understood. Much of this problem is derived from the ability of nanoparticles to bind to and interact with biological matter, which can lead to altered surface characteristics of the particles, depending upon what type of environment they are in. Whereas classical toxicology is often categorized according to the dose metric, this methodology is not always appropriate when nanoparticles are considered.

    As these materials often exhibit many more variables, including their size, shape, surface, charge, coating, and aggregation, to name a few, this can alter their toxicity profile.


    • The Industrial Role of Nanotoxicology
    There remains a significant demand for nanomaterials in almost every industry ranging from agriculture and engineering to materials science and medicine. Nanomaterials offer a wide range of physicochemical properties that can be advantageous compared to the properties of their parent materials. However, they can also trigger severe consequences with use. It is essential that nanomaterials undergo distinct risk assessment processes that include an effects evaluation, exposure assessment, and risk characterization to limit such consequences.

    An effects evaluation should include both in vitro and in vivo data that provides information on the estimated exposure value and how this compared to the administered concentration of the agent. Ultimately, the goal of these studies is to determine an exposure value in which no adverse effect was observed in the experimental research.

    Secondly, exposure assessment should allow researchers to identify all potential sources of interaction with the nanomaterial. This step, therefore, requires the researchers to understand the full manufacturing process, as well as all possible routes of exposure. Collecting this information will assist in determining the appropriate testing strategy along with recommendations they should implement regarding risk prevention measures.

    References and Further Reading:

    Pipergkou, Z., Karamanou, K., Basak, A., et al. (2016) Emerging aspects of nanotoxicology in health and disease: From agriculture and food sector to cancer therapeutics. Food and Chemical Toxicology, 91; 42-57. Available at: doi.org/10.1016/j.fct.2016.03.003
    Ganguly, P., Breen, A., & Pillai, S. C. (2018). Toxicity of Nanomaterials: Exposure, Pathways, Assessment, and Recent Advances. ACS Biomaterials Science & Engineering 4(7); 2237-2275. Available at: doi.org/10.1021/acsbiomaterials.8b00068
    Bondarenko, O., Mortimer, M., Kahru, A., et al. (2021). Nanotoxicology and nanomedicine: The Yin and Yang of nano-bio interactions for the new decade. Available at:Nanotoday 39. doi.org/10.1016/j.nantod.2021.101184
    Polonini, H. C., & Brayner, R. (2015). Nanoecotoxicology: The State of the Art. Nanotechnologies in Food and Agriculture. Available at: doi.org/10.1007/978-3-319-14024-7_13
    Li, X., Fan, Y., Feng, Q., & Ciu, F. (2012). Biocompatibility and Toxicity of Nanoparticles and Nanotubes. Journal of Nanomaterials. Available at: doi.org/10.1155/2012/548389
    Zielinska, A., Costa, B., Ferreira, M. V., et al. (2020). Nanotoxicology and Nanosafety: Safety-by-Design and Testing at a Glance. International Journal of Environmental Research and Public Health 17(13); 4657. Available at: dx.doi.org/10.3390%2Fijerph17134657

    Written by: Benedette Cuffari

    After completing her Bachelor of Science in Toxicology with two minors in Spanish and Chemistry in 2016, Benedette continued her studies to complete her Master of Science in Toxicology in May of 2018. During graduate school, Benedette investigated the dermatotoxicity of mechlorethamine and bendamustine; two nitrogen mustard alkylating agents that are used in anticancer therapy.
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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    • Nanotechnology: Hacking Humans, Its Potential, and Real Risks:

    Science fiction has become a reality with recent developments toward biohacking through nanotechnology. Soon, science and industries may soon realize the potential of human hacking... but at what risk versus reward? Medical nanotechnology is one of these such topics. Many experts believe nanotechnology will pave the way for a bright, new future in improving our wellbeing. Yet, at the core of this biohacking are machines and as we've seen with other technologies -- there are very real risks of malicious intent. In this video, we share some of the applications being developed combining nanotechnology and medicine. We also look at the potential risks found in the practice and how we may mitigate issues before they're problematic. We also share how companies can reduce security flaws and curb public perception so the nanotechnology industry can flourish without major setbacks. Want to learn more about this budding area of science and medicine?


