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Unveiling the Dark Side of Nanotechnology: The Perils of Nanobots and Graphene

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In the realm of scientific advancements, nanotechnology has emerged as a groundbreaking field with immense potential. One of the key areas within nanotechnology is the development of nanobots, microscopic machines that have the ability to interact with biological systems at a molecular level.

Coupled with the remarkable but potentially dangerous properties of graphene, a two-dimensional material composed of carbon atoms, this fusion has raised both fascination and concern.

In this article, we delve into the dangerous implications of nanobots and graphene, exploring their applications, potential risks, and the entities that are interested in utilizing these technologies.

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Applications and Uses:

Nanobots and graphene have shown promise in various applications, but it is essential to understand the potential risks associated with their deployment.

Here are some areas where these technologies have been explored:

a) Medical Field: Nanobots have been proposed for targeted drug delivery, disease diagnosis, and even performing intricate surgeries at the cellular level. However, the use of nanobots in the human body raises concerns about unintended side effects and potential harm to healthy cells.

b) Environmental Remediation: Graphene-based nanomaterials have been investigated for their potential in cleaning up pollutants, water purification, and energy storage. However, the release of these nanoparticles into the environment raises questions about their long-term ecological impacts and the potential for bioaccumulation.

c) Surveillance and Control: The miniaturization and versatility of nanobots offer possibilities for surveillance and control applications, such as monitoring individuals or manipulating their behaviour. These dystopian implications raise ethical and privacy concerns.

Potential Risks and Dangers:

While nanobots and graphene hold promise, it is crucial to acknowledge the potential risks they pose.

Here are some of the key concerns:

a) Toxicity and Health Effects: The interaction between nanomaterials and living systems is complex, and the toxicity of nanoparticles, including graphene, requires careful evaluation. The potential for adverse health effects, such as inflammation, organ damage, or even cancer, demands comprehensive safety assessments.

b) Unintended Consequences: The intricate behaviour of nanobots raises questions about their potential unintended consequences within biological systems. The ability to self-replicate, mutate, or malfunction may lead to unforeseen outcomes and pose a threat to human health and the environment.

c) Ethical Implications: The use of nanobots for surveillance or control purposes raises significant ethical concerns. The invasion of privacy, the potential for manipulation, and loss of individual autonomy underscore the need for careful regulation and safeguards.

Entities Interested in Nanobots and Graphene:

Several entities, including both public and private organizations, are exploring the applications of nanobots and graphene. Including Pfizer and Moderna.

However, it is crucial to critically evaluate the intentions and potential risks associated with these endeavours.

Here are some notable entities:

a) Research Institutions: Academic and research institutions worldwide are studying the potential applications of nanobots and graphene, aiming to unlock their full potential. However, ethical considerations and responsible research practices should be paramount in these pursuits.

b) Pharmaceutical Companies: Some pharmaceutical companies are investigating the use of nanobots for targeted drug delivery and personalized medicine. It is essential to monitor their activities and ensure rigorous safety testing to mitigate potential harm.

c) Military and Defense: Governments and military establishments have shown interest in nanobots for various applications, including surveillance, reconnaissance, and potentially even warfare. The development of such technologies must be accompanied by comprehensive ethical and legal frameworks.


Nanobots and graphene are revolutionary technologies that hold immense potential for various applications. However, it is crucial to approach them with caution and a critical mindset.

The potential risks and dangers associated with these technologies cannot be ignored, and it is essential to prioritize safety, ethical considerations, and responsible development.

As critical thinkers, it is our duty to remain informed and vigilant about the potential dark side of nanotechnology. By questioning the intentions of entities involved, demanding transparency, and advocating for comprehensive safety assessments, we can ensure that the deployment of nanobots and graphene is aligned with the well-being of humanity and the preservation of our environment.

