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Envelope-to: b.miller@logomastersintl.com
Delivery-date: Mon, 08 Mar 2021 07:40:53 -0600
Message-ID: <16603874771700416607217413461969@r9tevdz.herpesno.us>
Date: Mon, 8 Mar 2021 05:39:50 -0800
To: <b.miller@logomastersintl.com>
From: "Genital Herpes" <GenitalHerpes@herpesno.us>
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Subject:    “Herpes Killer” Herb Found By Texan Farmer

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Do you want to escape this debilitating herpes virus and stop any oral or genital outbreaks?

Here's what this Texan farmer has been doing when he accidentally found the key to kill herpes, that science has been struggling with for decades.

1. He went to his farm to pick up some vegetables
2. On his way there, he found THIS "herpes killer" herb...
http://www.herpesno.us/1660-74-721-47717004/b.miller/tindex9.html

I know how crazy this sounds, but it's 100% true.

Herpesyl
http://www.herpesno.us/1660-74-721-47717004/b.miller/tindex10.html

His farm has now caught the attention of some of Big Pharma's top execs who are offering to pay a 6 figure check to grab their hands on this miraculous solution.

If the findings are still online, I urge you to check them out here...
http://www.herpesno.us/1660-74-721-47717004/b.miller/tindex11.html
















http://www.herpesno.us/1660-74-721-47717004/b.miller/rindex12.html

ose two lights are complementary. This definition, however, does not constrain what version of white will be specified. In the nineteenth century, the scientists Grassmann and Helmholtz did experiments in which they concluded that finding a good complement for spectral yellow was difficult, but that the result was indigo, that is, a wavelength that today's color scientists would call violet or purple. Helmholtz says "Yellow and indigo blue" are complements.[16] Grassmann reconstructs Newton's category boundaries in terms of wavelengths and says "This indigo therefore falls within the limits of color between which, according to Helmholtz, the complementary colors of yellow lie."[17] Newton's own color circle has yellow directly opposite the boundary between indigo and violet. These results, that the complement of yellow is a wavelength shorter than 450 nm, are derivable from the modern CIE 1931 system of colorimetry if it is assumed that the yellow is about 580 nm or shorter wavelength, and the specified white is the color of a blackbody radiator of temperature 2800 K or lower (that is, the white of an ordinary incandescent light bulb). More typically, with a daylight-colored or around 5000 to 6000 K white, the complement of yellow will be in the blue wavelength range, which is the standard modern answer for the complement of yellow. Because of the characteristics of paint pigments and use of different color wheels, painters traditionally regard the complement of yellow as the color indigo or blue-violet. Lasers Lasers emitting in the yellow part of the spectrum are less common and more expensive than most other colors.[18] In commercial products diode pumped solid state (DPSS) technology is employed to create the yellow light. An infrared laser diode at 808 nm is used to pump a crystal of neodymium-doped yttrium vanadium oxide (Nd:YVO4) or neodymium-doped yttrium aluminium garnet (Nd:YAG) and induces it to emit at two frequencies (281.76 THz and 223.39 THz: 1064 nm and 1342 nm wavelengths) simultaneously. This deeper infrared light is then passed through another crystal containing potassium, titanium and phosphorus (KTP), whose non-linear properties generate light at a frequency that is the sum of the two incident beams (505.15 THz); in this case corresponding to the wavelength of 593.5 nm ("yellow").[19] This wavelength is also available, though even more rarely, from a helium–neon laser. However, this not a true yellow, as it exceeds 590 nm. A variant of this same DPSS technology using slightly different starting frequencies was made available in 2010, producing a wavelength of 589 nm, which is considered a true yellow color.[20] The use of yellow lasers at 589 nm and 594 nm have recently become more widespread thanks to the field of optog












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