You can plan a vacation in Europe, or you can dream about one. Either way, you'll enjoy reading about some lovely relaxing places to have a siesta in France, Italy, Germany, and Spain. Pictured is the town of Manarola, Italy, "not recommended for those who tend to roll around a lot in their sleep". Link-Thanks, Marilyn Terrell!
In case you didn't know, Neatorama's social media guru David Israel is also a music composer. One of his works is a commissioned score for the Paul Taylor Ballet production of The Word, which is running at City Center in New York City until March 6th. After that, the show will go on the road.
The score is based on the Greek Liturgy and is, to the best of my knowledge, the only Mass ever written without words. You can find ticket info right here and tour info right over here. And you can listen to some of the music right here.
It looks like a crystal ball, which it is, but this is a 19th century invention to record the amount of sunshine, called the Campbell-Stokes Sunshine Recorder.
It was invented in 1853 by the Scottish Gaelic scholar Iain Òg Ìle, known in English as John Francis Campell. Perhaps unsurprisingly he was also the Secretary to the Lighthouse Commission at the time. It was adapted and improved in 1879 by Sir George Gabriel Stokes (pictured left) a Cambridge University based physicist and mathematician known for his work in fluid dynamics, mathematical physics and, importantly, optics. As president of the Royal Society and Commission he also investigated the causes of railway disasters during that period.
Campbell’s idea was straightforward but brilliant. A glass sphere would be placed in to a wooden bowl. The sun would burn a trace on the bowl as it the earth circled it - the above is a picture of the original now housed at the Science Museum in London. It worked and would measure the amount of sunshine in a single day with some accuracy. The downside, obviously, was the number of bowls which would have to be used to collect a significant amount of data – a year’s worth for example.
There are other versions of this simple device in use around the world. See pictures of them at Kuriositas. Link -via the Presurfer
Frank W. Buckles celebrated his 110th birthday on February first. He died peacefully at his home on Sunday morning. Buckles was one of 4,734,992 Americans who served in World War I. With his death, there are no more surviving US veterans of that war.
Buckles, who served as a U.S. Army ambulance driver in Europe during what became known as the "Great War," rose to the rank of corporal before the war ended. He came to prominence in recent years, in part because of the work of DeJonge, a Michigan portrait photographer who had undertaken a project to document the last surviving veterans of that war.
As the years continued, all but Buckles had passed away, leaving him the "last man standing" among U.S. troops who were called "The Doughboys."
In recent years, Buckles became an advocate for a memorial in Washington to honor those who served in the "Great War". Link -via Fark
Americans eat nearly three billion boxes of cereal every year. And yet few of us know how Rice Krispies, Corn Pops, or any other cereal is made. Here's a look at the science behind some of our favorite breakfast foods.
Popcorn for breakfast? It's not the first thing most people think of eating in the morning, and it's not marketed as a breakfast food. But popcorn does have many of the qualities that cereal manufacturers look for in a breakfast food; It's light and airy, it's crispy, and it crunches when you eat it. If you put some popcorn in a bowl and poured milk over it, it would probably stay crunchy at least as long as your favorite breakfast cereal does.
But what about foods that don't pop naturally the way that popcorn does? Quite a bit of the technology used in the manufacture of breakfast cereals is employed specifically to make those foods "poppable" -to produce desirable, popcorn-like qualities in foods that don't normally have them. Foods like whole-grain rice and wheat, for example. Or grains that have been milled into flour, then mixed with other ingredients to make dough that is then baked into individual pieces of cereal.
POPCORN 101
To understand how whole grains and dough end up as Puffed Wheat, Cheerios, and Kix, it helps to understand what makes popcorn pop in the first place.
(Image credit: Flickr user Jaymi Heimbuch)
* A kernel of popcorn consists of a hard shell that surrounds a dense, starchy center, and there's a lot of moisture in the starch. When you place a bag of unpopped popcorn in the microwave oven, the microwave "cooks" the popcorn by heating the moisture in the starch. The starch softens and develops a consistency similar to gelatin as it cooks.
* When the moisture is heated to the boiling point, it converts into steam and begins to expand. Or at least it wants to: What makes popcorn different from most other grains is that its hard outer shell does not allow the steam to escape. Instead, the kernel of corn becomes like a tiny pressure cooker: The steam pressure builds up until the outer shell can no longer contain it, and it ruptures.
* If you've ever opened a bottle of champagne or shaken a bottle of soda, or squirted a dollop of shaving cream into your hand, it's easy to understand what happens next: When the shell cracks, the pressure drops and the moisture in the starch instantly converts from a liquid state to a gaseous state, creating air bubbles in the cooked, gelatinous starch that causes it to froth up in a foamy mass, expanding it to 30 or 40 times its original size. The steam escapes, leaving behind the dried, crunchy, styrofoamy starch that we know as popcorn.