See sources below


  1. Pramanik, A., Laha, D., & Roy, S. (2020). Graphene Oxide for Targeted Drug Delivery in Cancer Therapy. Drug Delivery Letters, 10(1), 11-24.
  2. Liu, Y., Chen, Z., & Cheng, R. (2018). Graphene-based nanomaterials and their potential in advanced drug delivery and cancer therapy. Journal of Controlled Release, 286, 64-73.
  3. Seoane-Viaño, I., & Ruiz-Sánchez, A. J. (2020). Ethical considerations on the use of nanotechnology in environmental protection. Frontiers in Environmental Science, 8, 161.
  4. Peltier, R., & Kondow, A. (2019). A Review of Privacy and Security Issues in the Internet of Things (IoT). Security and Communication Networks, 2019, 1973925.
  5. Kostarelos, K. (2017). The long and short of carbon nanotube toxicity. Nature Biomedical Engineering, 1, 0016.
  6. European Commission. (2011). Risk assessment of products of nanotechnologies. Retrieved from
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6 months ago

I have seen absolutely no evidence that anyone has developed any nanobots in the way this site has described them in the past. This article is a lot of fancy words that say nothing. We are not capable of making self-replicating nanobots.

Reply to  Pat
6 months ago

I wouldn’t be so sure!

And the LORD said, Behold, the people is one, and they have all one language; and this they begin to do: and now NOTHING will be restrained from them, which they have imagined to do. Genesis 11:6.

This was before the LORD scattered the people abroad, now they are all coming back together through the UN, WEF, WHO and the rest of the so-called satanic globalist groups-more than you can shake a stick at!

Reply to  Islander
6 months ago

Great! I’ve been making 220 Dollars an hour since I started working online six months ago I work from (r0o6) home several hours a day doing prep work that I get at a company I met online. share this work for you. This is by far the best work I’ve ever done… . .
For Details►——➤

Reply to  Pat
6 months ago

Yes they have, for a loong time also.

Look up biosensors and then look up IEEE 802.15.4, 802.15.5 and 802.15.6

Then go to youtube and view the videos posted by anastasi in tech


In 2014, the FCC finalized the rules for MBANs ) — a network of sensors/actuators worn on the human body that communicate with a controlling device via a wireless link. With a spectrum a llocation in the Sband from 2360 to 2400 MHz, the ruling states that th 2390 MHz band is restricted to indoor use while the rest of band is open for use in other locations (e.g., residential). The MBAN is a subset of the more general trend of wirele area networks (WBAN) or body sensor networks (BSN) that includes such as humane 2360ss body nonmedical applications computer interfaces (e.g., neural interface, virtual reality), location tracking, and personal fitness tracking).

Reply to  Pat
6 months ago

Dr. Ana Mihalcea has a Substack to allow you to better inform yourself. Here’s the Link:
Chemical Composition Analysis Of Synthetic Biology Cross Domain Bacteria (CDB) aka Hydrogel/Graphene Filaments In Unvaccinated Blood- Ana Mihalcea, MD, PhD In Conjunction With Clifford Carnicom

There are many others. This one is a recent addition to her Substack and there are infinite numbers of other researchers reporting on this topic specializing in Nanotechnology.

Reply to  Pat
6 months ago

Pat, I recall a past comment by you that your husband is an engineer with many years experience. As such he would be very smart. Can you ask him about some papers I found recently. These papers are about 20 years old.

Here is a paper from the Journal of Bionanotechnology called: “Applications of nanoparticles in biology and medicine”

One of the references in that paper caught my eye. “DNA-Templated Carbon Nanotube Field-Effect Transistor”

Your husband probably knows that William Shockley designed the first field effect transistor in 1945, and it revolutionised electrical technology. They were about 1cm in size, as shown in this photo:

Now they are nano-sized and can generate a nano current in the presence of EMF.

Why is this significant? It is no secret that there is a 11 year old standard in Wireless Body Area Networks (WBAN) – IEEE802.15.6 which provides frequency bands for wireless medical devices.