    --o-O-o--


    Quote: "The deployment of magnetic nanoparticles in actual field investigations should be the focus of future research. Additional research employing cutting-edge technology platforms is required to fully understand the relationship between nanomaterials, plants, and soil. Furthermore, the environmental usability, bioavailability, and toxicity of magnetic nanoparticles should be carefully investigated before their large-scale use in the agricultural sector".
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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    • Nanotechnology: What We Can’t See Is Destroying Our World | Katie Lu

    Not all nanoparticle solutions are created equal. Scientist Katie Lu has discovered a way to reduce nanoparticle toxicity by changing their shape. Katie Lu has been an Intel International Science and Engineering Fair Finalist in Environmental Sciences, Regeneron Science Talent Search Top 300 Semifinalist, FBLA National Champion in Financial Math, HOSA International Finalist in Biomedical Debate, and NOAA Taking the Pulse of the Planet Award. Her passions include promoting transparency, ethics in science companies, environmental nanotechnology in big business, and the creation and enforcement of regulations on nanotechnology in consumer projects.
    • I urge all Avalonians and Visitors to listen very carefully what she says and let it sink in ... then understand why I created this Project Avalon Forum Thread!
    cheers,
    John Kuhles aka 'ExomatrixTV'
    May 22nd, 2022 🦜🦋🌳
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    Default Re: Nanotechnology: the Big Mammoth in the Room!


    • Foundations In The Netherlands 🇳🇱 Appeal To Government: Stop Vaccination With Toxic Graphene Oxide
    New scientific evidence has emerged showing that the corona vaccine contains the toxic compound graphene oxide. For this reason, the Wij de Ouders Foundation and the Corona Research Foundation have called on the Ministry of Health to immediately stop vaccinating children. They also make an urgent appeal to every parent to first inform themselves properly.

    The foundations point out that more and more scientific evidence is emerging of the presence of graphene oxide in the corona vaccine. This toxic ingredient is not included in the official ingredient list. For example, a research team led by Professor Pablo Campra, doctor of chemical and biological sciences, published an interim report and a technical report with microscopic evidence in this regard.
    • Serious side effects
    These findings were confirmed in a report by Dr. Robert Young. Multiple scientists such as Dr. Jane Ruby and ex-Pfizer employee Karen Kingston have confirmed these facts. The latter even has documentary evidence.

    It is well established that graphene oxide can damage the cell membrane and can lead to serious side effects in children. The link with the increasing cases of heart complaints and other harmful effects is also quickly made here, as can be found in the statistics of side effects center Lareb .
    • Alarm bells
    This evidence should set off all alarm bells with parents and our government. The only correct action is to immediately stop the vaccination of children, the two foundations say.

    We, the Parents and the Corona Research Foundation, have also brought these facts and evidence to the attention of school boards and GGD institutions, with the urgent request to stop cooperating with the government's vaccination campaign.

    They point out to doctors and employees who give injections that they can be held personally liable for the consequential damage caused by the vaccination.
    • Summons
    Lawyer Niels Vanaken has sent a letter to the Ministry of Health on behalf of parents and children . A summons was also issued to the ministry and former Dutch 🇳🇱 health care minister Hugo de Jonge.

    In this way, the court has been requested to declare that both the government and De Jonge are personally liable for the resulting vaccination damage. The court has been asked to stop the vaccination campaign as soon as possible.
    • source (Dutch 🇳🇱 + Multi-Language Options). 🦜🦋🌳
    --o-O-o--





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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    This subject very much relates to what is discussed here:

    Also posted here:
    https://projectavalon.net/forum4/sho...=1#post1499198
    and my comments here:
    https://projectavalon.net/forum4/sho...=1#post1499219
    ...having to do with CERN and other technologies which suck our awareness and our being into a state of dangerous vulnerability and imbalance.
    Quote Starting at 54 minutes in ( toward the very end of the video-- though we are promised a sequel), Gigi makes some very good points about how we can keep ourselves out of the "Eighth Sphere".
    When we engage with spirituality in order to escape into some pipe dream or fantasy; or when we distract ourselves with things like video games or other addictive activities that pull us out of our bodies and into a state of distraction; when we can no longer follow a train of thought, forgetting why and what we are doing-- then we are being subsumed into the Eighth Sphere which is not a safe or healthy state to be in.
    Approaching life from a Zen perspective, where every act is focused and precise no matter how mundane, such as in the Zen proverb when we simply "Chop wood, carry water", then we are IN our bodies, UNdistracted, and LIVING in a grounded, healthy state of being.
    We are all gullty of creating that unbalanced state of being at times, and it makes us very vulnerable, but it can also serve to make us aware of how very much better it is to be grounded and focused and living life within our full capacity.
    We just have to remember to REMEMBER.
    Each breath a gift...
    _____________

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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    CERN also mentioned in the beginning of Dutchsinse's latest contribution:

    Also posted here: https://projectavalon.net/forum4/sho...=1#post1498927
    (In case you aren't aware, CERN was recently reactivated.)
    Each breath a gift...
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    Lightbulb Re: Nanotechnology: the Big Mammoth in the Room!

    • Nanites were "NEW Technology" in TNG and No one Heard what happened in Star Trek Discovery

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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    Quote Posted by ExomatrixTV (here)
    The Big Mammoth in the Room!



