What Exactly is 5G -- Part Three

An abundance of millimeter wave radiation not related to 5G cell service and how to reduce personal exposure.

I thought we were safe. Safe from millimeter wave RF exposure here in the majestic Inland Northwest. Thought we were safe due to the rugged terrain and low population density — making it unlikely they would implement millimeter wave 5G cell service here.

Last Spring as a beta tester for a new millimeter wave RF meter, I learned that we are safe for now from millimeter wave 5G, but not safe from millimeter wave RF radiation from other sources. In fact there’s an abundance in specific area having to do with travel and procurement of food.

Until the introduction of this new meter, we couldn't 'see' these exposures without a device in this frequency range with the necessary sensitivity and accuracy. This new meter has allowed us for the first time to detect and measure millimeter wave radiation for EMF assessment and remediation purposes.

I quickly found out that areas considered safe from millimeter wave 5G cell service already have concerning levels of millimeter wave radiation. Furthermore, areas that are already exposed to millimeter wave 5G cell service are experiencing additional, unexpected millimeter wave RF exposure.

I and many of my colleagues initially thought that millimeter wave RF radiation was exclusive to 5G cell service and military weapons, but this is not the case.

Today, I’ll discuss two types of exposures that, unfortunately, will affect almost everyone. Consider this: who doesn’t visit grocery stores? Who doesn’t spend time on or near roads? We will also explore ways to minimize personal exposure.

Let's start with supermarkets. The issue revolves around the door sensors that control the automatic sliding doors at the entrances and exits. In the Inland Northwest, and perhaps across the US and beyond, my observations indicate that all local, regional, and national grocery stores expose customers to high levels of millimeter wave RF radiation through these sensors.

To access the products inside the store, you need to enter, and if you use these automatic doors, at least in my area, you're going to be exposed to millimeter wave RF radiation.

In my area, there is one local grocery chain, two regional chains, and one national chain. I measured millimeter wave radiation levels at four stores—one from each regional chain, one from the national chain, and one from the local chain—by entering and exiting each store three times and then averaging the results. I found that the average exposure levels when entering or exiting the stores ranged from just over 11,000 to just under 23,000 µW/m².

Indeed, these are significantly high levels of RF radiation.

It's concerning to think that the high levels of RF radiation might be linked to the sensations of disorientation I've experienced for years when entering supermarkets, which I initially thought were caused by the lighting or other environmental factors. I suspect that millimeter wave exposure could be a contributing factor. After entering and exiting a supermarket multiple times in a row, I felt noticeably sick during my first visit, and the discomfort only increased after visiting all four stores.

During a presentation I gave last summer to a large audience, someone mentioned in the chat that their child couldn't enter a supermarket without experiencing seizures. Others shared that they also felt ill upon entering. This suggests that millimeter wave radiation exposure in everyday environments could be having significant effects on more people than we realize.

Having been in the high-tech industry for a long time, I'm well aware that millimeter wave RF isn't necessary for controlling door openers—there are many alternatives. Throughout my life, I've encountered door-opening solutions like pressure mats, photoelectric eyes, and doormen, none of which involve RF exposure.

I also wonder why every store in my area relies on millimeter wave technology for this purpose. Is the convenience worth the potential health risks? Do we risk missing an epidemiological signal that millimeter wave radiation is harmful by exposing everyone to it?

Here’s what you can do to minimize personal exposure to millimeter wave RF radiation on entry or exit to grocery stores:

• Shop at a store that doesn’t require millimeter wave exposure on entry/exit

• Find and use a manually operated door

• Consider home delivery / curb delivery

If you must enter a millimeter wave radiation controlled portal:

• Don’t spend unnecessary time before, between or after the doors

• Move away from the doors safely and quickly until well inside the store

• Avoid using checkout stands nearest the doors

Unfortunately, there doesn't seem to be a way to completely shield an infant, pregnant mother, or anyone else looking to eliminate millimeter wave radiation exposure, aside from avoiding areas where this type of radiation is prevalent.

That covers the situation with grocery shopping. Another area where I believe virtually everyone is exposed is in and around roadways. The issue here stems from new conveniences in automobiles that use millimeter wave radar technology. Depending on the model, these systems can emit radiation from the front, rear, and/or sides of the vehicle.

