Is there a tracker in the Covid vaccine?
There is no tracker in the Covid vaccine. I will explain in detail why I am confident in saying that.
The stories I read talk about people being worried about some kind of wireless tracker in the vaccine. Some THEY/THEM are trying to track you because they are out to get you. Let’s talk about the details.
They didn’t wait for a pandemic
The stories spread around want you to believe THEY/THEM sat around saying “I wish we had a way to track these people we don’t like.” Along comes the pandemic and they cheer. “Let’s invent a way to track them and figure out a way to make the people we want to track take it.”
This argument is they WANTED to track you so badly. They NEED to track everything about you. However, they did nothing. They waited for a pandemic before creating a plan to track you. I don’t agree they created a plan for trackers and distribution and injections after the pandemic started.
They fooled you with that logic. They did not wait for a pandemic to happen. They could not have predicted the pandemic, the way it spread, and the poor reaction around the world.
The fall of the Roman Empire can be traced to a couple of events that could not be predicted. Why do I bring this up? Because one of the events was a pandemic. In 536 A.D. Iceland Volcano erupted which dropped temperatures worldwide by 2.5 C. It snowed during the summer in China. Crops failed around the world and people starved. THEN, in 541, bubonic plague struck the Roman port of Pelusium, in Egypt. It spread across the whole Roman Empire. It lasted for several years and wiped out half the population of the eastern roman empire (50%).
Predicted? (NO) Some ‘THEY’ of the time were waiting for a pandemic to attack their specific enemies. NO. Instead of being used by THEM to take more control, it triggered the fall of Rome.
Bad decisions, and poor judgment, on top of not knowing how to manage disease transmission, caused the problems. Poor judgment, just like during Covid. Not wearing masks, gathering in groups increasing the spread, the list goes on.
Here is the reference article from Science.org: https://www.science.org/content/article/why-536-was-worst-year-be-alive
They did NOT wait for the Covid Pandemic to start tracking you!
They are already tracking you
They didn’t wait for a pandemic because they didn’t need to. If you were already considered a threat or already considered someone to watch, then they were already tracking you.
How are they tracking you? By all the electronics and reporting that exists today. The amount of water you use, the electricity you buy, where and how far you drive (all those traffic cameras), and your bank transactions are a few.
Back in 1973, the cell phone was invented. In the 1980s cell, networks become available. The early phones were nothing like the smartphones we have today. They could still be used for tracking because important information comes from every cell phone. If you turn on the cell phone the company knows. They use that information to bill you for usage. They know which cell phone towers the phone connects to for the signal. https://en.wikipedia.org/wiki/Mobile_phone
How many of you got a low-cost, or zero-cost deal to get a cell phone? Cellular service expanded very rapidly in parts of the country. So, they could get coverage available in that area. Next, they found a way to track you without a cell phone. Does anyone remember the two-way pager? Motorola introduced the two-way pager in 1995. Now a pager would transmit a reply.
Contrary to common thinking the iPhone in 2007 was not the first smartphone. The start of smartphones for tracking has a path. The pager morphed into the Palm Pilot and into the Blackberry (the first real smartphone). It was ‘secure’ and used by all large corporations and governments.
With a smartphone, THEY know where you are, what you do (there is an app for that), and whom you communicate with. They don’t need to do anything special. You already do it and you are paying for it to happen.
If they use something other than a cell phone, how do they get a signal? They don’t use smoke signals they use radio signals. Tell me where you saw a crazy new building of a bunch of new antenna towers during Covid.
What would an injectable tracker look like?
To have a tracker in the covid vaccine it must be small to fit in a needle. It would be low power and would uniquely identify the person. It needs to send information when asked or independently.
The smallest tracker I could find is shown in the link (HERE). They have three sizes, the smallest being 1.25mm in diameter and 7mm long. The problem is with a dedicated reader, the range for this tracker is 11.8 inches.
It uses RFID technology like a door-opening badge. The reader sends a signal everywhere around it. The tracker receives that signal and uses the power from that signal to return information.
The need to use the transmitted power means the device can be smaller. But it also can’t send its response very far. The 11.8 inches referenced is with a specially dedicated reader. Handheld readers are closer.
But you are thinking my car key FOB works from dozens of yards away. That is completely true. It is possible to do that because the car FOB has a battery. That battery allows it to send a stronger signal. The distance for the signal is dependent on the power.
Let’s go back and talk about two differences between the tiny RFID tracker and car key FOB. First, the FOB transmits when you tell it to send a signal. There is a button you press. The RFID simply transmits when anything, anyone sends a signal to it.
The second big difference is the battery. The FOB can transmit yards, and the tracker inches because of the battery.
Let’s use this information and talk about the ultimate injectable tracker.
The Ultimate Injectable Tracker
Animal tags used for tracking range in size from large (cow ear tags) that can be measured from feet. The smallest sizes in common use are about 1mm in diameter, 7mm long, and can only be measured within inches. A grain of rice is about 1.25mm in the fat middle. That is the size we are talking about.