    So nano-scale products coming IN to our human bodies via:
    • food (and/or via animals like pigs & cows people eat).
    • injections
    • air (aerosols)[MP3 - 2][/MP3 - 2]
    • maybe even via "drinking water"
    This is an important topic, thank you John for this thread.

    Nano-related, but different, many years ago (20?) there were print stories about ‘smart dust’ or something. Huge numbers of tiny physical sensors, released in the form of a falling dust ~cloud, that each unit telemetered data via EM to a collector.

    On your focus on nano, a very (seemingly to me now) wise warning I once heard (from a prophet) was “Beware of substances.”. I don’t think now that she was speaking of street or even then-normal prescription drugs. This message was ~30 years ago, and nanotechnology must have been getting going by then.

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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    • What is (Neural) "Smart Dust" and how is it used?
    Imagine a cloud of sensors, each the size of a grain of sand or even smaller, blown aloft by hurricane winds and relaying data on the storm to weather stations below. Picture an invisible sensor network embedded into a city’s roads to monitor traffic, road surface damage and identify available parking spaces – all in real time. Or billions of nanosensors distributed over forests and other areas with fire hazards to detect a fire at its very beginning. Or envision programmable smart dust that triggers an alarm signal when invisible microcracks are detected in a turbine blade.

    Smart dust refers to wireless networks of sub-millimeter-scale autonomous computing and sensing platforms not larger than a grain of sand. Smart dust senses and records data about its environment such as light, temperature, sound, presence of toxins or vibrations, and transmits that data wirelessly to larger computer systems.

    Smart dust is a vision of the networked future where intelligent network of trillions of miniscule sensors continuously feel, taste, smell, see, and hear what is going on in their surrounding environment, communicate with each other and exchange information. Smart dust networks are the ultimate Internet-of-Things (IoT) devices.
    Smart dust is revolutionary because the sensors are small enough to be put anywhere, even in narrow and difficult areas. Another huge advantage is that these devices work without any human intervention as they are pre-programmed and, notwithstanding their tiny size, have their own power supply.

    This technology is expected to not only monitor building controls, pipelines, factory equipment and drug-making processes, but it will also lead to ubiquitous autonomous artificial intelligent computation near the end user, such as authentication, medical procedures and health care monitoring, sensing and tracking, industrial and supply chain monitoring, and defense applications.

    Although smart dust devices are not quite in dust-size territory, researchers hope to shrink these devices to the size of a speck of dust via nanotechnology.
    To be economically feasible, such single-use devices have to be cheap (we are talking pennies or even fractions of a penny), even cheaper than the radio-frequency identification tags currently used to track the inventory of warehouses, for example.
    • How does smart dust work and what does it do?
    Smart dust networks contain nodes (called ‘mote’) that combine sensing, computing, wireless communication capabilities and autonomous power supply in a tiny package with a volume of few cubic millimeters or even less.

    Smart dust is based on microelectromechanical systems, or MEMS. MEMS consist of any combination of mechanical (levers, springs, membranes, etc.) and electrical (resistors, capacitors, inductors, etc.) components to work as sensors or actuators. In the future, as fabrication technologies advance, this will shrink further down in size to NEMS – nanoelectromechanical systems.

    Motes are constructed using conventional silicon microfabrication techniques and can remain suspended in an environment similar to dust (hence the name).
    A mite, less than 1 mm in size, approaching a microscale gear chain. (Image: Sandia National Laboratories)

    Each mote can be left unattended to collect environmental data such as light, temperature, pressure, vibrations, the existence of toxins, etc., and transmit this data wirelessly to larger, remote computer systems – or, depending on the mote's computing power, processes it directly at the point of data collection.

    For instance, in an industrial setting, smart dust sensors relay signals back to a command computer, which then compiles the data to give feedback to plant managers. Or the results could trigger an automatic response, such as turning down a building's temperature or reducing the flow of water.

    Another example is DARPA's SHIELD program that plans to use microscale chips to track and authenticate the supply chain of computer chips for defense applications. The goal is to eliminate counterfeit integrated circuits from the electronics supply chain by making counterfeiting too complex and time-consuming to be cost effective. SHIELD aims to combine NSA-level encryption, sensors, near-field power and communications into a tiny chip capable of being inserted into the packaging of an integrated circuit.
    • Origin of the smart dust concept
    ‘Smart Dust’ was first conceived in the 1990s by Dr. Kris Pister while a professor of electrical engineering at the University of California, Berkeley, as a simple way to deploy intelligent wireless sensors.

    At the time, Pister imagined a world in which ubiquitous sensors could measure everything that could be measured. Immediately, he thought about environmental applications such as weather tracking (read his concept paper from 2000: Emerging challenges: Mobile networking for “Smart Dust”).

    But it doesn’t come as a surprise that it was the military that gave the impetus, and financing, for developing smart dust. In 1992, DARPA funded Pister’s research in the Smart Dust project (you can read the original proposal here as PDF).

