Self-Proclaimed Leader in Apocalypse Technology, Elon Musk Needs Far UVC Light To Win War On Flu

Updated on December 17th, 2022 at 06:57 am



You can’t colonize Mars until you have mastered this 23nm band of light between 207nm-230nm!
At least on Earth, you have the option of not sharing the air during a pandemic! Silly billionaire! Think it through! Quanta X Technology is here to help!
If you want to have at it yourself? It should be easy enough with just a few rocket scientists!
Increase the photon energy by 2.22eV on today’s current 372nm 3.33eV sub-visible light Li-Fi technology. That equals 5.55eV for 223.3nm Far-UVC communications or UVGi-Fi. That way, your future home, Mars, is protected from the airborne spreading of bio-hazards and equipped with the fastest wi-fi in the universe at the same time!
Besides, you’ll go through all that work building Mars for it to be conquered with one earthborn virus.
The Mars acid test isn’t if the ships stop coming.
The Acid test is when the wrong ship that wants to take over is coming.
To avoid loss of infrastructure on Mars, the first mass extinction will be much more like how smallpox devastated the Aztecs – and helped Spain conquer the Americas 500 years ago unless you learn from history about starting a civilization and what has ended them.
To be prepared… Star-link needs a huge upgrade to Far-UV light-based interlinks (UVGi-Fi) for your Mars colony to make it. Airborne spread can be controlled with UVGi-Fi next-gen pandemic proof Star-link communications.
The fastest quantum hardened light-based germicidal communications is only 2.22eV away.
This is the equivalent of saying the first aqueducts were 2.22 feet away from completion before washing germs out of Rome!!

Far-UVC photons are a more powerful and safe way to control germs than the loosely bound protons in flowing water!

Known 23nm AP-UVGI/UVGi-Fi Window: Wavelengths 207nm – 230nm || Electron-volts 5.99 eV – 5.39 eV || Frequency Zone 1,448,272.7 GHz – 1,303,445.5 GHz || Frequency Gap 144,827.2 GHz || 144.8 THz || 0.1448 PHz
Current Bluetooth Wavelength 12.5 cm || 0.000009925597292486 eV || 2,398.339664 MHz || 2.4 GHz || 0.0024 THz || 0.0000024 PHz, which is 9.9 millionths of an electron volt
Current Li-Fi: 380nm || 3.26eV || 788927521.052632 MHz || 788927.5 GHz || 788.93 THz || 0.79 PHz
Future UVGI-FI: 222nm || 5.58eV || 1,350,416,477.47748 MHz || 1350416.5 GHz || 1,350.4 THz || 1.3504 PHz
Increase the Li-Fi light frequency of 380nm Li-Fi by 561.5 THz, increasing the photon by the same energy it takes to make this d7ff00 hex color reach your eyes. (558.4nm 2.22 eV visible wavelength color d7ff00)
Then, when UVGi-Fi is used for all IoT, you will be the leader of anti-apocalypse technology and avoided an acid test on your fellow Martians that consisted of a when-not-if scenario for shared air!
What would the real Tesla do? Had Dr. John G. Trump publicly shared all Tesla-related documents after Tesla’s death, maybe we’d know for sure? However, I’d bet you the answer he’d find would be in the light!
Get it done! 7G now wireless technology! Get in tune with the simulation, man! You have come too far to lose touch now! Changing other worlds starts on Earth!
Who knows, 1000 yrs from now, Earth might be the place people fly back to have babies like galactic birds of the same feather, having started migration patterns in the heavens. You can not dominate the heavens without conquering the microscopic world first with UVGi-Fi!
Wavelengths & Frequency of Common UVC and Far-UVC Endpoints Wavelength (nm) Electron-volt (eV) Megahertz (MHz) Gigahertz (GHz) Terahertz (THz ) Petahertz (PHz)
Far-UVC 200nm || 6.19 eV || 1,498,962,290 MHz || 1,498,962.3 GHz || 1,499 THz || 1.499 PHz
Far-UVC 207nm || 5.99 eV || 1,448,272,743.96135 MHz || 1,448,272.7 GHz || 1,448.3 THz || 1.4483 PHz
Far-UVC 222nm || 5.58 eV || 1,350,416,477.47748 MHz || 1,350,416.5 GHz || 1,350.4 THz || 1.3504 PHz
Far-UVC 230nm || 5.39 eV || 1,303,445,469.56522 MHz || 1,303,445.5 GHz || 1,303.5 THz || 1.3035 PHz
UVC 253.7nm || 4.89 eV || 1,181,680,953.88254 MHz || 1,181,680.9 GHz || 1,181.7 THz || 1.18 PHz
UVC 280nm || 4.43eV || 1,070,687,350 MHz || 1,070,687.35 GHz || 1,070.7 THz || 1.07 PHz