Let’s predict some advances (that have not been proven) and say a 1mm diameter tracker can provide a pulse every few hours. What would that take?
A radio signal gets weaker the farther it must travel to get to the destination. The maximum power of a cell phone is 3 Watts. That is limited by federal regulations, and you can check any device on the FCC website. With that power and the cell tower transmitting about 10 Watts, you have an ideal range of 25 miles. That is best case, ideal conditions. In a congested area or with more than one phone in the area it gets reduced.
How long does your cell phone last on the battery? The reason to ask is how big will the battery be in a 1mm diameter by 7mm long device? Your cell phone lasts a day with lots of power management. The only practical way for a tracker to reach 3 Watts of power is to charge up a battery and pulse the signal.
Could it be smaller than 1mm in diameter? Yes, it could be smaller with an associated smaller distance and power to transmit the signal.
The challenge for you is to find ANY tracker technology that can transmit 3 Watts. If it is less than 3 Watts it won’t transmit to a cell tower.
If you can’t get to 3 Watts it is crazy to build the antenna towers and the infrastructure to track YOU. It is absolutely cheaper to GIVE you a cell phone.
The smallest tracker I could find is shown in the link (HERE). They have three sizes, the smallest being 1.25mm in diameter and 7mm long. THIS IS CLOSE to the 1mm. The problem is with a dedicated reader the range of this tracker is 11.8 inches, NOT 25 miles.
How will your tracker get charged?
So, we need a 3 Watts pulse to get 25 miles. I am pushing the boundaries of engineering, and physics. I am not even talking about how to make something like this. A battery to transmit 3 Watts has to store 3 Watts. How does it get charged with 3 Watts?
Do you plug in the hidden tracker in your arm to charge it? Is there a buzzing wireless charger in your house to charge the tracker? If yes, what about when you go to an event (Movie, Rodeo) for several hours?
There is no dedicated charger, it just needs to get power somehow. The only option left is to leach power from the power lines around you. Going back to the statement about power and distance. The wires in your house are only sending power, that can be used by the tracker when a device is working. The more devices the better, the plugged-in microwave is low-level. The cooking microwave is high-level. A fan not running won’t pull power and won’t make the wires transmit power. This is all to say that charging from the power grid is not simple and will take time.
I talked about a pulse earlier because the tracker will take time (hours) to charge and then transmit in one pulse.
Where does the pulse go?
The tracker sends out the pulse to something, some device that reads the signal. It can’t have interference, like from another tracker pulse. I won’t try again for hours. The receiver needs to be close. What structures are around you that you don’t control and could receive the signal? I am not talking about houses, cars, or trucks. It needs to have antennas to receive the signal.
The only logic structure close is the cell phone tower, yes, we go back to that. You don’t control what is at the tower. It is also the best way to have power for the receiver and a network connection to send the pulse data to them. Every cell tower has power and network connections. Where else around you are their antennas, power, and network?
It can’t be in your house. You could find it and disable the receiver if it was in your house.
Can they inject you with the tracker?
We are going to talk about needles. These are the hypodermic syringe needles used to administer the vaccine. With humans, they will usually use a 22 gauge needle to inject the vaccine liquid into the arm. A 22 gauge needle is 0.7mm (0.027 in). THIS NUMBER IS THE OUTSIDE DIAMETER.
Until someone can show me that a tracker producing 3 Watts can be made less than 1mm in diameter I will use that size.
To inject you with a 1mm diameter tracker they need a needle that is larger than 1mm. The inside diameter needs to be larger than 1mm. The standard needle size that is above 1mm is 16 gauge, 1.63mm (0.064 in). Needle numbers get smaller as the size gets bigger.
You may have seen a 16 gauge needle before. It would be used to inject livestock. If it is used on a human, it would be to start an IV. Intravenous into a vein in your arm or leg. In other cases, it would be used to inject something into your butt.
The important point here is that you can see the difference. 16 gauge to 22 gauge is a difference of 0.93mm. 22 gauge needle is 0.7mm. The difference makes the 16 gauge needle over twice as large. If the person giving you a vaccine has a large needle you can see it in their hand. There is a chart below where you can see the size differences. A 16 gauge needle is not used to inject humans in the shoulder.
Again, these are the outside diameter numbers. For the inside diameter to be above 1mm you may have to go above 1mm.
When you go to receive a vaccination, you can see the size for yourself when they bring the syringe out. If they use the small needle there is no tracker inside.
Is there a Covid Vaccine Tracker?
The answer is no.
There are more arguments I can make about this:
- They have to train everyone to inject this without you knowing because of the needle size.
- They will not use it on everyone, and each needs to be specific. If they get it wrong and the tracker for Sally is injected into Wilbur all their tracking information will be wrong.
- They have to account for interference; if you get into a congested area where your cell phone has issues with connections then the tracker will have issues also.
- How will it work when you are not close to a cell phone tower?
- How will it work when you are on an airplane?
The best way to track you remains the cell phone. It gives more information than simply location and best of all for THEM, you are paying to use it.
https://www.nclexquiz.com/blog/types-needles-injection-needle-gauges-injections-size-chart/
