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Tuesday, 2 April 2013

THE FUTURE THAT NEVER WAS: 12 FUNNY GADGET PREDICTIONS


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The Future That Never Was: 12 Funny Gadget Predictions
By Steph,
Web Urbanist, 1 April 2013.

Yesterday’s visions of today were surprisingly accurate in some cases, but in others, they were humorously off-base. We’re not zooming around our moon colony homes in jet packs, confirming our choice in mates with scientific body odour tests, or enjoying our favourite TV shows via implants in our brains. These 12 predicted gadgets and inventions never came to be, and while we’ll never need robotic cargo horses for our milkmen, we’re still eagerly waiting for those hoverboards. See lots more fabulous retro-futurism at the Smithsonian Magazine blog, Paleofuture.

1. The iPad of 1935

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In the April 1935 issue of the magazine Everyday Science and Mechanics, the ‘next logical step in the world of publishing’ was envisioned: a mechanical microfilm reader mounted on a large pole that would theoretically allow you to sit back in your armchair and scroll through the pages of a book with the push of a button. Of course, unlike the modern iPad, which offers the same function, it’s not exactly portable - much less so than the book sitting on the table right next to the illustrated man.

2. Newspaper Printed by Your Home Radio

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As envisioned in the 1930s and 1960s using radio and satellite technology, respectively, the future of newspapers would involve home printing machines that spit out the day’s news automatically each morning and evening. Philco-Ford’s Newspaper Printer, featured in an episode of the CBS show ‘The 21st Century’ entitled ‘At Home, 2001′, “provides a summary of news relayed by satellite from all over the world,” says narrator Walter Cronkite. “Now to get a newspaper copy for permanent reference I just turn this button, and out it comes. When I’ve finished catching up on the news I might check the latest weather. This same screen can give me the latest reports on the stocks I might own.”

3. Scientific Mate Tests

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How can you determine whether you will have a successful marriage? According to an April 1924 issue of Science and Invention magazine about scientific love matching, you simply hook yourself up to a mating machine that measures your physical attraction and sympathy for your chosen partner. Recording the pulses of couples and checking their breathing while they embrace, and making sure they feel ‘sympathetic enough’ while watching their partner undergo an unpleasant procedure like having their blood drawn may not sound all that outrageous, but two other tests were even stranger. In the Body Odour Test, one partner is placed inside a capsule while the other is asked to take a sniff; if they don’t find the smells too objectionable, they’re probably a good match. The Nervous Disorder test aims to find out whether couples are too nervous around each other by testing their reaction to a surprise gunshot in the air.

4. Automated Farms

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Throughout the 20th century, visions of the future often assumed that our 21st century lives would be full of leisure thanks to machines and automated processes. By the year 2000, they figured we’d only have to work for part of the week, and robots would do all the hardest labour. Radio-controlled farm robots, as envisioned in the syndicated comic strip Closer Than We Think!, would virtually eliminate the need for manual labour in fields. And in the March 1931 issue of Country Gentleman, the ‘farmer of the year 2031′ tends his farm virtually from a large flat-panel television.

5. Jet Packs for Soldiers and Personal Transport

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Jet packs (as seen here on James Bond) were a frequent component of futuristic technology, first emerging in the sci-fi of the 1920s and soaring in popularity by the 1960s when they were actually invented (sort of.) While jet packs do exist, they’re definitely nowhere near practical usage as personal transport or military reconnaissance. Aside from a few public demonstrations, they’re most commonly used by astronauts in outer space, where the challenges of Earth’s atmosphere and gravity don’t exist.

6. Headphone Television

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Television represented one of the biggest technological advances of the 20th century that was actually accessible to many average people, making its evolution a major source of speculation, from the first rumours of its existence to the days when it finally became a fixture in most homes. People began to envision long-distance visual communication as soon as the telephone was invented, and some predictions - like video chat, tiny TV sets, flat-panels and interactive programs - were right on the mark. Others, like TVs that emit smells - not so much. One concept from the comic strip Closer Than We Think! imagines television receivers that are implanted right into the brain, creating images directly in the mind, “like dreams.”

