Dear friends, I am Mick Anderson, author of Corona2Inspect. On this occasion, at yourrequest, I will try to give a brief overview of the subject of MAC addresses.
For this, we will address the following points:a) Explanation of the MAC phenomenon.
b) The intracorporal network of nano communications.
c) Possible consequences, applications and usesa) Explanation of the MAC phenomenon
First of all, we will answer the question what is a MAC?
MAC stands for Media Access Control, which is a 48-bit code that identifies a device
that connects to a network e.g., Local or Internet. This code is divided into six blocks of
two hexadecimal characters.
The first three, known as ‘OUI’ correspond to the device manufacturer’s identifier. The
last three blocks, also known as “NIC,” are the serial number or identifier of the device
itself.
So, what is the MAC phenomenon? It is the phenomenon observed in people
inoculated with Covid-19 vaccines whereby they emit MAC addresses over a Bluetooth
wireless network.
These MAC addresses, unlike those of a normal device, are characterised by having
no known manufacturer identifier. In other words, they are unknown. This can bechecked in any of the manufacturer's MAC databases. In this way, it can be discernedthat the MAC address does not correspond to any electronics manufacturer.
How was it discovered?
After the mass population vaccination program began, many people found that when
they turned on their phone's Bluetooth in order to pair another device, a long list ofanonymous MAC addresses appeared which did not seem to correspond to known
devices. They were not printers, headsets or other phones. They were simply dynamic
or variable MAC addresses whose broadcast period was also variable. Thisphenomenon alerted independent researchers around the world to try to analyse what
was going on. Suspecting that the cause of the phenomenon was the vaccines, studies
such as that of German Sarlangue and his team were developed.
Their work shows that anonymous MAC addresses are emitted by vaccinated people,
as opposed to nonvaccinated people who had no wireless emission at all. This wastested under appropriate environmental conditions and with technical means ofobserving low energy Bluetooth signals, also known as “BLE.”
Anyone with an Android cell phone can experience this on their own. If you activate theBluetooth function and select the pair new device option, you will notice that a list of
known and unknown devices which are close to your range will appear. It should also
be noted that the latest Android updates in some cases are disabling this capability on
your phone. To reverse this, you will need to enable the phone's developer options andcheck that the options related to Bluetooth are not disabled. Specifically, the unnamed
MAC display option. On Apple phones, you can also check if applications such as BLE
scanners are installed.

A simple experiment that anyone can do is to find a stretch of road with little traffic andlow speed where there is no regular foot traffic in the area. Place yourself in a safe
location where you can observe vehicle traffic in both directions of the road. Activate
your Bluetooth and you will notice that the vaccinated persons in their vehicle willappear as they approach the point where they are and disappear as they move away.
b) The Intracorporal Wireless Network of Nano Communications
If we assume that the MAC phenomenon is proven and that vaccinated people emit
these addresses visible through the Bluetooth protocol, then it seems logical to thinkthat vaccines are responsible for this effect. This is even more true when the firstobservations of the phenomenon occur just after the start of the vaccination plan forthe population. In other words, there is a very clear and evident cause and effectrelationship that cannot be ignored in any way.
Therefore, the question must be asked, what is it in the vaccines that is responsible for
the MAC emission phenomenon?
The only thing that can be causing it is the presence of an intracorporal network ofnano communications, according to the scientific literature consulted.
How can it be defined?
An intracorporal network of nano communications is a topology of micro or nanoscale
devices which is present inside the human body and which maintains a bidirectional
communication in an upward or downward direction, that is, outward from the body toemit data as well as inward to receive instructions.
The purpose of an intracorporal network is very diverse. For example, biomedical uses
which facilitate the control of physiological parameters heart rate, blood pressure,
glucose levels, respiratory rate, etc. And also, neuromodulation, neurostimulation,interaction with the functioning of vital organs, measurement and interaction ofneurotransmitters, and alteration of brain electrical activity. It is rather complicated toinfer which of these applications, if not all, are the ones that have been predefined forthis intracorporal network. We will talk about that in the last section of this exposition.
Now, let us describe the topology of the intracorporal network, i.e., the devices
connected to the network. For this purpose, we will state from the device at the lowest
level to the most complex at the highest level.
1. Nano nodes. Nano nodes, also known as nano sensors, are nanometer-scale
objects that would be very difficult to observe under an optical microscope
unless they form clusters. Their function is to propagate through the
cardiovascular system of the human body - arteries, capillaries, and heart - inorder to facilitate the propagation of wireless signals of the intracorporal
network. In order to carry out this main function, the nano nodes must number inthe thousands, with the aim of being present at any point in the bloodstream.
The question, therefore, arises as to what material present in the vaccines
would be responsible for creating these nano nodes? The most likely hypothesisis that it would be through graphene oxide, whose decomposition would occur
gradually forming the well-known. Graphene quantum dots or GQDs. In thisway, with a relatively small amount of graphene, it would be feasible to create
thousands of graphene quantum dots as a product of the decomposition oflarger sheets, causing their dissemination throughout the body until they reach asufficiently small size to be unaffected by the immune system. On the other
hand, graphene, as is already known, has superconducting properties, andwhen it is reduced to a nanometer scale, it also acquires quantum properties,
which gives it the ability to propagate signals or pulses as if it were an antenna.