    Schematic of a smart dust battlefield sensor network as depicted in the grant application for DARPA’s Smart Dust project: Thousands of sensor nodes covering square kilometers are delivered by autonomous helicopter. They track motion of vehicles for hours/days, and report information superimposed on live video when interrogated by hand-held receiver or helicopter-borne receiver.
    • Components of a smart dust mote
    Very basically, every mote consists of four device classes: sensors, circuits, communication, and power supply. In a wireless sensor node this would conceptually look like this schematic:

    Example for the system design of a wireless sensor node. It consists of a 3D-printed functional cube package which contains several inkjet-printed sensors and the antenna. The circuit board has also been 3D-printed and contains the microelectronics enclosed in the package. (Source: DOI 10.1002/admt.201700051)

    The entire package contains one or more MEMS or NEMS sensors to perform the mote’s principal sensing purpose of detecting and measuring things like vibration, temperature, pressure, sound, light, magnetic field, etc. Circuits (microcontroller) to interface with the sensors and process and store data. Communication ideally comprises a transmitter and 3D antenna which ensures equal radiation in all directions, thus enabling orientation insensitive communication. Power supply for the entire mote, depending on the area of operation, could be a solar cell array or some form of thin-film battery or supercapacitor.

    The whole package looks like this:
    Although the cube dimensions in above example are 21 mm on each side, it illustrates the basic concept and component architecture of a smart dust mote. Inevitable miniaturization will ultimately lead to sub-micron scale for these devices.
    Here are two more examples of how miniaturization leads to incredibly tiny components.
    • 3D printed microscale lens systems

    Scanning electron microscope image of the hexagonal lens arrangement. Each doublet lens system has a diameter of 120 µm and a height of 128 µm. Scale bar, 100 µm. (Source: DOI 10.1038/NPHOTON.2016.121)

    Researchers have demonstrated fully working multi-lens objectives with sizes of around 100 microns, roughly the size of a grain of salt, that could lead to smart dust motes with autonomous vision. The lenses show unprecedented performances and high optical quality with resolutions of up to 500 line pairs per millimeter for imaging applications.
    • Dust-sized power supply
    Ever smaller energy storage devices in the submillimeter range for even smaller microelectronic components are a major technical challenge. Nevertheless, researchers manage to continuously reduce their size, as this example of a nanosupercapacitor shows – it is the size of a speck of dust but packs the voltage of an AAA battery:


    Each of the 90 tubular supercapacitors on the fingertip holds a volume of just 1 nanoliter (0.001 mm3) but delivers up to 1.6 V supply voltage.
    • Neural Smart Dust
    Granted, this application is a bit further out, but actively worked on by researchers. And, again, the military is spearheading this through DARPA’s Electrical Prescriptions (ElectRx) program.
    • New “Neural Dust” sensor could be implanted in the body:

    Researchers have developed a safe, millimeter-scale wireless device small enough to be implanted in individual nerves, capable of detecting electrical activity of nerves and muscles deep within the body, and that uses ultrasound for power coupling and communication. They call these devices neural dust.

    Each neural dust sensor consists of only three main parts: a pair of electrodes to measure nerve signals, a custom transistor to amplify the signal, and a piezoelectric crystal that serves the dual purpose of converting the mechanical power of externally generated ultrasound waves into electrical power and communicating the recorded nerve activity.

    And while not networked yet, researchers already demonstrated the feasibility of inserting computer chips into individual cells. But you can imagine where this could go… (dear conspiracy theorists: PLEASE don’t send us your comments!).
    • Cell division of a HeLa cell with a sensor chip inside

    • Current status and challenges
    The main challenges researchers have been grappling with are the lack of enough power on the small footprint and the difficulties of integrating power systems into these highly scaled devices. Since the storage density of battery technologies has not followed Moore's law scaling trends, IoT systems need to rely on power conversion from outside sources such as thermal, vibrational, light, or radio waves.

    As nanoelectronics and packaging technologies evolve, though, now may be the right time that we start to rethink the solutions for these problems and advance towards more powerful small computer systems than what was originally proposed.
    The ability to integrate various nanoelectronic chiplets – such as processor, memory, and photovoltaics – in an industrial-scale wafer-level-packaging process, creating solar-powered smart dust, unlocks the potential of large-scale manufacturing of these compact integrated systems with high performance and ultralow cost.
    • Applications of smart dust
    The vast range of smart dust application makes it impossible to provide detailed descriptions in just a single article. So we just list some major areas below:
    • Smart Dust Risks and Concerns
    Wide-scale adoption of smart dust would bring with it a namber of risks: Privacy. Many that have reservations about the real-world implications of smart dust are concerned about privacy issues. Smart dust devices will become so small that they are invisible to our naked eye and, therefore, are extremely difficult to detect. They can be programmed to record whatever their sensors are capable of (ironically, people have begun to voluntarily carry devices that would accomplish exactly that). You probably won’t know who is collecting the data and what they are doing with it. Your imagination can run wild regarding the negative privacy implications when smart dust falls into the wrong hands

    Control. Once billions of smart dust devices are deployed over an area it would be difficult to retrieve or capture them if necessary. Given how small they are, it would be challenging to detect them if you weren’t made aware of their presence. The volume of smart dust that could be engaged by a rogue individual, company or government to do harm would make it challenging for the authorities to control if necessary.