7. Automated Cooking with Plates Made on Demand

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Another advancement detailed in the ‘At Home, 2001′ episode of The 21st Century with Walter Cronkite was fully automatic meal preparation in which meals made from ‘frozen or irradiated foods’ are programmed into a menu and prepared by a robotic chef. An entire meal could be chosen and prepared within seconds. But the weirdest part of this speculation has to do with the tableware rather than the food. Instead of getting plates from the cupboard, the robot would instantly mould plastic into plates, cups and bowls for one-time use, and then melt them back down when you’re done. The point? Not having to wash dishes. Although 3D printed plates are nearly possible today, this whole process seems fairly ridiculous and energy-intensive when dishes could simply be loaded into a magical dishwashing machine.

8. Medical Examination Machines

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In a series looking at the technology in every episode of “The Jetsons” TV show from the original 1962-1964 season, the Smithsonian blog Paleofuture looks at how the show reflected the expectations of the time. One episode has George swallow a prober capsule that travels around the inside of his body and transmits pictures to a television screen. Diagnostic imaging has made leaps and bounds since the ’50s, when manual film processing threw a major wrench into the whole process. But we’re still a long way away from automated medical examination booths where we slip into an instrumented suit to get a physical, with a computer analyzing all of our basic bodily functions and automatically printing out prescriptions. This concept was envisioned in the January 1960 edition of the Sunday comic strip Our New Age.

9. Flying Platforms

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Jet packs weren’t the only invention that would finally give human beings the ability to fly with little more than their own bodies. Personal flight machines seemed inevitable, with single-person helicopters expected to be as common as bicycles. One idea presented in the April 1955 issue of Pacific Stars and Stripes was this flying platform, a wingless circular platform with two fans that rotate in opposite directions to produce an air blast that lifts and propels it. They figured that not only would this machine serve as an assault boat for individual soldiers, it would also be “the businessman’s speedy coupe of the future.”

10. The Milkman’s Robot Helper

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In the early 1960s, technology ponderers could envision a future with automated vehicles, but not one without milkmen. In the 1920s, nearly all milk consumed in the United States was delivered directly to the home, but that number dwindled steadily over the decades as refrigerators became more common and suburbanization made delivery less convenient. The August 6, 1961 edition of the Sunday comic strip Closer Than We Think! imagines that the milkman of the future would have an automatic robot helper called an ‘electronic dobbin’ packed with glass bottles. The milkman would be on foot, guiding the robot with a remote control.

11. Hoverboards

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How many of us watched Back to the Future II as kids and stared in wide-eyed wonder at Marty McFly’s hoverboard, thinking the day when we’d have our own was just around the corner? “Let’s face it, we’re never getting our hoverboards,” moaned Slate in a November 2012 article, debunking rumours that working prototypes actually exist. The movie was set in the year 2015, but it’s looking unlikely that the technology will really be developed in time. Claims of working hoverboards have turned out to be either hoaxes or versions of hovercraft vehicles that don’t have the same capabilities as the Back to the Future hoverboard. Want one that looks exactly like Marty’s? You can have an actual prop from the film for just US$30,000. Too bad it’s just a piece of pink plastic.

12. Intelligence-Improving Computers That Connect to Our Brains

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Athelstan Spilhaus’ predictions in a 1965 edition of the comic strip Our New Age may not be entirely serious, but they’re still laughably far off the mark today: the artist imagined that by 2016, we’d be able to improve our intelligence with magic smart pills and by hooking our brains directly to computers. Of course, the next prediction in that strip is that by 2056, our holiday dinners cooked by robots could be served to us by friendly, intelligent animals trained to be household helpers - including kangaroos.

[Source: Web Urbanist. Edited.]


EV TRICYCLE TAXI: THE NEW ELECTRIC THREE-WHEELER AUTO RICKSHAW AIMED AT EMERGING SOUTHEAST ASIA MARKETS


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Terra Motors hopes to clean up in Southeast Asia with new electric tuk-tuk
By Darren Quick,
Gizmag, 2 April 2013.

Auto rickshaws, also known as tuk-tuks, three-wheelers or by numerous other names, are a common sight on the streets of many Asian cities. An evolution of the traditional pulled or cycle rickshaw, the gasoline-powered vehicles, which are used as taxis, are a major source of pollution in many Asian cities. Japan’s Terra Motors hopes to capitalize on efforts to cut tuk-tuk pollution with its new electric three-wheeler aimed at emerging Southeast Asia markets.