We were led to believe that millimeter wave radiation couldn't pass through glass. However, my testing showed that I could easily detect this radiation projected from other vehicles while inside my own. This illustrates once again how poor decisions made by others regarding use of technologies involving harmful man-made electromagnetic radiation can unfortunately affect those who know better – who are more cautious in managing their personal exposure.

I'm not certain how long we've been exposed to millimeter wave radiation from vehicles, but the increasing discomfort experienced by my most sensitive clients and their growing difficulties with travel clearly indicate a problem, in my opinion.

As with many other EMF-emitting technologies, those involving vehicular radar also present a trade-off: they offer perceived benefits in exchange for increased personal exposure to harmful man-made electromagnetic radiation. Here’s the bait for the this particular trap:

• Adaptive Cruise Control (ACC): Adjusts the vehicle speed to maintain following distance, using radar to detect the speed and distance of the vehicle ahead.

• Automatic Emergency Braking (AEB): Uses radar to automatically applies the brakes.

• Blind Spot Detection (BSD): Monitors so-called ‘blind spots’.

• Lane Change Assistance (LCA): Assists nattentive drivers with lane changing.

• Rear Cross Traffic Alert (RCTA): Alerts drivers to vehicles approaching from the sides when backing out of a parking space.

• Parking Assistance: Facilitates automated parking.

As the use of vehicular radar technology becomes more widespread, byways, roads, and highways are increasingly contaminated with millimeter wave radiation, and untreated window glass offers no protection. However, there are additional concerns to consider as we delve deeper into the implications of this technology. Let's take a closer look.

My wife and I often visit our favorite restaurant, but unfortunately, I tend to feel unwell when we go, likely due to the WIFI, the Bluetooth-based music system, and the cell phones of other customers. Despite this, we continue to go because we love the owner and their family, and we enjoy the nourishing food.

Looking back, I've realized why we stopped dining on the sidewalk at our favorite restaurant and chose to move indoors. I suspect that the additional millimeter wave radiation from passing automobiles was exacerbating my discomfort, causing me to feel worse more quickly. While being aware of these dangers allows us to avoid them, it's regrettable that we've had to forego the enjoyment of sidewalk outside.

Residences located near roadways may also be affected by millimeter wave RF radiation, as it can easily pass through untreated glass. This exposure could extend to yards, balconies, and gardens that are close to these roads, potentially impacting the areas where people spend significant outdoor time at home.

Car travel is increasingly problematic for those seeking to avoid millimeter wave RF radiation. This concern extends to pedestrians and bicyclists as well, who are also at risk of exposure while walking or biking near roadways where vehicles equipped with millimeter wave technology frequently pass.

Survival Tactics:

• Carefully consider whether you want a vehicle with millimeter wave RF-based radar

• Avoid traveling in vehicles with radar

• Avoid sidewalk dining

• Avoid living arrangements near roadways

As an extreme measure, speak with your trusted EMF resource about the possibility of shielding your vehicle as well as the pros and cons of doing so.

In conclusion, this discussion on environmental exposures to millimeter wave radiation, unrelated to 5G cell service, forms a crucial part of our ‘What Exactly is 5G’ series. We included it to address the common misconception that conflates millimeter wave technology solely with 5G. The reality is that millimeter wave radiation is also used in other applications like vehicular radar and automated door systems, which pose their own exposure risks. It’s important to recognize and understand these diverse sources to better appreciate the broader implications of millimeter wave technology in our daily lives.

The pervasive spread of millimeter wave radiation through modern technologies such as vehicular radar and automated door sensors in supermarkets presents a significant and growing exposure risk to those wishing to carefully manage personal exposure.

Despite the conveniences and perceived safety features these technologies promote, the potential health impacts are paramount, especially for vulnerable populations like infants and pregnant mothers.

As it stands, avoidance remains the most effective measure to reduce exposure.

I know I’m going to be asked so here’s a link to the millimeter wave meter I was using. You’re welcome to use my affiliate code, remedy5 on checkout for a discount.