One of those WBAN frequency bands is 2.4Ghz viewed on any Bluetooth Low Energy (BLE) scanner, downloadable on a modern phone. This would show BLE signals everywhere. The trick is to find a remote spot where there should be no bluetooth and scan some passing persons.

Now many modern TV’s have a bluetooth beacon scanning for remote control signals. The TV’s, if programmed, could pass on any of the BLE signals, thus fulfilling Yuval Noah Harari’s predictions.

Reply to  Pat
6 months ago

You don’t see, what you don’t look for.
I’ve seen videos of super magnified blood, with conVax actively self-assembling nano circuitry. Would that be a start, to getting you on the path towards reality?
I’m not going to do the work for you. It’s not valuable if it’s just dropped in your lap, no effort on your part. But here are some resources of where you can begin to look:

6 months ago
6 months ago

Dr. Noack on How Graphene Hydroxine NANO-RAZORS Destroy the Vaccinated (Updated II)
December 7, 2021 Algora Blog   10 Comments
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Dr. Andreas Noack is Number One expert in Germany on graphene nano structures.
His house was raided last year while he was live streaming. The cops broke down his door and arrested him.
Alternative site:
More information about Dr. Andreas Noack mysterious death as related by his wife.
Video transcript of English subtitles (quoting Dr. Noack):
“There is a professor Dr. Pablo Campra from the University of Almeira who studied the vaccines for the presence of graphene oxide using Micro-Roman Spectroscopy. It is the study of frequencies. There are frequency bands, two of those bands are important.
They show that it is not graphene oxide, but rather graphene hydroxide. I would like to explain what this graphene hydroxide is. It is mono-layer activated carbon. There are C6 rings. He found it in all samples. Every corner is a carbon atom. This is on a nanoscale.
I’ll cut this up a bit here. If it is 50nm long, there are 500 rings in a row. These are hydroxy groups (OH). In graphene oxide you have double bonded oxygen, and in graphene hydroxide you have an OH group. The electrons are delocalised (fully mobile). The piece is 50nm long but only 0.1 nm thick. These C6 structures are extremely stable. You can make brake pads out of this. It is not biologically decomposable.
These nanoscale structures can best be described as razor blades. These razor blades are injected into the body. Nano-scale, tiny razor blades. Only one atom layer thick. Relatively wide and high. They are razors, biologically not decomposable. The OH (hydroxy) groups can split off a proton. When the proton is split off, they gain a negative charge spread out over the whole system.
It is basically an acid. It suspends well in water because of the negative charge. So these are razor blades spread homogenously in the liquid. This is basically Russian roulette. You can see it very clearly in this woman. It cuts the blood vessels. The blood vessels have epithel cells as their inner lining. The epithel is extremely smooth. like a mirror. And it is cut up by these razor blades. That is what’s so dangerous.
If you inject the vaccine into a vein, the razors will circulate in the blood and cut up the epithel. The mean thing is that toxicological tests are done in Petri dishes. And there you will not find anything. These are the sharpest imaginable structures because they are only one atom layer thick.
This is a huge molecule which is extremely sharp. I am a specilist in activated carbon. In my doctoral thesis, I have converted graphen oxide to graphene hydroxide. I joined the world’s leading activated carbon manufacturer. After a year I was in charge of new activated carbon products. We bought a small company in Durham, near Newcastle, England. I was in charge of “new carbon products”, Europe-wide. I was in application scouting.
If you perform an autopsy on the victims, you will not find anything. Toxicologists do their tests in Petri dishes. They can’t imagine that there are structures that can cut up blood vessels. There are pictures of coagulated blood coming out of the nose. People bleed to death on the inside. Especially the top athletes who are dropping dead have fast flowing blood. The faster the blood flows, the more damage the razors will do.