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Terra Motors' EV Tricycle Taxi hopes to improve air quality in cities in Southeast Asia

Although they are generally powered by high polluting two-stroke engines, a number of governments in Southeast Asia are forcing changes in an effort to improve the air quality in major cities. Some are forcing a switch to CNG or LPG fuel, while others are banning two-stroke engines in favour of four-stroke engines. The Philippines government is embracing locally emission-free electric powered tuk-tuks, with plans to introduce some 100,000 such vehicles by 2016.

Terra Motors is aiming for a slice of this pie with its electric three-wheeler, alongside the wider goal of becoming the world’s biggest seller of electric tuk-tuks within the next two years. Likely strengthening the company’s bid, Terra Motors will produce the vehicles in the Philippines.

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Image via Global Times

Measuring 3.3 m (10.8 ft) long and 1.47 m (4.8 ft) wide, the vehicle has room for five passengers in seats facing each other located behind the driver. A two-hour charge of the swappable lithium ion battery pack is good for a range of around 50 km (31 miles), with the vehicle capable of a top speed of 50 km/h (31 mph).

Since the “tuk-tuk” moniker is derived from the noise the traditional two-stroke engined vehicles make, the switch to almost silent electric power could see them requiring a new name.

Terra Motors plans to sell its EV Tricycle Taxi from later this year for around US$6,300.

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Top image: Terra Motors' electric tuk-tuk aimed at markets in Southeast Asia.

Article Sources: Terra Motors, Global Times, NHK World

[Post Source: Gizmag. Edited. Some images added.]


10 ACCIDENTAL INVENTIONS THAT CHANGED THE WORLD


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10 accidental inventions that changed the world
By Melissa Breyer,
Mother Nature Network, 28 March 2013.

The course of human development has been punctuated by a long succession of chance discoveries and accidental inventions; and in fact, experts estimate that between 30 and 50 percent of of all scientific discoveries are in some way accidental. The ability to swiftly recognize the utility in something unexpected is one of the profound things that sets us apart from other animals. Whether that’s a good thing or not remains to be seen; some serendipitous discoveries have spawned such staggering success that they’ve become a bit unwieldy. (Hello, plastic and antibiotics.) But whether banes or boons, the following accidental inventions from the past two centuries have changed the world in one way or another.

1. Matches

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Photo: funadium/Flickr

Many of us wonder what life was like before electricity or the Internet (shudder), but imagine life before matches. We’re talking magnifying glasses and flint. For those of us who like to create controlled flame from time to time with the strike of a match, we can thank a British pharmacist and his dirty mixing stick. In 1826, John Walker noticed a dried lump on the end of a stick while he was stirring a mix of chemicals. When he tried to scrape it off, voila, sparks and flame. Jumping on the discovery, Walker marketed the first friction matches as “Friction Lights” and sold them at his pharmacy. The initial matches were made of cardboard but he soon replaced those with three-inch long hand-cut wooden splints; the matches came in a box equipped with a piece of sandpaper for striking. Although advised to patent his invention, he chose not to because he considered the product a benefit to mankind - which didn’t stop others from ripping off the idea and taking over the market share, leading Walker to stop producing his version.

2. Mauveine (aniline purple dye)

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Image via shoomlah.com

Before the 1850s, the general palette of common clothing was decidedly drab. Dyes and paints were made from natural materials. Plants, leaves, roots, minerals and insects were used to create lovely hues, but most often they were subtle, inconsistent and impermanent. All this changed in 1856 when 18-year-old chemistry student William Perkins was working to create an artificial quinine to help treat malaria, and instead came up with a muddy coal tar residue. Upon closer inspection, he noticed a stunning colour: mauve. And just like that, Perkins had stumbled across the world's first aniline dye, a dye that would consistently produce a vivid and uniform shade that paved the way for synthetic colours as we know them today. (The 1980s thank you, Mr. Perkins.) The royal court fell head over heels for mauve, as did all of London and much of the world. But aside from the mauve madness, the first commercial application of a chemistry discovery created a paradigm shift. Organic chemistry became exciting and profitable - and as a result, it enticed many young minds to pursue industrial applications of chemistry, ultimately leading to important advances in medicine, perfume, photography and explosives. [More here and here]

