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@lindsayslabyrinth-blog
https://www.nextrembrandt.com
A new way of visualising world trade
http://globe.cid.harvard.edu
McDonald’s to Close 700 Locations This Year
http://theantimedia.org/mcdonalds-to-close-700-locations-this-year/
people that don’t put cases on their iPhones have the kind of confidence that I need
Why are we made of matter and not antimatter?
“This is right at the frontiers of what is known, and is my bet for the next of the greatest unsolved problems in theoretical physics to fall. With any luck, we’ll finally be able to explain why there’s more matter than antimatter in our Universe very soon.”
Everywhere we look in the Universe, we find that planets, stars, galaxies, and even the gas between them are all made of matter and not antimatter. Yet as far as we know, the laws of nature are symmetric between matter and antimatter: you can’t create or destroy one without the other. This question — why the Universe is full of matter and not antimatter — is one of the greatest unsolved problems in theoretical physics. Yet it’s also, conceivably, the one most likely to fall in the coming year! There are four compelling scenarios that might solve this question, that of baryogenesis, that theoretical physics has uncovered, and there’s a good chance that the LHC’s run II will be sensitive to two of them. Also, don’t forget to check out my new podcast on this subject, at the end of the post or (directly) here.
Most popular word used in online dating profiles by State
Bill Withers in 1971, playing “Ain’t No Sunshine”
In 1990, physician Frank Meshberger published a paper in the Journal of the American Medical Association deciphering Michelangelo’s imagery with the stunning recognition that the depiction in ‘God Creating Adam’ in the central panel on the ceiling was a perfect anatomical illustration of the human brain in cross section. At the age of 17 he began dissecting corpses from the church graveyard. Between the years 1508 and 1512 he painted the ceiling of the Sistine Chapel in Rome. Michelangelo Buonarroti— known by his first name the world over as the singular artistic genius, sculptor and architect—was also an anatomist, a secret he concealed by destroying almost all of his anatomical sketches and notes. Read more: http://bit.ly/1ldVqgm
source: Daily Anatomy
A visit to the MET & Museum of Natural History by Alex Teuscher
When you’re 10 minutes into textbook and chill and your phone gives you “the look”
Powers of Ten takes us on an adventure in magnitudes. Starting at a picnic by the lakeside in Chicago, this famous film transports us to the outer edges of the universe. Every ten seconds we view the starting point from ten times farther out until our own galaxy is visible only as a speck of light among many others. Returning to Earth with breathtaking speed, we move inward- into the hand of the sleeping picnicker- with ten times more magnification every ten seconds. Our journey ends inside a proton of a carbon atom within a DNA molecule in a white blood cell. POWERS OF TEN © 1977 EAMES OFFICE LLC (Available at www.eamesoffice.com)
ON JULY 30th Canada’s Conservative government announced it intends to ban the use of microbeads in personal-care products. The Netherlands has already imposed an unofficial ban on them, which should be in effect by the end of 2016. What are these horrid little things?
Microbeads are very small synthetic plastic particles, each of them perfectly spherical. None are more than five millimetres (5mm) across, and most are only 1mm or smaller; they look like grains of sand. The most common sorts are made from polyethylene and polypropylene. These are used in everything from cancer research and HIV treatment to flat-panel televisions and the jumbo screens in stadiums. But what really worries the Canadians, and a growing number of scientists and environmentalists everywhere, is the use of microbeads in products like toothpaste, soap and facial scrubs and exfoliants.
When these goops and gunks go down the drain, so do the microbeads. The trouble is they are too tough to dissolve and yet too small to be caught by the filters in water-treatment plants. So they are discharged into natural water systems, where they do untold damage. New York alone flushes about 19 tonnes of microbeads down its drains every year. They can absorb toxic agents along the way. Wild critters often mistake them for food. Ingested microplastics can block up their guts and lead to starvation. Worse, from a human point of view, chemicals can be gobbled up with the microbeads and so work their way up the food chain. Microbeads have already been found in the flesh of fish caught for human consumption.
Scientists at Environment Canada, a department of the national government, reviewed more than 130 scientific papers, consulted experts and concluded that microbeads should be added to the national list of toxic substances. This would give Canada the authority to regulate the sale, manufacture and import of microbeads. It won’t happen right away however. Three days after his microbeads announcement, Stephen Harper, Canada’s prime minister, called an election for October 19th. But both the main opposition parties have called for a ban too, so something should happen whichever party wins. The trickier point might be the government’s plan to align its policy with America’s.
The United States does not have anything so clear as a federal ban. Most of the action has taken place at the state level, starting with the states that share coastlines along the Great Lakes, which sit on the border between Canada and the United States. Eight states have passed banning legislation and 17 have bills pending. In June 2014, Illinois became the first state to pass a bill against microbeads, though many experts think it did not go far enough. They see it as an unwholesome compromise: Illinois’s rule only bans some microbeads, allowing the use of biodegradable ones. Those are also plastic, though they can be broken down under laboratory conditions. It is not clear whether they would actually biodegrade on, say, the bottom of Lake Michigan. States with more ambitious proposals on the table, including New York and California, are calling for companies to substitute all microbeads with natural alternatives, like seeds, husks or shells.
While lawmakers split hairs—which can be as thin as 0.05mm or thinner—many manufacturers of personal-care products are independently taking action against microbeads. Procter & Gamble and Colgate-Palmolive have both made commitments to phase them out. Loblaws, the largest food retailer in Canada, has said it will stop making them by 2018 (or sooner, presumably, if the law demands it). Unilever phased out the last of its microbeads in January 2015 and Johnson & Johnson (J&J) says will have eliminated the use of polyethylene microbeads by the end of 2017. J&J has already begun reformulating some products to use jojoba wax, extracted from a shrub native to the deserts of North America.
Read more at http://www.economist.com/blogs/economist-explains/2015/08/economist-explains-0#1vdjVDBVbFF1E0Y2.99
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Todd Webb 6th Ave Between 43rd and 44th Streets, New York City 1948