top of page

Shared Interests Group

Public·15 members

Blue Sky

Sunlight reaches Earth's atmosphere and is scattered in all directions by all the gases and particles in the air. Blue light is scattered in all directions by the tiny molecules of air in Earth's atmosphere. Blue is scattered more than other colors because it travels as shorter, smaller waves. This is why we see a blue sky most of the time.

Blue Sky

Closer to the horizon, the sky fades to a lighter blue or white. The sunlight reaching us from low in the sky has passed through even more air than the sunlight reaching us from overhead. As the sunlight has passed through all this air, the air molecules have scattered and rescattered the blue light many times in many directions.

As the Sun gets lower in the sky, its light is passing through more of the atmosphere to reach you. Even more of the blue light is scattered, allowing the reds and yellows to pass straight through to your eyes.

"Blue Sky"[1] (also known as Big Blue, Blue Magic, Fring's Blue,[2] or simply Blue) was the street name coined for the notoriously potent and 99.1% chemically pure crystal methamphetamine manufactured by Walter White and Jesse Pinkman. There were a few temporary accomplices who helped Jesse and Walter cook with the blue meth formula: Gale Boetticher and Todd Alquist. Victor also apparently memorized the method to cook Blue Sky by watching Walt and Jesse, though he never finished the batch, and the purity was never measured.

Despite having limited success during its initial amateur manufacture by Walter White and Jesse Pinkman, the blue meth eventually became widespread for its remarkable quality and purity, becoming popular across the United States and eventually even reaching as far as Europe. The meth was the signature of Walter and Jesse, and the building block of their drug empire which eventually became the largest meth operation in American history.

After experiences in the meth trade with Krazy-8 and Emilio, Walter and Jesse eventually decide to expand their drug operation by selling their product to Tuco Salamanca, a powerful but psychopathic drug distributor. The two begin to expand their operations by stealing a large drum of methylamine, thereby allowing them to produce large quantities of meth for Tuco. The methylamine allows them to bypass the difficulty of acquiring pseudoephedrine, and the new method gives their product a blue color while continuing to be highly pure and chemically potent.

Following Tuco's death, Walt and Jesse decide to move their business into new territory. The blue meth was thus distributed solely in Albuquerque by Jesse's street dealers, but more problems arise as their enterprise expands with dealers working for them. Later, Walt becomes worried when he sees a bright white patch within the generally dark hues on the latest PET/CT scan of his lungs. With only $16,000 remaining of the meth money after the numerous setbacks, he and Jesse spend several days in the desert cooking 38 pounds of meth to sell off before Walt dies.

Later, Walt is initially hesitant to take up Gus on a lucrative offer to continue cooking meth in a high-tech "superlab" beneath an industrial laundromat, but later discovers that Jesse, out of rehab, has cooked a batch of the blue meth himself using Walt's techniques; Walt, furious, accepts Gus' offer to cook at least 200 pounds a week. At this time, Walter cooks with Gale Boetticher, a lab assistant provided by Gus. The blue meth spread across the Southwest due to the efforts of Fring, whose Los Pollos Hermanos franchise was used to distribute the meth to the surrounding states and establish a drug empire in the region.

The blue meth made its way south of the border into the country of Mexico, attracting the attention of the local drug cartels in the area, particularly, the Cartel. When Gus successfully blocks the Cartel's drug trade, he offers Walt a larger sum to continue to cook, an offer not extended to Jesse. Jesse skims a small portion of the meth to sell on his own, an action that both Gus and Walt are aware of but do not discuss. After agreeing to an ultimatum given by the cartel, Gus takes Mike and Jesse down with him to Mexico, where they have Jesse teach the cartel scientists (led by Benicio Fuentes) how to cook the blue meth. Gus returns from Mexico and his relationship with Walt unravels, causing Walt to murder Gus and put an end to Gus's distribution of the blue meth.

Lydia enlists the help of Jack Welker's Gang, intending on taking Declan's operation by force if he won't allow Todd to return as cook. Declan refuses, and Declan's crew are all killed by Jack's gang. They seize all the supplies for the meth lab, and take it back to their compound. Todd continues to cook meth, though was never able to match the quality set by Walt, and even "burned" the meth, destroying its signature blue color.

Dissatisfied with the consistent disappointment, Lydia decides to try and cut her losses and exit the business. Todd, however, informs her of the rise in quality, and the blue color. Lydia questions whether Walt was working with him, but Todd tells her that they had Jesse held captive. Having no problems with this as long as the meth was up to par, Lydia continued to use Todd while also manipulating his feelings for her to do what she wanted.

The blue meth produced by Walter is famous for being highly pure and chemically potent. However, in reality, the methamphetamine produced by the P2P method is racemic (both enantiomers are present), and thus consists partly of the less-desired l-methamphetamine isomer. D-methamphetamine induces classic stimulant effects, whereas l-methamphetamine is only a weak stimulant but an excellent decongestant, which is sold over-the-counter in Vicks inhalers. In other words, if methamphetamine is made from P2P by reductive amination, the end product is undesirable as it is half-drug and half-decongestant.

Frank Lloyd Wright "broke the box" of memorial architecture tradition. His design fully manifests his principle of "organic" architecture. The structure is integrated into the landscape, and its granite echoes the stone of nearby monuments. The blue sky is its ceiling, and living greens gently suggest its walls. The edifice overlooks a peaceful pond.

The sky is blue due to a phenomenon called Raleigh scattering. This scattering refers to the scattering of electromagnetic radiation (of which light is a form) by particles of a much smaller wavelength. Sunlight is scattered by the particles of the atmosphere, and what comes through down to earth is called diffuse sky radiation, and though only about 1/3rd of light is scattered, the smallest wavelengths of light tend to scatter easier. These shorter wavelengths correspond to blue hues, hence why when we look at the sky, we see it as blue. At sunset and sunrise, the angle at which sunlight enters the atmosphere is significantly changed, and most of the blue and green (shorter) wavelengths of light are scattered even before reaching the lower atmosphere, so we see more of the orange and red colours in the sky.

The ocean is not blue because it reflects the sky, though I believed that up until a few years ago. Water actually appears blue due to its absorption of red light. When light hits water, the water's molecules absorb some of the photons from the light. Everything absorbs at a different wavelength (Your green t-shirt absorbs red), and as a result reflects the remaining colours back at a viewer (that's why your t-shirt looks green). In shallow bodies of water (like a drinking glass) light penetrates it completely, as there is not enough water to absorb enough photons, so we see the water as colourless. In deeper waters however, not all the wavelengths of light can fully penetrate the liquid, as there are too many water molecules in the way of the photons. The water molecules absorb all the red wavelengths from the light, making it reflect blue. This is also why shallower waters appear 'less' or lighter blue than deeper ones- less absorption means less reflection. 041b061a72


Welcome to the group! You can connect with other members, ge...
Group Page: Groups_SingleGroup
bottom of page