3. Penicillin

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Photo: Imperial War Museum/Wikimedia Commons

Although antibiotics may get a bum rap for their prevalence and overuse, life before them was fraught with untamable infection and few defensive tools. Penicillin was the first antibiotic, a discovery that happened in 1929 when a young bacteriologist, Sir Alexander Fleming, was tidying up his lab. After having been on vacation, he returned to work to find that a petri dish of Staphylococcus bacteria had been left uncovered; and he noticed that mould on the culture had killed many of the bacteria. He identified the mould as penicillium notatum, and upon further research found that it could kill other bacteria and could be given to small animals without ill effect. A decade later, Howard Florey and Ernst Chain picked up where Fletcher left off and isolated the bacteria-killing substance found in the mould - penicillin. The three won the Nobel Prize in medicine in 1945 "for the discovery of penicillin and its curative effect in various infectious diseases.” In the above picture, a laboratory worker measures purified penicillin into bottles. In this process, the substance was freeze-dried and the ice evaporated off under vacuum. The powder left behind was penicillin.

4. Microwave oven

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Of all the new-fangled, ultra-mod, sci-fi kitchen appliances of the future, few are as notable as the microwave oven. Baking a potato in eight minutes must have seemed beyond imagination before this. The technology that promised to revolutionize the load on housewives everywhere, not to mention bachelors, was discovered in the 1940s when the U.S. company Raytheon was working on wartime magnetron tubes used in radar defense. Percy Spencer, an engineer at the company, was working on a magnetron when he noticed that a candy bar in his pocket had started to melt due to the microwaves. Eureka! Spencer developed a box for cooking and found that indeed, when food was placed in the box with the microwave energy, it cooked quickly. Raytheon filed a U.S. patent for the process and the first microwave oven was placed in a New England restaurant for testing. The first home microwave oven was introduced in 1967 by Amana (a division of Raytheon), to the delight of Jane Jetson wannabes everywhere.

5. Plastic

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Although earlier plastics had relied on organic material, the first fully synthetic plastic was invented in 1907 when Leo Hendrik Baekeland accidentally created Bakelite. His initial quest was to invent a ready replacement for shellac, an expensive product derived from lac beetles. Baekeland combined formaldehyde with phenol, a waste product of coal, and subjected the mixture to heat. Rather than a shellac-like material, he inadvertently created a polymer that was unique in that it didn’t melt under heat and stress. The new thermosetting plastic was used for everything from phones to jewellery to clocks. It was also the first synthetic material to really stand on its own; it wasn’t used to mimic a natural material like ivory or tortoise shell, ushering in a era of new synthetic materials that has yet to subside.

6. Potato chips

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Photo: Evan-Amos/Wikimedia Commons

Behold the potato chip: the salty, greasy, crispy wisp of tuber for which Americans dole out more than US$7 billion a year. The life of the potato chip didn’t start out as an accident, more of a prank, but its imminent success took its inventor by surprise. As legend has it, in 1853 Saratoga Springs restaurant cook George "Speck" Crum was annoyed with the complaints of a wealthy patron who repeatedly returned his thickly cut French style potatoes, a common preparation at the time. After the third return, the exasperated Crum sliced the potatoes as thinly as he could, fried the daylights out of them, and covered them in what he assumed to be a prohibitive amount of salt. Much to his surprise, and perhaps initial chagrin, the patron adored them and ordered another round. They quickly became the house specialty, and the history of snacking was changed forever. So much so, in fact, that a major study by Harvard University recently revealed that the potato chip is the number one reason for weight gain in the United States. (We can't blame Chum for that.)

7. X-rays

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Photo: Albert Londe/Wikimedia Commons

In 1895, German physicist Wilhelm Conrad Röntgen was tinkering with a tube of cathode rays, the phosphorescent stream of electrons used today in everything from televisions to fluorescent light bulbs, when he noticed that a piece of paper covered in barium platinocyanide began to glow across the room. He knew that the flickering he saw was not being created by the cathode rays because they would not travel that far. Not knowing what the rays were, he named it X-radiation signifying the unknown nature. Upon further research he discovered a host of materials transparent to the radiation and that the rays could affect photographic plates. He took an X-ray photograph of his wife's hand that showed her bones and a ring; the image aroused great interest and ensured his place in the history of medicine and science. He was awarded the Nobel Prize in physics in 1901.