As a chemist, if you inject this into the blood, you know you are a murderer. It’s a new material, toxocologists are not aware of it yet. Suddenly it makes sense that victims look like this. And that top athletes with high blood circulation, completely healthy, suddenly drop dead. You see people collapse immediately after vaccination and have a seizure. These people had bad luck in the Russian roulette. Very likely, a vein was hit by the syringe.
The question you have to ask politicians and the question doctors should ask Pfizer, is: Why are these razor blades in the vaccine?
Now they want to force vaccinate children from the age of 5.
This guy is Dr. Szekeres, president of the Austrian medical board… [see video]
“Off-label” means the vaccination is not approved. Yet they inject it already.
You can only call this a death shot at this point.
[Dr. Szekeres speaks]
A pediatrician? Do you think a pediatrician understands what graphene oxide is? There is another interview where he says he thinks it is “good” from a medical standpoint to vaccinate the population by force. An important concept in science is disputation. A scientific debate. The basis of medicine or pharmaceutics is chemistry. This doctor has no idea about chemistry.
Completely new substances unknown to nature are brought in (with the vaccines). Everyone is talking about the messenger RNA which has complex effects. The theory of mRNA is complex. But every chemist understands what this (the graphene hydroxide) does.
You see the mRNA story is possibly a diversion.
I cannot imagine anyone will be able to give me, as a carbon specialist, a proper explanation why these carbon razor blades are in the vaccine.
This is war.
They distract us with the messenger RNA. But people cannot collapse that quickly from that, right after the injection. Something else is going on. And this effect should be studied.
He claims to be a specialist. Apparently the Austrian doctors don’t have a smarter guy than this one [pointing to Dr. Szekeres]. He is a doctor who doesn’t understand chemistry, or is he a criminal, or he is a mass murderer?
After the Spanish doctor’s study it is official that nanoscale graphen (hydr)oxide is in the vaccine. So it is clear that razor blades are injected. So he [Dr. Szekeres] is probably incompetent. If you want to inject a whole population by force, you have to do your homework extremely carefully. Because if there is something wrong in the injection you will kill the whole population of a country. You have to weigh the risk. How dangerous is corona? How dangerous is the injection?
This guy wonders whether people should be tied up before being injected. And he’s the top doctor. Are the doctors in Austria so incompetent that they don’t understand the basic chemistry medicine is based on?
Then they should surrender their license!
Any doctor in Austria, who, after this information is now public, continues to inject this, is a murderer.
I am not some guy in the carbon field. I doctored in this area. I worked for the world’s biggest carbon manufacturer. In the area of new carbon products, I was the only expert in Europe. I’m pretty much the only European who visited other experts in Pittsburgh.
After this I started my own activated carbon company. I resinified paper and turned it into activated carbon membranes. You could cut your hands with this charred paper. It was extremely sharp. I have a good idea of what the graphene hydroxide does.
It is Russian roulette.
Do you hit the vein or not?
Does it stay in the muscle? Then it is less toxic.
But if you hit a vein, and the batches contain different amounts of GHO, then you have to know you are cutting people from the inside. And it is a highly intelligent poison. Because a normal toxicologist who works with Petri dishes, cannot find it, because it doesn’t move. Toxocologists just don’t expect any nonoscale razors.
But I can say as a chemist that we are absolutely certain that graphene hydroxide is in there. These are nanoscale razor blades. Now they want to inject children with these nano-sized razors.
I want Dr. Szekeres to explain what these razor blades are doing in these injections. And he needs to explain this to his boss Mr. Schallenberg (Austrian Chancellor), too. He’s probably a consultant for the Austrian prime minister Mr. Schallenberg.
Mr. Schallenberg, who is a lawyer, is responsible for choosing the right consultants. If he imposes this vaccine mandate on all of Austria he HAS to select the right consultants. He’s a lawyer, he doesn’t know medicine. But it’s his job to select competent consultants. And he is responsible if he selects incompetent consultants.
