URGENT ALERT: Ultraviolet laser-directed energy attack alert – details on invisible, silent weaponry used to attack President Trump and his supporters

The malicious deployment of handheld UV lasers in an indoor environment would be UNDETECTABLE during the attack, and it could cause permanent blindness via extreme retinal damage.

By Mike Adams

September 20, 2024

URGENT ALERT From Mike Adams, lab science director, CWC Labs. Immediately forward to all.

It is now nearly certain that a recent attack impacting attendees of a Trump rally in Arizona was carried out via the deployment of a handheld UV laser device, battery powered, silent, and invisible to the naked eye.

The symptoms of those impacted are fully consistent with such a directed energy attack: Temporary loss of vision, sunburns on exposed skin, skin peeling, extreme eye pain, redness, etc.

Yet all victims felt nothing during the moments of exposure.

TECHNICAL DETAILS - PLEASE FORWARD TO ALL LAW ENFORCEMENT

UV lasers in the wavelengths of 280nm - 315nm are considered "UV-B" and are extremely dangerous to the human eye, as the optics of the eye add significant "gain" to incoming photons, in orders of magnitude.

When UV lasers are deployed as weapons at indoor events, the subjects' pupils are dilated due to lower indoor lighting (compared to outdoor lighting, during which pupils are constricted), allowing orders of magnitude amplification of incoming light, even if invisible.

High-intensity UV light causes permanent retinal damage/scarring/blindness.

The malicious deployment of handheld UV lasers in an indoor environment would be UNDETECTABLE during the attack, and it could cause permanent blindness via extreme retinal damage.

Importantly, UV lasers in this wavelength range are NOT visible on night vision optics or camera optics which can pick up IR illumination such as 980nm.

Handheld lasers have their own on-board optics. Beam spread is described in milliradians (mils).

A tighter beam hits fewer intended targets but with higher energy density.

A wider beam spread causes the energy emissions to be spread out and therefore less dense. But all lasers emit coherent light, so the beam maintains its shape over extremely long distances.

With sufficient power, a handheld UV laser device deployed with malicious intent and sufficient power could cause blindness from 500 yards or even farther, if exposure is maintained over several tens of seconds.

WATCH FOR THE FOLLOWING IN THE CROWDS:

A malicious person deploying a UV laser would have a very difficult time accurately aiming it due to the beam being invisible. 

Therefore, all security personnel and LEOs should look for members of crowds who are holding up linear-looking devices and attempting to aim down the primary linear axis of such devices, for example, if a person appears to be carrying a large cylindrical flashlight, and appears to be trying to "aim" down the primary axis of that flashlight, they may actually be aiming an invisible UV laser at an intended target.

Similarly, UV lasers could be attached alongside media-looking camera equipment, so that a person who appears to be holding up a camera to film an event could actually be deploying a UV laser with malicious intent.

DETECTION EQUIPMENT:

Night vision optics cannot detect UV lasers.

Very sensitive, high resolution thermal cameras *may* pick up elevated surface skin temperatures as UV rays strike the faces, chests, eyes, etc., of intended victims, and this temperature rise would appear in the shape of a very large circle, perhaps 15' in diameter, entirely depending on the milliradians of the laser optics and the distance of the assailant (think of a narrow spotlight, and the farther away the assailant, the larger the spotlight becomes due to distance, but the weaker it gets also).

To find malicious actors deploying such devices - FORWARD THIS TO RELEVANT FEDERAL LEOs - US Secret Service should be checking for suspicious purchases of extremely high-powered laser diodes (in the Watts range, not just milliwatts) from China or other sources, in the 250nm - 315nm wavelength range.

Understand that 254nm is widely considered "germicidal," which means there are many purchases of such UV laser diodes by hospitals and medical applications, especially in the post-COVID world, so it may be extremely difficult to separate a malicious purchase of UV laser devices from legitimate medical purchases.

I am available to brief law enforcement or President Trump's security team on further technical details, as I am a published laboratory scientist, and I researched UV-based laser ablation applications for ICP-MS elemental analysis of geological samples (part of a meteor impact project we were looking at).

NOTE: Protective glasses can be readily purchased to block specific wavelengths of light, including UV wavelengths.

In fact, most popular sunglasses block most UV. Thus, there are readily available protective mechanisms which may be strongly recommended to be worn by President Trump or people attending his rallies.

I strongly encourage everyone to take necessary precautions.

Actually wearing sunblock will also, of course, block UV damage on the skin, but the eyes are the most important organ to protect in this context.

Thus, wearing shades even at an INDOOR event now makes very good tactical sense.

What are UV lasers?

UV lasers, or ultraviolet lasers, produce light at wavelengths generally between 193 - 355 nm, much shorter than visible light or traditional fiber lasers. These lasers incorporate specific materials that emit UV light when excited.

As the UV laser wavelength spectrum is highly absorbent, minimal heat is transferred to the area being marked.

A laser’s spot diameter is proportional to the wavelength of the light it produces. The extremely precise spot size makes UV lasers ideal for applications where fine detail or minimal damage to the material is crucial.

They are also applicable to materials that are generally incompatible with other lasers.

Wavelength

The primary difference between UV lasers and traditional fibers lies in the wavelength of the light they emit.

Fiber lasers generally operate in the infrared range, around 1064 nm. This wavelength is suitable for engraving or cutting a variety of materials, but can cause more thermal damage due to the wavelength being longer.

Atomic vibrations created by the breaking of bonds at longer wavelengths can be exacerbated at higher power outputs due to the greater thermal excitation, and thus, lead to undesirable material damage (burning, scorch marks, etc.).

>In contrast, the shorter wavelengths of UV lasers allows for more precise lasering without significant heat generation, preserving the integrity of surrounding material.

READ MORE:

INFRASONIC WEAPONRY: The Attacks Are Now Coming from Every Direction

BREAKING: Reports Indicate There May Have Been a Third Attempt on President Trump’s Life in Tucson, Arizona

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