At Popular Mechanics, an analytical chemist uses clues from Breaking Bad to explain both the real science behind Walter White's meth formula, and the key flaw that either means the show's writers are taking a little artistic license or Walter is even more of a chemistry genius than anybody thought. Read the rest
Do not watch if you have not yet watched seasons one and two of the television show Breaking Bad. Tight, tight, tight, yeah! Created by the very talented video remixer Chris Lohr. Damn, but Mr. White has fallen a long, long way since S1, que no?
(Thanks, Joe Sabia.) Read the rest
Walter White from Breaking Bad, immortalized in street art on Rivington Street, NYC. Photographed and shared with Boing Boing by Daniel Albanese. This wheatpaste work is credited to street artist "ME." Bowery Boogie blog says,
Much of his work is co-opting established logos to fit the name, whether it’s the ME in Mets or Supreme. And of course, there’s the awesome Mitt Romney spoof that parlays the dog incident with the Griswold family vacation.
There's a needlepoint on this same theme.
Related: BrBa street art in Canada, and check out our BrBa archives. If you're in the mood for a video, watch our "Top 11 Breaking Bad Chemistry Moments" here, or check out our excellent adventure: air-dropping in to a random Breaking Bad fan's premiere party in the show's hometown of Albuquerque, NM. Read the rest
Trufans Miles O'Brien
and Xeni dug into the show's vaults to explore Breaking Bad's top 10 chemistry moments.
Apparently, corporate profits just aren't enough for some global megabusinesses these days: a Walmart store in South St. Louis County, Missouri was emptied by police when an "active methamphetamine production laboratory" was discovered inside.
Now, it's entirely possible that the "lab" consisted of an empty plastic bottle and some chemicals, but still, you guys: some tweeker was cooking crystal inside a freakin' Walmart.
The store was open and full of customers when it was cleared about 6:15 p.m. Thursday after employees and then police discovered the possible hazardous situation involving the substances used to make methamphetamine, St. Louis County police Lt. Mark Cox said.
The chemicals were discovered after police were called about a shoplifter. Cox did not yet know details of the "lab," how it was put together or where in the store it was located.
UPDATE: It gets weirder. This local news report further clarifies that a woman detained for shoplifting at the Walmart "began to make meth in the loss prevention office."
Now that is baller. You're busted for shoplifting, placed in what amounts to a holding cell inside the store, and how do you kill time? Makin' ice! Read the rest
Photo: Chris Howey / Shutterstock
Genius scientific paper* of the day: "A Simple and Convenient Synthesis of Pseudoephedrine From N-Methylamphetamine, by O. Hai and I. B. Hakkenshit." (PDF).
A response by annoyed Sudafed users to the onerous demands by pharmacies for ID and tracking, due to the fact that this helpful and common over-the-counter drug can be used to manufacture crystal meth.
Snip from the paper:
Read the rest
A novel and straightforward synthesis of pseudoephidrine from
readily available N-methylamphetamine is presented. This
practical synthesis is expected to be a disruptive technology
replacing the need to find an open pharmacy.
Pseudoephedrine, active ingredient of Sudafed®, has long
been the most popular nasal decongestant in the United States
due to its effectiveness and relatively mild side effects . In
recent years it has become increasingly difficult to obtain
psuedoephedine in many states because of its use as a
precursor for the illegal drug N-methylamphetamine (also
known under various names including crystal meth, meth, ice,
etc.)[1,2]. While in the past many stores were able to sell
pseudoephedrine, new laws in the United States have
restricted sales to pharmacies, with the medicine kept behind
the counter. The pharmacies require signatures and
examination of government issued ID in order to purchase
pseudoephedrine. Because the hours of availability of such
pharmacies are often limited, it would be of great interest to
have a simple synthesis of pseudoephedrine from reagents
which can be more readily procured.