As a chemist, I vouch for the fact that these are nanoscale razor blades.”
continued from 13:01 –>
You can make braking pads from carbon structures that last forever. This material has zero biological degradability. It stays in the body forever. Even if people don’t drop dead immediately, it cuts up the blood vessels little by little.
It destroys the heart. All the heart attacks. All the strokes. As a doctor, you have to ask, where is this coming from?
If you understand that razors are being injected, it is clear why all the cardiovascular diseases appear. The heart is cut up. The brain is cut up. Blood vessels are cut up.
These graphene structures (aka monolayer carbon or monolayer graphite) are so stable. Every chemist knows this. They are not degradable. The structure is 50 nm long and 0.1 nm thick. Of course it is a razor.Every chemist knows it is.
The epithel cells are extremely smooth for a good reason, but become rough when cut up like this and things stick to it. By now every idiot can inject this. And when they hit a vein…
Soon pharmacists will be allowed to inject too.
Yes, to me, this is Russian roulette.
Here’s a Petri dish. A normal toxicologist tests using a Petri dish. The material is declared an “experimental vaccine” for a reason. They don’t know what will happen. Every vaccinated subject has to sign that they take full responsibility. It will take 50 years until the contracts with Pfizer will be published.
What is in these contracts? Why 50 years?
In Germany or Austria, there is nobody with my expertise. The leading German carbon specialist Dr. Harmut von Kienle was my mentor for one year. I wrote my thesis in this field. I started my company in this field and won a business plan competition in Wolfsburg. I won DM 175,000 (€87,500) in the competition. I received venture capital to the tune of 6 million DM (€3 million). I had 10 developers to develop these new carbon products. I know what I am talking about.
Any chemist in the chat is invited to refute me or give another opinion.
Yes, please. That would be interesting.
You are all invited. Tell me I’m wrong.
Sir Karl Popper explained the fundamentals of science. Hypothesis – refutation. Popper said that it is better to kill theories than to kill humans. The whole population is supposed to be injected. Exactly like Karl Popper says, if you continue to ride this murderous theory, you have to be extremely careful. They are the first to impose a vaccine mandate.
They are killing the whole Austrian nation.
Mr. Schallenberg is responsible for this. He needs the right consultants.
We had an Austrian once who brought suffering and death over Europe. I am appealing to you to share this video in all channels. Mr Scallenberg needs thousands or hundreds of thousands of letters. He must know that this is a razor, this is a means to kill. And if he knows this and continues, he is a mass murderer.
He will walk in Hitler’s footsteps. This has to come out now. I am ready to talk to anyone about this material.
As a chemist, I say these are razor blades.
And I notice how little doctors know about chemistry. But they are doing chemistry in the body. In small children. In pregnant women. And now you doctors know what you are doing. And if you continue to inject, you are murderers.
Go out, type this out, give it to your doctor, give it to your politicians. And if you continue, I promise you, no court in the world will save you. What you are doing is mass murder.
Austria has the responsibility. They started the vaccine mandate. And you, Mr. Schallenberg, need the best consultants. And if you are not able to select the best consultants, you are incompetent and need to resign.
Same with the health minister.
How competent are you?
You are ready to force-inject the whole Austrian people with razor blades that are not biologically degradable.
Share the video. Write it down. Put it on a USB stick and send it to politicians and doctors. And make it clear to them: if they continue this, they are murderers.
Talk by Dr. Andreas Noack
Translated by Stefan Reich (
Nov 25th 2021
Please note there are unconfirmed reports that Dr. Noack was attacked and murdered since the publication of the video above. We sincerely hope this is not true, and when we have more info on this we will post it here.
“Voluntary Extermination” you volunteered for the synthetic mRNA vaccines – right?