    Cost. As with any new technology, the cost to implement a smart dust system that includes the satellites and other elements required for full implementation is high. Until costs come down, it will be technology out of reach for many.

    Pollution. Smart dust motes essentially are single-use devices. Unless they are fully biodegradable the question arises if they will pollute the areas where they are used (soil, air, water).

    Health. As soon as smart dust particles shrink to the nanoscale, their risk profile will match that of nanoparticles in general and the potential health risk associated with inhaling or ingesting them.

    Legal issues. The lack of security protecting information created by smart dust networks is creating not only privacy concerns, but the network can be accessed without authorization (i.e., hacked) by third parties and its information can be used for illegal purposes.

    This article is part of our Smartworlder section on all aspects of smart technologies.

    Agriculture: Constant monitoring of a crop’s nutritional requirements, watering, fertilization, and pest control. This valuable information can help to increase the quantity and quality of the crop. It can also record soil conditions such as pH, fertility, microbial infestations, i.e., information vital for the plant's growth.

    Industries: Continuous screening of essential equipment, prompting action regarding its maintenance. Assessing the exact condition of machines, their weakness, and corrosion can prevent complete system failure.

    Environment. Chemical and biological environmental monitoring for health and safety issues (water, air, soil). For instance, plasmonic smart dust could probe local chemical reactions as shown in this animation:


    Animation of the hydrogen dissociation and uptake on a palladium surface. The smart dust (a silica shell-isolated gold nanoparticle) reports changes in the local chemical environment via spectral shifts in its scattering spectrum. (Source: Sven Hein, 4th Physics Institute, University of Stuttgart)

    Urban infrastructure: monitoring for buildings, roads, bridges, tunnels, water and sewer pipes, electrical and telecommunications grids will become part of an overall concept of a smart city. For instance, smart dust could already be embedded into concrete during construction.

    Inventory management: Tracking products from their manufacturing factories to retail shelves via transport facility (ship vessels to trucks) would ensure tight inventory control.
    Medical diagnostics: see neural smart dust above

    Transport sector: Smart dust transports perishable goods as these materials require constant monitoring. While transporting perishable goods, certain parameters such as temperature, humidity, and aeration have to be monitored continuously. Similarly, smart dust helps to monitor animals' health and control the necessary conditions such as temperature, air, and humidity for safe transport.

    Military applications: It helps in accessing activities in remote or inaccessible areas. It can also determine the presence of toxic gases or harmful substances and help take necessary actions. Battlefield sensor networks.

    Space exploration: Weather, seismological monitoring on planets and moons in the solar system. Scientists are also exploring an entirely new type of space telescope with an aperture made of swarms of particles released from a canister and controlled by a laser. NASA's Innovative Advanced Concepts Program is funding the second phase of the "orbiting rainbows" project that attempts to combine space optics and smartdust, or autonomous robotic system technology.


    ¤=[Post Update]=¤

    • We warned about the dark side of Mass Surveillance Society for decades (nowadays even connected to A.I., 5G Tech & 'Smart Dust' - Nano-Tech etc.), as we knew they eventually seek any opportunistic (made up or manufactured) excuse to justify "micro-managing" (controlling) everybody, except themselves of course!
    • To "Save The Earth" BS and/or "solve" multiple (created & fake) "global crisis" that is beyond countries borders ... They call it "Global Governance" serving Dystopian #Agenda2030 Nightmare!
    • Meanwhile criminalizing real solutions & suppressing cures & all kinds of inventions that can help all of humanity.
    • History is not only repeating itself, it becomes more cunning, more vicious & they know how to scheme & lie better >>> using sophisticated multi-layer upgraded marketing & propaganda skills (PsyWars) ...
    • At least they do learn from history! ... But the vast majority of victims of those schemes, lies & deceptions have proven themselves not to have learned from history!


    cheers,
    John Kuhles aka 'ExomatrixTV'


    Last edited by ExomatrixTV; 22nd May 2022 at 11:46.
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    Default Re: Nanotechnology: the Big Mammoth in the Room!


