Nuclear World Network

Nuclear World Network


Millimeter Wave Technology & the Hiroshima Syndrome - Nuclear World Network

September 28, 2014

In episode 10, Marti discusses the dangers of the millimeter wave technology that is currently in use at TSA check points and the pronuclear agenda designed to label informed citizens as suffering from a type of mental illness inappropriately dubbed the "Hiroshima Syndrome."

The Trouble with Flying
There are a quite a few reasons why we need to minimize our time in the air, but first off, I’m going to start with the problems associated with modern flying. Let’s begin with the obstacles you will encounter on the ground, before you even board the aircraft.

Like most people who need to get from point A to point B in the least amount of time possible, I fly. I don’t like going through those TSA “naked body scanners” and I bet neither do you.

Two types of Naked Body Scanners
It turns out that there are two different types of naked body scanners.

In recent years, the technology you will most likely encounter at TSA checkpoints are the millimeter wave scanners or the terahertz wave machines, but let’s take a short trip back in time to when the TSA first start using naked body scanners or backscatter ionizing radiation devices. These type of scanners were first implemented back in 2007, after the underwear bomber made headline news.

Backscatter X-ray devices received a lot of backlash from the public and for good reason. Backscatter radiation machines emit a narrow beam of ionizing radiation, which sweeps across the body in a rotating motion, but one of the issues associated with backscatter radiation technology is the fact that the unit could malfunction in any number of ways.

One especially troubling scenario suggests that the high-intensity beam of ionizing radiation could stop in one location on the body which could result in over-exposure. As if that wasn’t bad enough for the unsuspecting passenger, TSA employees have been denied the dosimeters needed in order to measure the dosages of radiation they receive while doing their job. That failure could have avoided or at the very least, reduced the number of TSA employee cancer clusters which were probably caused by backscatter ionizing radiation devices and/or the X-ray machines that the TSA uses to inspect your stuff during routine preflight screening.

In recent years, backscatter radiation emitting scanners have been removed in favor of the millimeter wave technology or terahertz wave scanners.

Even though these backscatter ionizing radiation devices have been largely removed from use in major airports, there have been reports that they are still in use in smaller airports, but I've personally have never encountered one.

There are also reports that they are now being used in prisons and military installations. So, now inmates and military personnel will be subjected to backscatter ionizing radiation and not only will the inmates and military personnel passing through these diabolical devices be at risk, but the employees who operate them will be as well.

 

Millimeter Wave Technology is a Wolf in Sheep’s Clothing
Enter millimeter wave technology or terahertz waves. Terahertz waves are the kind of radiation that slips into the electromagnetic spectrum between microwaves and infrared waves.

Initially, this new technology appeared to be safe, but it turns out that it has the strength to weaken the bonds that hold DNA strands together.

B. S. Alexandrov and his colleagues discovered that terahertz waves are capable of ripping the double strands of your DNA apart. This rupture forms a bubble that can interfere with the body’s ability to create normal DNA strands and hinder gene expression. That’s pretty significant as your genetic legacy can be seriously compromised.

Think of it like this, your DNA looks like a ladder, right? Well, terahertz waves have the ability to slice right through the rungs in your DNA ladder, to create ruptures. That rupture creates bubbles within your DNA strand. When it is time for your DNA to duplicate,