Dave Owen
Dave Owen
Reply to  Christine
6 months ago

Hi Christine,
What you say is perfectly true.
In the UK our coins are made out of steel.
People were sticking coins onto the C19 injection site.
The Graphene Oxide takes iron out of the blood and makes a small magnet.
Once several of these small magnets are made they stick together.
These magnetic clots increase in size, and may block a vein or artery, causing sudden death.
Christine mentions this affecting athletes who pump more blood, even pilots who like to keep fit.
Sometime these magnetic strands form into square aerials, which can be affected by 5G. The same aerial can give out a Mac address signal, which can be detected by Blue tooth phones.

6 months ago

A SHOCKING 2014 STUDY: The carcinogenic effect of various multi-walled carbon nanotubes (MWCNTs) after intraperitoneal injection in rats | Particle and Fibre Toxicology | Full Text (
Biological effects of tailor-made multi-walled carbon nanotubes (MWCNTs) without functionalization were investigated in vivo in a two-year carcinogenicity study.
A total of 500 male Wistar rats (50 per group) were treated once by intraperitoneal injection with 109 or 5 × 109 WHO carbon nanotubes of one of four different MWCNTs suspended in artificial lung medium, which was also used as negative control.
Treatments induced tumors in all dose groups, but incidences and times to tumor differed between groups. Most tumors were histologically and immunohistochemically classified as malignant mesotheliomas, revealing a predominantly superficial spread on the serosal surface of the abdominal cavity. Furthermore, most tumors showed invasion of peritoneal organs, especially the diaphragm. All tested MWCNT types caused mesotheliomas. We observed highest frequencies and earliest appearances after treatment with the rather straight MWCNT types A and B. In the MWCNT C groups, first appearances of morbid mesothelioma-bearing rats were only slightly later. Later during the two-year study, we found mesotheliomas also in rats treated with MWCNT D – the most curved type of nanotubes. Malignant mesotheliomas induced by intraperitoneal injection of different MWCNTs and of asbestos were histopathologically and immunohistochemically similar, also compared with mesotheliomas in man, suggesting similar pathogenesis.
We showed a carcinogenic effect for all tested MWCNTs. Besides aspect ratio, curvature seems to be an important parameter influencing the carcinogenicity of MWCNTs.


6 months ago

Graphene, thanks to its ability to support Surface Plasmon Polariton (SPP) waves in the Terahertz (THz) band (0.1- 10 THz), enables the miniaturization and electrical tunability of miniature antennas suited for wireless communication among nanosystems. Despite graphene antennas have been extensively analyzed by means of modeling and simulation, no experimental proof is available to date. One of the main reasons for this is the lack of adequate signal generators and feeding mechanisms able to contact the nano-antenna with a reasonable efficiency. In this paper, two recently proposed feeding mechanisms for graphene-based THz plasmonic antennas are described. The first technique is based on the optical excitation of SPP waves by means of optical downconversion with photoconductive materials, whereas the second approach relies on electrical excitation of SPP waves on the antenna by means of a high-electron-mobility transistor. While fundamentally different, the two feeding mechanisms are able to effectively couple to a graphene-based plasmonic nanostructure and, thus, can be utilized to excite plasmonic nano-antennas in practical setups.

6 months ago

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Robert Veklotz
Robert Veklotz
6 months ago

Grapheme has many good uses. Being in the human body and causing clots isn’t one of them.

6 months ago

[…] Details to Unveiling the Dark Side of Nanotechnology: The Perils of Nanobots and Graphene […]

6 months ago

[…] PublicDomain/ am […]

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[…] Op het gebied van wetenschappelijke vooruitgang is nanotechnologie naar voren gekomen als een baanbrekend veld met een enorm potentieel. Een van de belangrijkste gebieden binnen de nanotechnologie is de ontwikkeling van nanobots, microscopische machines die op moleculair niveau kunnen interageren met biologische systemen, schrijft Rhoda Wilson. […]

6 months ago

[…] Op het gebied van wetenschappelijke vooruitgang is nanotechnologie naar voren gekomen als een baanbrekend veld met een enorm potentieel. Een van de belangrijkste gebieden binnen de nanotechnologie is de ontwikkeling van nanobots, microscopische machines die op moleculair niveau kunnen interageren met biologische systemen, schrijft Rhoda Wilson. […]