    ... transcript above video:

    Scientists have been designing ways to put their so-called vaccines in the food supply and it seems they may have created an avenue to begin this, brought to you my the American Chemical Society and four scientists from Communist China.
    1. Functional Hybrid Micro/Nanoentities are being implemented to promote food safety. To detect hazardous substances in agricultural food products – they’re putting in experimental hazardous substances.
    2. Molecular-Imprinted Polymer-Quantum Dots installs a surveillance platform into your food and body.
    3. Molecular Imprinting Polymers integrated with upconversion luminescent nanoparticles conducts chemical analysis of your food and body.
    4. Upconversion Luminescent Nanoparticles, Combined with Metal-Organic Frameworks are tunable, porous metals that have the power to regulate the dispensing nutrition to comply with international mandates.
    5. Magnetic Metal-Organic Frameworks are metal frameworks designed for targeting drug delivery.
    6. Magnetic Covalent Organic Frameworks are used for sensing food in the human body and –
    7. Covalent Organic Frameworks Doped with Quantum Dots are used for detection of insecticide.

    If they wanted to regulate healthy food, they would promote organic growing, not inject a cocktail of metallic nanotech into the entire food supply.

    Contributed by Alexandra Bruce

    References:
    Last edited by ExomatrixTV; 27th May 2022 at 19:18.
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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    • Julian Assange's Last Word's Intelligent Evil Dust, It's Everywhere In Everything:


    ¤=[Post Update]=¤

    • Smart Dust: Self-assembling, Self-orienting Photonic Crystals of Porous Si
    Smart dust is a name given to tiny computational objects consisting of Microelectromechanical Systems (MEMS). These objects are capable of detecting and sensing even slight variations in the environment like physical vibrations or chemical changes

    These objects can be installed in the environment in a non-intrusive way, such that they do not interfere with the regular activities of the environment in which they are deployed. Smart dust can be used to perform applications like habitat monitoring, indoor and outdoor environmental monitoring, security and tracking of people and objects, traffic monitoring and management, human health and well-being monitoring, etc.
    • Smart Dust Is Coming Are You Ready:

    • Smart Dust Nanotechnology:

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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    • Implantable “Neural Dust” Enables Precise Wireless Recording of Nerve Activity
    First in vivo tests demonstrate ultrasound can be used to wirelessly power and communicate with millimeter-scale devices surgically placed in muscles and nerves



    Therapeutic modulation of the activity of the body’s peripheral nervous system (PNS) holds a world of potential for mitigating and treating disease and other health conditions—if researchers can figure out a feasible long-term mechanism for communicating with the nerves and pathways that make up the body’s information superhighway between the spinal cord and other organs.

    What does “feasible” look like? Small is the best start—small enough to someday perhaps be injected or ingested—but also precise, wireless, stable, and comfortable for the user. Modern electrode-based recording technologies feature some, but not all of these qualities. Hardwired solutions present challenges for chronic use, while existing wireless solutions cannot be adequately scaled down to the sizes needed to record activity from small-diameter nerves and record independently from many discrete sites within a nerve bundle. DARPA’s Electrical Prescriptions (ElectRx) program is focused in part on overcoming these constraints and delivering interface technologies that are suitable for chronic use for biosensing and neuromodulation of peripheral nerve targets.

    Now, as described in results published today in the journal Neuron, a DARPA-funded research team led by the University of California, Berkeley’s Department of Electrical Engineering and Computer Sciences has developed a safe, millimeter-scale wireless device small enough to be implanted in individual nerves, capable of detecting electrical activity of nerves and muscles deep within the body, and that uses ultrasound for power coupling and communication. They call these devices “neural dust.” The team completed the first in vivo tests of this technology in rodents.

    “Neural dust represents a radical departure from the traditional approach of using radio waves for wireless communication with implanted devices,” said Doug Weber, the DARPA program manager for ElectRx. “The soft tissues of our body consist mostly of saltwater. Sound waves pass freely through these tissues and can be focused with pinpoint accuracy at nerve targets deep inside our body, while radio waves cannot. Indeed, this is why sonar is used to image objects in the ocean, while radar is used to detect objects in the air. By using ultrasound to communicate with the neural dust, the sensors can be made smaller and placed deeper inside the body, by needle injection or other non-surgical approaches.”

    The prototype neural dust “motes” currently measure 0.8 millimeters x 3 millimeters x 1 millimeter as assembled with commercially available components. The researchers estimate that by using custom parts and processes, they could manufacture individual motes of 1 cubic millimeter or less in size—possibly as small as 100 microns per side. The small size means multiple sensors could be placed near each other to make more precise recordings of nerve activity from many sites within a nerve or group of nerves.

    Though their miniscule size is an achievement in itself, the dust motes are as impressive for the elegant simplicity of their engineering. Each sensor consists of only three main parts: a pair of electrodes to measure nerve signals, a custom transistor to amplify the signal, and a piezoelectric crystal that serves the dual purpose of converting the mechanical power of externally generated ultrasound waves into electrical power and communicating the recorded nerve activity. The neural dust system also includes an external transceiver board that uses ultrasound to power and communicate with the motes by emitting pulses of ultrasonic energy and listening for reflected pulses. During testing, the transceiver board was positioned approximately 9 millimeters away from the implant.