In fact, it has been demonstrated that graphene is capable of absorbing
electromagnetic radiation and amplifying signals from gigahertz to terahertz,
which makes it the ideal material to achieve the desired propagation in theintracorporal network.
2. Micro or nano sensors. Sensors at both scales are described in the scientific
literature as simple devices for monitoring physiological parameters - collecting
electrical signals, and metric and quantitative evaluations in the human body but also as an interface for interaction with target organs. For example,
micro/nano sensors can be made up of a lattice of graphene nanosheets andcarbon nanotubes or carbon fibres. These lattices adhere to the walls of theendothelium, the cardiac and arterial system, and even in brain tissue due totheir ability to overcome the blood-brain barrier. Once established, theygenerate electrical conduction paths equivalent to the wires of a circuit, which,
together with the superconducting capacity of the material, becomes a fieldeffect transistor. This makes it possible to detect the electrical pulses of theorgan with which it is in contact, for example, the heart, the brain, or the alveolar
tissue in the lungs, but also to interact by emitting electrical discharges, since
they can also act as supercapacitors due to the piezoelectric properties they
possess. In this sense they would act as an interface since given a certain
signal at the appropriate frequency, they could trigger these discharge
operations. This, applied to sensitive organs such as the heart and even the
respiratory system, could cause choking sensations, fainting arrhythmias orheart attacks. In the case of brain tissue, the scientific literature is very profuse
and includes a multitude of experiments and tests with carbon nanotubes andgraphene and graphene oxide nanosheets to act as electrodes capable ofacting as bridges between neurons and stimulating their electrical activity, whichmakes it possible, de facto, to create artificial axons and influence thesegregation of neurotransmitters. Presumably, this would make it possible tointerfere with the proper functioning of a person's psyche, monitor the electricalconductivity of brain regions, alter behaviour, thinking, conduct, and so on.
3. Micro or nano router. These are devices whose function is to collect andprocess the data obtained through the nano nodes and nano sensors, sending
and propagating the information to the micro or nano interface so that the datais transmitted from the inside to the outside of the body. It can also act in the
opposite direction, that is, from outside to inside the body, for which it will
receive the signal from the micro/nano interface, decoding and routing it toretransmit it to the rest of the elements of the intracorporal network. In manyreferences consulted, these routers consist of micro antennas or plasmonicnanoantennae, transmission circuits, encoding and decoding of signals
according to a MAC protocol which determines the rules of construction of
messages and antenna emissions. In addition, these micro routers are
responsible for translating the lower-level signals produced by the microsensors
and micro node signals known as TS-OOK. TS-OOK signals are the mostrecognised in all scientific papers on intracorporal networks because they havea low energy emission cost. Also because of their simplicity due to the fact that

they are binary signals which collect electrical pulses with value “one” andsilences with value “zero.” In this way, the potential variations and pulses
sensed by the micro/nano sensors and micro nodes throughout the body can betransmitted in TS-OOK so that they can be received by the micro/nano router.
According to the scientific literature, the micro/nano router could be the key tothe phenomenon of MAC broadcasts, since the data sent from inside to outside
the human body is transmitted according to a medium access protocol which
determines headers, data packet structures, coding, frequency hopping map,
encryption, and so on. Being able to detect MAC addresses means that thedesigners of the intracorporal network most likely designed it to use Bluetooth
low energy protocols, also known as BLE - Bluetooth Low Energy. However,being able to see and detect these MACs on the cell phone does not mean thatthey use exactly the same protocols. In fact, it is not possible to link or connect
to the anonymous MAC devices.
4. Micro or nano interface. It is defined in the scientific literature as a hybrid device
responsible for capturing the signals emitted from the outside and transmitting
them inward or performing the reverse process outward to emit data. Its function
is to pass through the skin barrier, which greatly reduces the effectiveness ofthe emissions. Therefore, it could be considered a repeater and signal amplifier.
This device maintains communication with the micro/nano router, reproducing
the transmission of data packets, according to the MAC protocol. The range ofthe micro/nano interface emissions is limited according to the literature
consulted. Specifically, a few meters due to the mitigation of the signal causedby the layers of the skin. However, a long transmission distance is notnecessary either, considering that the recipient of the signals is the user's cell
phone, also known as the “gateway,” which will be responsible for transmitting
the data packets to one or more recipients via the Internet.
5. Gateway. As indicated above, the objective of the emissions from themicro/nano router and the micro/nano interface is to reach the gateway
recognised in various publications as the cell phone, tablet or wearable device
with an internet connection.
c) Possible Consequences, Applications and Uses
In this section, we will carry out an exercise of imagination to try to identify the possible
uses and applications of the intracorporal network. So, I will list them in the following:
1. Neuro surveillance. The disposition of carbon nanotubes and graphenenanosheets in the neural tissue would facilitate the monitoring of brain activity. Itshould be noted that brain activity can be read from electrical signals fromdifferent areas of the brain. Therefore, these signals could be conducted
through the intracorporal network to generate a data flow that would betransmitted to the outside of the body and sent to remote servers for automaticinterpretation using Big Data and machine learning techniques. In this way, it
would be possible to have knowledge of people's moods, thoughts, behaviours,
States, etc.