POP! GOES THE CEREAL
Wheat and rice don't have external shells that trap steam the way corn does, so if you want to obtain popcornlike results with these grains, you have to provide the pressure cooker. When cereal companies want to make puffed wheat, puffed rice, or puffed dough, they do just that, using a process known as "gun puffing" developed by Quaker Oats researchers at the turn of the 20th century. Why is it called gun puffing? Because the process was perfected using an actual Army cannon -one that saw action in the Spanish American War- that was converted into a pressure cooker. (Corn kernels can also be gun puffed. That's how Kellogg's Corn Pops are made.)
* Whole grains are steam cooked in a pressure cooker (or cannon) until the pressure builds to about 200 pounds per square inch (psi), or about 13.6 times the actual atmospheric pressure (at sea level).
* When the grains have been properly cooked, the pressure inside the pressure cooker is released all at once, just like when popcorn pops. There's even a loud POP! when the pressure is released.
* The sudden drop in pressure causes the moisture in the grains to flash into steam, puffing up the grains just like popcorn.
* The puffed grains are baked dry, and in the case of puffed-wheat cereals like Kellogg's Honey Smacks and Post Golden Crisp, lots of sweeteners are added to make them more appealing to kids.
"Extruded" Gun-Puffed Cereals Made From Dough
How do they make Kix, Trix, Cheerios, Alpha Bits, Cocoa Puffs, and other "extruded gun-puffed" cereals?
* Various combinations of corn, oat, wheat, and rice flours are mixed with sugar, water, coloring, flavoring, and other ingredients to make a sweet dough, which is fed into a machine called a foaming extruder.
* The extruder forms the dough into the desired shape just like you might have done if you played with Play-Doh when you were a kid: To create a star shape, you squeeze, or extrude, the dough through a star-shaped hole. If you want a round shape, you squeeze the dough through a round hole. If you're making Cheerios, you punch a hole in the middle to get a donut shape, and if you're making Alpha-Bits, you use letter-shaped holes.
* As the extruded dough emerges from the hole in the proper shape, rotating blades cut it into individual cereal pieces.
* The freshly extruded dough pieces have too high a moisture content to be suitable for gun-puffing, so they are dried until their moisture content drops from as high as 24% down to a more desirable 9% to 12%. (Unpopped popcorn kernels, by comparison, have a moisture content of 13.5% to 14%.)
* The dried pieces are fed into a gun puffer. The puffed cereal is then toasted dry.
RICE KRISPIES
If you've ever watched cookies bake in an oven, you know that the dough puffs as it cooks. Rice Krispies are made the same way, in a process that's known as "oven-puffing."
* First, the rice is pressure cooked at a low 15-18 psi (vs. the 200 psi used in the gun-puffing process) with water, sugar, salt, flavoring, and other ingredients.
* The cooked rice is then dried to reduce the moisture content from 28% to 17%; then it is "bumped," or fed through rollers to flatten the grains slightly and create small cracks in the rice, which will aid puffing.
* The cooked, bumped rice is dried a second time to bring the moisture content from 17% down to around 10%, which is ideal for oven-puffing. The grains are then fed into a rotating oven and baked at 550°-650°F for about 90 seconds to give them their distinctive puffy appearance and crunchy texture.
* So what causes the famous Snap! Crackle! Pop! sound? The walls of the puffed Rice Krispies kernels are so thin and brittle that many of them collapse when they come into contact with milk.
Looking into a bowl of Corn Flakes or Raisin Bran, it's easy to imagine all those flakes started out as one single sheet of cereal that was crumbled into a thousand individual flakes. But that's not how they're made.
* It turns out that it's much easier to make each flake separately. In the case of corn flakes, kernels of corn are processed to remove the hard outer shell and the germ, the part of the kernel that would have grown into a corn stalk if the kernel had been planted as a seed. What's left after the shell and the germ are removed? Chunks of starch, each of which will become an individual corn flake.
* The chunks are cooked in a solution of water, sugar, salt, flavoring, and other ingredients until the hard, white starch has become soft, translucent, and a light golden brown in color.
* The cooked corn is fed into "de-lumping" equipment to break up any clumps; then it's dried in a hot-air dryer and fed through giant rollers to flatten the chunks of corn into flakes.
* The flakes are toasted until they reach the proper golden color and have a moisture content of 1.5 to 3 percent.
* Bran flakes are made pretty much the same way, except that whole grains, not chunks, are used to make the flakes. Flaked cereals can also be made from rice or from dough.
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The article above was reprinted with permission from the Bathroom Institute's newest book, Uncle John's Heavy Duty Bathroom Reader.
Since 1988, the Bathroom Reader Institute had published a series of popular books containing irresistible bits of trivia and obscure yet fascinating facts.