8. Safety glass

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Photo: holisticmonkey/Flickr

Back in the early days of automobiles, before seatbelts and airbags were part of the package, one of the gravest dangers was injury from shards of shattered windshield glass. We can thank French artist and chemist Édouard Bénédictus for chancing upon the invention of laminated glass, also known as safety glass. While in his lab, a glass flask dropped and broke but didn’t shatter, Bénédictus realized that the interior was coated with plastic cellulose nitrate that held the now-harmless broken pieces together. He applied for a patent in 1909 with a vision of increasing the safety of cars, but manufacturers rejected the idea to keep costs down. However, the glass became standard for gas mask lenses in World War I. With its success on the battle field, the automobile industry finally ceded and by the 1930s most cars were equipped with glass that didn’t splinter into jagged pieces upon impact.

9. Viagra

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Photo: SElefant/Wikimedia Commons

Much like the fountain of youth, humans have long sought magic ingredients that promise to boost the libido and enhance sexual function. But the breakthrough that gave us Viagra (sildenafil) didn’t occur when researchers were looking for ways to make men manly; rather, they were testing sildenafil as a cure for hypertension and heart disease. After two phases of testing, researchers came to the conclusion that the drug failed to show promising results for the heart, but test subjects noted that…well, you know what part of the body it did wonders for. Bingo! Pfizer patented Viagra in 1996 and it was approved for use in erectile dysfunction by the U.S. FDA in 1998. Sales of Viagra continue to exceed well more than US$1 billion per year. Bonus tip: Researchers have also found that 1 milligram of sildenafil dissolved in a vase of water can make fresh cut flowers, um, "stand at attention" for up to a week beyond their natural life span.

10. Chocolate chip cookies

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Photo: ginnerobot/Flickr

Not all chance discoveries came at the hands of scientists fiddling in labs. Sometimes they happened to cooks twiddling in kitchens - and sometimes in the kitchens of restored tollhouses. Case in point: The beloved Toll House Cookie. Ruth Wakefield and her husband owned and operated the Toll House Inn in Massachusetts where Ruth cooked for the guests. According to legend, one day in 1937 while making cookie dough, she realized she was out of melting baker’s chocolate and instead used a chocolate bar that she chopped into bits, hoping it would melt as well. It didn’t, and thus was born America's favourite cookie. Did the chocolate chip cookie change the world? Probably not, unless you calculate the combined moments of pleasure derived from biting into one fresh from the oven. They’ve certainly been responsible for changing a lot of moods.

Related stories on Mother Nature Network:

Top image: Wilhelm Röntgen and the first-ever medical X-ray, which he made after accidentally stumbling upon the previously unknown form of radiation. (Photo: Wikimedia Commons)

[Source: Mother Nature Network. Edited. Some images and links added.]



SAUDI ARAMCO: THE WORLD'S BIGGEST OIL COMPANY


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Biggest Oil Company in the World
By
Biggest Stuff, 28 March 2013.

In the modern times we live in, energy sources are needed more than ever to make the world go around. All the technological advances and basically our everyday lives revolve around it, and what bigger energy source is there than some good old black gold, Texas tea, or to put it plain - crude oil.

Therefore, it’s no wonder that oil companies are ranked among the world’s richest. But which one is the richest of them all?

To find the world’s biggest oil company, we would have to travel east, all to way to Saudi Arabia. Considering the amount of oil supplies found over there, we can’t say it’s surprising whatsoever really.

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Founded back in 1933, Saudi Aramco has truly come a long way. In the latest Financial Times report, the company value was estimated at a whopping US$10 trillion, making it not only the biggest oil company, but the world’s biggest company in general. With largest proven crude oil reserves of 260 billion barrels, it is bound to keep running for a long time.

Officially known as Saudi Arabian Oil Company, Saudi Aramco currently employs over 56,000 workers, generating a dizzying revenue of about $1 billion per day. The company is also named as the owner of Ghawar Field, the biggest oil field in the world, as well as the Shaybah Field, also ranked in the very top.

Interestingly enough, the beginning of Saudi Aramco wasn’t all that successful, quite the opposite actually. It took as much as five years since its launch to strike gold and start generating profit in 1938. It’s been nowhere but up ever since, and it seems that this is a trend the company is planning to stick to in years to come.