2. Neuromodulation. It involves the interaction in the human psyche through theelectrical modulation of one or multiple zones of the brain tissue according topreconceived patterns. This is possible if the carbon nanotubes and graphenenanosheets in the neural tissue receive the appropriate electrical pulses, which
will create electromagnetic currents that will alter the normal functioning of thebrain, developing the desired behaviour, emotion, mood, and even thought.

Possibly this is where the concept of thought grafting can be associated. While
this may be difficult to assume, it is true that there are extensive databases thatlocate by electroencephalography the specific regions of the brain that are
pulsed by certain actions, thoughts, attitudes, feelings, and even words, andphrases and sentences. Taking this into account, artificial intelligence programs
can be developed to redirect people's behaviour and attitude to influence theirlife, work and economic decisions.
3. Neurostimulation. Closely related to neuromodulation, neurostimulation would
be responsible for stimulating the segregation of neurotransmitters.
Neurotransmitters are naturally secreted as a result of synaptic communication
between neurons, facilitating the transmission of messages, information andsignals throughout the central nervous system of the human body. An
intracorporal network with carbon nanotubes and graphene nanosheets inneural tissue could increase or decrease the secretion of theseneurotransmitters, decisively affecting signal transduction, emission andreception. For example, false sensations of danger, fear, pain, etc. could be
provoked without any justified cause. To give another example, the regulation of
dopamine alone could cause neurodegenerative diseases, anxiety, depression,
apathy, bipolar disorder, and psychotic attacks, among other disorders andproblems. An interested regulation of dopamine would affect the reward systemof people, affecting desire, pleasure, and, above all, conditioning. This meansthat subliminal conditioned learning could be achieved so that undesired
behaviours and attitudes could be channelled in people bending, to a certain
extent, the will and free will that characterises a free human being. Dopamine
could also create addiction, just like a drug, in such a way that very strong
habits could be created according to the interests of third parties outside the willof the inoculated person.
4. Connected humanity. The human collective, inoculated with the presupposedcontent of the vaccines, would make it possible to exercise exhaustive control
over human activity, health status, work performance, or academic performance
influenced by currents of thought and subliminal communication strategies
facilitate the acceptance of measures and laws that are unpopular or negative
for the interests of the population, bend the will or any resistance to perform
certain tasks or functions or undesired tasks, reduce energy consumption,
reduce the use and consumption of essential resources, facilitate theforecasting of the demand for products, goods, and services. The possibilities ofa connected humanity are inherent in the concept of the Fourth Industrial
Revolution or transhuman techno paradigm, whether at the political, economic,
social, or personal level.
5. The individual as feedstock. An intracorporal network would turn the individual
into feedstock. This is an inexhaustible source of information, generating data to
be recorded, evaluated and processed for social, economic, scientific andpolitical use. Perhaps partly for this reason, inoculated individuals could receive
a universal minimum income in exchange for handing over the data they may
generate in the course of their lives. However, becoming a source of information
subject to continuous monitoring would make it possible to calculate or weightthe value of each person according to their capabilities, their capacity forthought, reasoning, analysis, behaviour, and loyalty to the system, and thus
determine which people are more suitable, profitable and beneficial to society.
This coefficient, which would measure the value of a person, could be used todetermine his success in society and in life, as well as to decide his destiny, an
aspect that links to the following application use, or rather consequence of theintracorporal network.
6. Population reduction. According to the Neo-Malthusian thesis, the intracorporal
network would make it possible to know the value of each person and determine
what part of the population should be eliminated, presupposing that there is anexcess population that cannot be maintained and that reduces the resources
available for the part of the population that is productive and of greater added
value. This would mean the most absolute reification of the human being,
denying all spirituality and freedom that are proper to people by the mere fact ofexisting. By obtaining a cut-off figure, all those people who do not exceed theestablished threshold could be gradually eliminated also by means of theintracorporal network itself, as explained below.
7. Elimination. An intracorporal network can not only operate in the neuralenvironment, but also in the cardiovascular system and especially in the heart. If
the right signals are received, an artificial alteration in the heart rhythm could betriggered, which would trigger arrhythmias and henceforth heart attacks. An
electric shock to the brain tissue at the right intensity and in the right location
could cause fainting, loss of balance and unconsciousness, with the attendant
danger to the person. Therefore, based on the bidirectionality stated in theliterature on intracorporal networks, it is not unreasonable to think that signals
could also be received that could trigger the disorders and conditions that leadto the elimination of the person. This ability to be able to eliminate a person who
is either unprofitable in the “New World Order” or who does not accept theapproaches desired by the elites or who is part of the dissidents or opposition, isextremely clean, leaves no traces of the crime, and is particularly effective inmaintaining control and power over the population.
[19:53 Brief selection of bibliography consulted]
End.