Those who spend most of their time programming in a certain language may find that it's hard to shift gears to write a paper in English (or some other language non-geeks understand) for a class. "When you write your essays in programming languages, you really can't have any typos." See the rest of eight programming languages at Something of That Ilk. Link -via Geeks Are Sexy
As we welcome March this week, aren't you glad spring is in sight? This is the first time the Neatobot has not been dressed up for a holiday in over two months! Of course, we have Mardi Gras, St. Patricks Day, and Easter to look forward to. And while you're enjoying one of the last winter weekends, catch up on what you might have missed at Neatorama.
John Farrier looked up 18 Facts You Might Not Know about Buffy the Vampire Slayer.
Phil Haney took a look at the Wildest Secession Movements in The United States.
For Presidents Day, we brought you A Sitting President's Memorial, courtesy of Uncle John's Bathroom Reader.
The folks at the Annals of Improbable Research wondered why everything Tastes Like Chicken?
Over at NeatoBambino, you can see all kinds of cute and amazing kids on video, such as the very talented Maria Aragon doing her lovely version of Lady Gaga's new song.
In the What Is It? game this week, grape_ape knew the right answer: the object in question is a brass paper folder, used by pharmacists to wrap powdered medicines before tablets became common. You'll find a more detailed explanation and more examples of such devices at the What Is It? blog answer page. The funniest answer came from Swami, who said, "It's a "First Step" made by Duzee,Inc. Plainfield, MA, circa 1892. Yep, that first step is a Duzee." Both win t-shirts from the NeatoShop!
You got a chance to Name That Weird Invention! on Monday. There were a lot of very clever names submitted this week. First prize goes to pismonque for Geri-Go-Round. Second prize goes to Haring Wati, who was the first to submit the name Car-ousel. Both win t-shirts from the NeatoShop! Other names that deserve a second look include: Geriatric lazy susan, Senior roulette seat, Mobile oldies dispenser, Spinster, Seat-or-rama, Roadtisserie, Geriatric Gyro, Geri-sel, and THE OLDS-MOBILE!
There are more ways to get your Neatorama fix: If you aren't checking our Facebook page every day, you're missing out on extra content, contests, discussions, and links you won't find here. Also, our Twitter feed will keep you updated on what's going around the web in real time.
We were first introduced to 26-year old Zach Anner last summer, when he was in competition to be selected for a reality game show called Your Own Show, in which the ultimate winner would have their own TV series on Oprah Winfrey's network. Zach made it to the show and avoided elimination. Last night on the game show's finale, only two contestants remained, and both Zach and Christina Kuzmic were awarded their own series! It appears that Zach's dream of a travel show for those who thought they couldn't travel is coming true. Link -via reddit
More Links The pilot episode of Rolling Around the World with Zach Anner. To catch up on the story so far. More Zach Anner videos.
It's time for the Name That Weird Invention! contest. Steven M. Johnson comes up with all sorts of crazy ideas in his Museum of Possibilities posts. What should we call these? The commenters suggesting the funniest and wittiest names will win a free T-shirt from the NeatoShop. Start your brainstorming and leave an entry in the comments.
Contest rules: one entry per comment, though you can enter as many as you like. Please make a selection of the T-shirt you want (may we suggest the Science T-shirt, Funny T-shirt, and Artist-designed T-shirt categories?) alongside your entry. If you don't select a shirt, then you forfeit the prize. Have fun and good luck!
Update: First prize goes to Deo for Espadrills. The second place winner is amanderpanderer, who called them SKIL-lettos (the newest SKIL multi-tool). Both win t-shirts from the NeatoShop!
Honorable mentions: AWB, Drillettos Patrick Girouard, Swiss Army Shoes SnarKatestic, Handy Heels Spiffyspork, Mrs. Fixits
The Shard building is an 80-story tower in London that is still under construction. Workers on the Shard building project found a fox on the 72nd floor! The animal, named Romeo, survived on food scraps left by construction workers. He was captured and taken to Riverside Animal Centre in Wallington.
Ted Burden, the centre's founder, said: "We explained to him that if foxes were meant to be 72 storeys off the ground, they would have evolved wings.
"We think he got the message and, as we released him back on to the streets of Bermondsey shortly after midnight on Sunday, he glanced at the Shard and then trotted off in the other direction."
Romeo likely won't get another chance to live in a penthouse. Link -via The Daily What
The 24-square-foot house pictured is named the Gypsy Junkard. It's the largest of Derek Diedricksen's tiny house designs. Diedricksen has always been fascinated with tiny architecture, and once challenging himself to build a homeless shelter for less than $100. He accomplished that by using scavenged and recycled materials -and imagination. The four tiny structures he built in his backyard cost an average of $200 each in materials. Outside of his building hobby, Diedricksen is a building inspector who lives with his family of four in a 950-foot house. A fixer-upper, of course. Read more, and see his other constructions, at the New York Times. Link