    The piezoelectric crystal is key to the design of neural dust. Pulses of ultrasonic energy emitted by the external board affect the crystal. While some of the pulses are reflected back to the board, others cause the crystal to vibrate. This vibration converts the mechanical power of the ultrasound wave into electrical power, which is supplied to the dust mote’s transistor. Meanwhile, any extracellular voltage change across the mote’s two recording electrodes—generated by nerve activity—modulates the transistor’s gate, which changes the current flowing between the terminals of the crystal. These changes in current alter the vibration of the crystal and the intensity of its reflected ultrasonic energy. In this way, the shape of the reflected ultrasonic pulses encodes the electrophysiological voltage signal recorded by the implanted electrodes. This signal can be reconstructed externally by electronics attached to the transceiver board to interpret nerve activity. “One of the most appealing features of the neural dust sensors is that they are completely passive. Because there are no batteries to be changed, there is no need for further surgeries after the initial implant,” Weber said.

    Another benefit of the system is that ultrasound is safe in the human body; ultrasound technologies have long been used for diagnostic and therapeutic purposes. Most existing wireless PNS sensors use electromagnetic energy in the form of radio waves for coupling and communication, but these systems become inefficient for sensors smaller than 5 millimeters. To work at smaller scales, these systems must increase their energy output, and much of that energy gets absorbed by surrounding tissue. Ultrasound has the advantage of penetrating deeper into tissue at lower power levels, reducing the risk of adverse effects while yielding excellent spatial resolution.
    This proof of concept was developed under the first phase of the ElectRx program. The research team will continue to work on further miniaturizing the sensors, ensuring biocompatibility, increasing the portability of the transceiver board, and achieving clarity in signals processing when multiple sensors are placed near each other.

    Image Caption: Each neural dust sensor consists of only three main parts: a pair of electrodes to measure nerve signals, a custom transistor to amplify the signal, and a piezoelectric crystal that serves the dual purpose of converting the mechanical power of externally generated ultrasound waves into electrical power and communicating the recorded nerve activity.
    --o-O-o--

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    ⚠️ What is worse here?

    01. Corrupt Authorities selling fear based upon lies serving #Agenda2030

    02. People believing the lies (blind trust in authorities).

    03. People who act like they believe the fear based lies.

    04. People knowing it is all a lie but do nothing about it.

    05. Mainstream Media complicit in repeating the lies 24/7 and leaving it unchallenged!

    06. W.H.O. dictating how to lie! (Fauci & Bill Gates) ... BillGatesTyranny

    (World Economic Forum & Rockefeller PDF Talking Points).

    07. Bogus & Corrupt "Fact Checkers" falsely justifying the lies.

    08. Police enforcing unconstitutional rules/laws based on believed lies created under false pretenses artificial created fake crisis/emergencies.

    09. Mass Censorship for anyone questioning the lies on big social media platforms!

    10. People policing each-other based upon lies ... Snitches ... Cancel Culture etc.

    11. Authorities using rigged computer models to justify tyrannical measures puppet-politicians blindly trusting their lies or use it as an excuse to avoid any accountability!

    12. Corrupted Science Publications in The Lancet Demonizing Alternative Cures like Hydroxychloroquine (leaving out Zink) = Fraud, lies all to push for Vaccinazi-Plandemic


    cheers,
    John Kuhles aka 'ExomatrixTV'
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    Exclamation Re: Nanotechnology: the Big Mammoth in the Room!

    • Emergency Saturday Broadcast! Plan To Spray Magnetic Nano Particles On Global Food Supply Announced!
    The U.N. led program states that humanity will be forcibly implanted with quadrillions of tiny transmitting microchips.


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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    So much here, so profound.

    The "good guys" have to start looking at our human species differently as what we are moving forward. Not sure what model we move to next, but we have to think way outside the box.

    Once all this is out there, not sure how you bring it back. Forget laws, regulations, etc. This is all past that.

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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    Pandora's Box, last opened prior to fall of Atlantis (my estimate).
    It may well have just been cracked open again.

    Bright side, next time we incarnate on this planet it might actually be a pleasant experience.... in about 4-5k yrs time. An idyllic but hard hunter-gatherer lifestyle, puzzling over some of the strange architectural ruins we occasionally stumble upon.

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    Avalon Member O Donna's Avatar
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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    Within the textural Universe and theoretical infinite space, earth and its inhabitants are themselves nanoparticles.

    As above, so below


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    Default Re: Nanotechnology: the Big Mammoth in the Room!

    Well, I believe if something like this is created, something could be created to make it not work.