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Top image: Saudi Aramco headquarters complex. Credit: Eagleamn/Wikimedia Commons.

[Source: Biggest Stuff. Edited. Top image and some links added.]


10 MOST POPULAR TECH STORIES FROM MARCH 2013


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10 Most Popular Tech Stories from March
By Jaymi Heimbuch,
Treehugger, 29 March 2013.

Virtual fences for cows. Projects for Raspberry Pi microcomputers. A teen invents a solution for cleaning up ocean plastic. Charging your cell phone with text messages. These and other awesome stories from March are rounded up here so you can get caught up quickly. Click through, and enjoy!

1. Teen invents device to clean giant ocean garbage patches

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Credit: Boyan Slat

Teen invents device to clean giant ocean garbage patches: This was incredibly popular, I think because people love hearing about teens coming up with solutions for environmental problems and because there are so many problems with the design, and people love pointing out problems with designs.

2. First digital camera powered by sunlight and mechanical energy

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Credit: Sun and Cloud

World's first digital camera to be powered by sunlight and wind-up renewable energy: Sun & Cloud is a digital camera the features built-in components for generating power with renewable energy, including solar and mechanical power.

3. 12 Plug-and-play home hydroponics systems

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12 Plug-and-play home hydroponics systems: Everyone is interested in these easy solutions to growing plants in small spaces and without dirt.

4. The ultimate bike helmet has embedded turn signal lights

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The ultimate bike helmet has embedded turn signal lights: We think the real interest in this story is the debate about whether it's awesome or ugly.

5. 10 environmental sensors that go along with you

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10 environmental sensors that go along with you: These sensors are embedded in key chains, USB drives, watches and all sorts of portable forms.

6. 7 great Raspberry Pi YouTube tutorials

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Credit: GijsbertPeijs

7 great Raspberry Pi YouTube tutorials: Everyone loves some pi, especially on Pi Day.

7. Could virtual fences rein in free-range cows?

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Could virtual fences rein in free-range cows?: This article saw a lot of debate and commenting on different platforms. And no wonder. Pretty controversial stuff.

8. Send a text, charge your phone with solar power

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Send a text, charge your phone with solar power: In Uganda, new gadget is being tested that could be the solution to the problem of access to electricity to charge cell phones - a solar-powered charging station that is activated by text message.

9. Improve your Wi-Fi signal using a soda can

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Improve your Wi-Fi signal using a soda can: We all just love a DIY hack that gets us a better wi-fi signal! Especially when it involves soda cans.

10. Solar technology for farming and urban gardening

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Credit: jessicareeder

Solar technology for farming and urban gardening: So many ways solar power can help us, from large ranches to backyard gardens. Fascinating!

[Source: Treehugger. Edited.]


GRAPHENE AEROGEL: THE WORLD'S NEW LIGHTEST MATERIAL


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The world has a new lightest material: graphene aerogel
By Colin Druce-McFadden,
Dvice, 28 March 2013.

First there was aerogel. Developed in 1931, "frozen smoke" held the title for world's lightest material for more than eighty years. And at 96 percent air, its easy to see why.

Last year aerographite jumped into the number one spot. At six times lighter than air, one cubic centimetre of the stuff weighs just 0.2 milligram. Aerographite was heralded with much fanfare when its discovery was first documented, but its reign was to be a short one.

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This month, a team of scientists at China's Zhejiang University went after - and broke - the lightness record set by aerographite. Their discovery is a spongy substance made from freeze-dried carbon. They've dubbed it graphene aerogel, and it weighs in at a tiny 0.16 milligram per cubic centimetre. That's only twice as dense as hydrogen.

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While the lightest material ever thing is what put graphene aerogel in the news, it's the spongy nature of the stuff that has the team from Zhejiang University most excited. They're imagining any number of uses for their creation, but chief among them oil spill clean-up. Not only would the graphene aerogel absorb an astounding 900 times its own weight in oil and water, but the absorbed oil, water, and the graphene aerogel itself would be able to be reused after the clean-up effort. The team is currently hard at work developing other wonderful uses for the substance which revolve around this absorbency and elasticity.

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[Source: Dvice. Edited.]

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