Evening Frens,

Λ!!: A New Threat On The Rise In South America

https://www.forbes.com/sites/williamhaseltine/2021/07/16/-a-new-threat-on-the-rise-in-south-america/

First Δ, then Λ

4, 11

Δ = 4

Λ = 11 / 30

Spectral resolution?

"The spectral resolution of a spectrograph, or, more generally, of a frequency spectrum, is a measure of its ability to resolve features in the electromagnetic spectrum. It is usually denoted by Δ λ {\displaystyle \Delta \lambda } \Delta \lambda , and is closely related to the resolving power of the spectrograph, defined as

R = λ Δ λ {\displaystyle R={\lambda \over \Delta \lambda }} R={\lambda \over \Delta \lambda },

where Δ λ {\displaystyle \Delta \lambda } \Delta \lambda is the smallest difference in wavelengths that can be distinguished at a wavelength of λ {\displaystyle \lambda } \lambda . For example, the Space Telescope Imaging Spectrograph (STIS) can distinguish features 0.17 nm apart at a wavelength of 1000 nm, giving it a resolution of 0.17 nm and a resolving power of about 5,900. An example of a high resolution spectrograph is the Cryogenic High-Resolution IR Echelle Spectrograph (CRIRES) installed at ESO's Very Large Telescope, which has a spectral resolving power of up to 100,000."…

Sauce: https://en.wikipedia.org/wiki/Spectral_resolution

Vax = Smart dust? Are these comms about how precisely an individual can get tracked and/or microwaved after recieving the shot?

Also:

ESO's Very Large Telescope in South America (Chile)

Getting some Hitler/SS vibes when seeing Chile + Science(WISSENSCHAFFT!)…

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