    As I myself at times have stopped scanners in stores registers from working (although not sure how - only due to my proximity).

    And I was only aware due to the number of times it occurred. When in a store and the scanner would not work, I would back away and ask the clerk to try it again and it worked. This occurred too often to be a coincidence.

    I would say that there is a certain energy/frequency that is a positive (as in good) energy that some humans can emit. I do recall being in an elevated/good mood when these things occurred. Similar to the time I crashed my PC at work as I sat down in front of it - I recall it being one of those days when your inner energy and feelings are just at a high/good mood. (at least that is what I recall being a constant during these occurrences.) This began prior to cell phone age.

    So who would know how to "break" these tiny things they are making? Seems logical that the people creating them would know what "not" to do with them.

    Hopefully they only use it for good things...and take their time with it to "know for certain" it is a good thing.

    We can wish can't we?

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    Exclamation Re: Nanotechnology: the Big Mammoth in the Room!

    • Nanotechnology Risks
    Ready or not, here it comes. In the next 20 years, nanotechnology will touch the life of nearly every person on the planet. The potential benefits are mind boggling and brain enhancing. But like many of the great advancements in earth's history, it is not without risk Here are some of the risks posed to society by nanotechnology.

    • Real Risk: Nanopollutants
    When: "Now"

    Nanopollutants are nanoparticles small enough to enter your lungs or be absorbed by your skin. Nanopollutants can be natural or man-made. Nanoparticles are used in some of the products found on shelves today, like anti-aging cosmetics and sunscreen. The highest risk is to the workers in nano-technology research and manufacturing processes.
    • Potential Risk: Privacy Invasion
    When: 5 to 15 years (me: "now!")*

    Virtually undetectable surveillance devices could dramatically increase spying on governments, corporations and private citizens.
    • Potential Risk: Economic Upheaval
    When: 10 to 20 years (me: "2 to 10")*

    Molecular manufacturing is the assembly of products one molecule at a time. It could make the same products you see today, but far more precisely and at a very low cost. It is unclear whether this would bring boom or bust to the global economy.
    • Potential Risk: Nanotech weapons
    When: 10 to 20 years (me: "now!")*

    Untraceable weapons made with nanotechnology could be smaller than an insect with the intelligence of a supercomputer. Possible nano and bio technology arms race.
    • Far-Fetched Risk: Gray (or Black) Goo
    When: 30+ years (programmable matter? ... me: "now!")*

    Free range, self-replicating robots that consume all living matter. However unlikely, experts say this scenario is theoretically possible, but not for some time.
    We have just scratched the surface.

    There are many areas of nanotechnology science that hold potential dangers to society. Bio-engineering and artificial intelligence for example, have their own set of risks.

    As we enter an era of unprecedented understanding, it is important that society takes a proactive role in the responsible development of nanotechnology.
    • Allotropes
    Diamonds, the hardest known natural mineral, and the flaky graphite used in pencils are both made of carbon. How is it that they are so different?

    Pure carbon occurs as many different allotropes (structures which differ only in the way the atoms are arranged.) Allotropes generally differ in physical properties such as color and hardness.


    Diamond and graphite are two allotropes of the element carbon. Buckyballs and nanotubes are two more. This diagram shows how the atoms are arranged for each allotrope.

    The discovery in 1985 of buckminsterfullerene (buckyball), opened a new era for the chemistry of carbon and for novel materials. The Japanese Sumi Ijima discovered nanotubes in 1991. The nanotubes synthesized in the laboratory showed remarkable mechanic properties as well as thermal conductivity and resistance to flame.

    Nanotoxicology is the study of the toxicity of nanomaterials. Because of quantum size effects and large surface area to volume ratio, nanomaterials have unique properties compared with their larger counterparts. Nanotoxicology is a branch of bionanoscience which deals with the study and application of toxicity of nanomaterials. Nanomaterials, even when made of inert elements like gold, become highly active at nanometer dimensions. Nanotoxicological studies are intended to determine whether and to what extent these properties may pose a threat to the environment and to human beings. For instance, Diesel nanoparticles have been found to damage the cardiovascular system in a mouse model.

    Nanotechnology Risk Articles, Videos, and Web Sites:

    I search the internet daily for new articles from around the world that interest me or I think will interest you. My hope is that it saves you time or helps students with their assignments. Listed by most recent first:
    Nanotechnology Risk Web Sitessource

    --o-O-o--

    * Above article claims to know "when" without having access to all governmental and/or corporate secret projects in all countries in the world ... that fact alone makes me wonder if it is a distraction, a "pacifier" of what really is happening towards dystopian Agenda2030 coming years.

    cheers,
    John 🦜🦋🌳
    Last edited by ExomatrixTV; 27th May 2022 at 19:20.
    No need to follow anyone, only consider broadening (y)our horizon of possibilities ...

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