In an unexpected turn of events, I've decided to share something special with you today: something that even I myself didn't see coming.
And from the looks of things, this might very well be a 'first' on the internet too.
So I was going through my suitcase today, looking for a USB-C cable when I stumbled upon my 4K UHD Portable Digital Microscope that I somehow forgot that I brought along with me to Cambodia. This microscope has up to 1000x zoom and can be used over WiFi (I prefer a wired connection to my computer to be fair). While it isn't a powerful electron microscope which costs thousands, it more than does a fantastic job of allowing you to view things at a macro level.
4K UHD Portable Digital Microscope & Stand.
4K UHD Portable Digital Microscope: The Instruction manual.
Within the first minute of stumbling upon this beauty, I came up with the idea to view a sample of the disintegrated aluminium foil under the microscope. I decided to do this because I have never thought of doing this before, and I felt it would give me an opportunity to confirm my previous observations on the subject of the effect of Directed energy / frequencies on an aluminium foil sheet. I'd already done a video titled 'Radiation bullet holes', so I was excited to see what I'd find this time.
If you haven't seen the video, please check it out below:
Dear readers, from here onwards, I will present the microscopic analyses and results in the form of captioned images and a videos.
Setting up the microscope and connecting it to my computer.
After setting up the microscope to my computer, I collected a small sample of pulverized + disintegrated aluminium that I wished to analyze.
I carefully placed the sample beneath the microscope lens and adjusted the lens lights and zoom levels accordingly. I turned down the lights in the room for a better viewing.
The Microscopic Captures
The following images were taken directly from the microscope view. Written analysis after the results.
Microscope View 1
Microscope View 2
Microscope View 3
Microscope View 4
Microscope View 5
Microscope View 6
Microscope View 7
Microscope View 8
Microscope View 9
Microscope View 10
Microscope View 11
Microscope View 12
Microscope View 13
Microscope View 14
Microscope View 15
Microscope View 16
Microscope View 17
Pulverization + Disintegration of Aluminium foil caused by constant bombardment of directed energy frequency attacks: Same pattern, different locations.
The Analyses
The images from the microscope captures are very clear. The video is also very clear too.
Deductions:
- Microscope views 1 - 17 clearly show the pulverization and disintegration of the aluminium foil sample in various parts of the same sample. This is as a result of frequent bombardment by directed energy frequency attacks which compromise the structural integrity of the aluminium foil sample.
- Microscope view 17 shows the aluminium dust which is the residue from the pulverization + decomposition of the aluminium foil sample.
- Microscope views 13 - 17 show the 'radiation bullet holes' which have clearly distorted the surface of the aluminium foil sample and left very visible entry and exit marks.
- Microscope views 2,4,8,11, and 12 seem to show burn marks on the aluminium foil sample which can be as a result of heat given off while trying to breach the stacked aluminium foil layers.
- The video is proof of the sample.
What we've seen in this blog post is a very clear indication of how much damage these Directed Energy Frequency Weapons are capable of.
Think about it: If these weapons can cause aluminium foil to disintegrate within such a short period of time, then imagine the level of damage being done to a targeted individual who is radiated 24/7...
It's almost incalculable.
-----------------------------
Dear readers, I hope you've found this blog post useful in some way.
Thanks for your time today, stay tuned for the next post, and see you soon !
ℹ️ Please bookmark, comment, like, and subscribe for the latest updates.
Comments
Post a Comment