• We have updated the guidelines regarding posting political content: please see the stickied thread on Website Issues.

The March Of Technology

rynner2 said:
...I contacted the DWP website on Friday noon about my pension, expecting an email reply. Nothing yet (not even an automatic acknowledgement) - the idle buggers must have knocked off early for the Bank Holiday. :evil:
I finally got an email reply - asking me to phone them! (Which I did, and that led into all sorts of unexpected complications - but that's not for discussion on this thread.)
 
When does technology become biology?

Tiny solar cells fix themselves

Researchers have demonstrated tiny solar cells just billionths of a metre across that can repair themselves, extending their useful lifetime.

The cells make use of proteins from the machinery of plants, turning sunlight into electric charges that can do work.

The cells simply assemble themselves from a mixture of the proteins, minute tubes of carbon and other materials.

The self-repairing mechanism, reported in Nature Chemistry, could lead to much longer-lasting solar cells.

The design and improvement of solar cells is one of the most vibrant areas of science, in part because sunlight is far and away the planet's most abundant renewable energy source.

More than that, nature has already proven that sunlight can be captured and turned into other forms of energy not only with extraordinary efficiency but also with a self-repair mechanism that counteracts the ravages of sunlight.


"Sunlight, when it hits oxygen, is very damaging," explained Michael Strano, the Massachusetts Institute of Technology chemical engineer who led the research.

"It's the reason why we age, and the reason why when we leave paper or plastic out in the sun, it fades."

The destructive mixture of sunlight and oxygen, Professor Strano told BBC News, means that many of the best solar cells in the laboratory might not survive well when put into use.

"There's a kind of a horse race among scientists around the world to make the highest efficiency cell, but very few people are asking what happens with that cell when you plug it in for a few hours or for a week or for months," he said.

Now Professor Strano and his colleagues have made novel use of the photosynthetic reaction centre, one of the plant parts nature has developed for the task, in a bid to increase the lifetimes of solar cells.

They also employed lipids, the molecules that pair up end-to-end form much of the walls of all living cells, and carbon nanotubes, tiny "straws" of pure carbon that are renowned for their electrical properties.

Lastly they added a surfactant - a molecule that, like soap on grease, breaks certain molecules apart and keeps them separate.

To the team's surprise, this cocktail of disparate parts, when the surfactant was pumped out, assembled itself into a suite of working solar cells, each just a few nanometres - billionths of a metre - across.

The lipids paired up to form discs that attached to the nanotube on one side and to the reaction centres on the other.

Incoming light is gathered by the reaction centre, knocking free an electron that is channelled by the lipids and into the nanotube.

Inside what is known as a photoelectrochemical cell, those electrons can be scooped up and together constitute an electric current.

"It's like a jigsaw puzzle that you throw into the air and it comes down completely assembled," Professor Strano said. 8)

This self-assembly leads naturally to a self-repair scheme.

Surfactant is added, along with a few proteins to replace those damaged by sunlight, and the recipe is complete.

When the surfactant is removed, the bits re-assemble into a pristine set of solar cells.

Professor Strano said that the efficiency of the cells as designed is just a tiny fraction of that provided by the current best solar cells.

While he said great gains are still to be had in efficiency as the experiment is refined, he added that the idea behind the research was as important for future work.

"What our paper is good for is starting to think about device lifetime and borrowing concepts from nature. Can we make cells that have an infinite lifetime?"

http://www.bbc.co.uk/news/technology-11181753
 
Wireless recharging for mobile phones by 2012
Mobile phone users will be able to charge their devices wirelessly for the first time from 2012.
By Danielle Demetriou in Tokyo
Published: 4:34PM BST 15 Sep 2010

Fujitsu, the Japanese technology company, has created a system capable of simultaneously charging multiple portable electronic devices such as mobile phones, digital cameras and laptop computers without the need for cable connections.

Electric cars users may also eventually be able to charge their vehicles wirelessly using the same technology according to Fujitsu, which unveiled a prototype system at an Institute of Electronics, Information and Communication Engineers conference at Osaka Prefecture University.

Claiming to be the world's first of its kind, the technology works on the basis of the transmission of electricity using magnetic fields between the charger and the electronic device.

The system enables wireless charging at distances of up to several metres, with the ultimate aim of installing public "charging spots" on the streets in order to enable easy charging around the clock.

Scientists at Fujitsu Laboratories are planning to commercially sell products incorporating the new wireless charging system as early as 2012 but did not disclose how much they would cost.

"This technology paves the way to integrating compact wireless charging functions into mobile phones and enabling multiple portable devices to be charged simultaneously without any restrictions on their position with respect to the charger," the company said in a statement.

The soaring popularity of portable electronic devices ranging from iPads to e-readers is expected to fuel a boom in wireless recharging technology developments over the coming decade.

Mobile phone users in Japan can currently top up their batteries using disposable portable plug-in battery-operated devices – available at most train stations and convenience stores – although phone companies warn prolonged use can damage the phones.

The new system unveiled by Fujitsu, however, is significantly more sophisticated and represents the next generation of portable recharging systems using highly tuned wireless technology. The company added: "We are also looking at applying the results of this work to fields other than portable electronics, including power transmission between circuit boards or computer chips, and providing mobile charging systems for electric cars."

http://www.telegraph.co.uk/technology/m ... -2012.html
 
I wonder what effect the magnetic fields will have on magnetic strips on cards and things like pacemakers...
 
'Improved' = Worse...

New BBC iPlayer prompts user complaints
Irate web users claim new iPlayer is riddled with troublesome bugs and that the BBC is ignoring licence fee payers' concerns
Mark Sweney guardian.co.uk, Friday 17 September 2010 07.29 BST

The new-look BBC iPlayer has not gone down well with some users judging by the thousands of posts to the catch-up service's message boards, with a huge number of those extremely negative with accusations that licence fee payers' concerns are being ignored.

Irate web users claim the new iPlayer, which officially launched earlier this month but has been running alongside the old version in beta since June, is riddled with bugs that are causing problems, particularly with those who download programmes on the service.

Typical titles of thread posts include "The new iPlayer has nearly had me in tears" and "Is anyone at the BBC listening to us?".

In a post put up yesterday, called "The new iPlayer revolt – the next step", one user called Osta claims to have trawled the message boards over a one-week period and found that the BBC is not responding to complaints.

"I can only assume that the BBC bigwigs are keen not to explore the shortcomings of their organisation too deeply, otherwise by now they would have acted upon the mounting weight of postings from BBC viewers and listeners about this subject," said Osta.

"This therefore leads me to think that it is a waste of time to keep posting messages on this website and instead those of us who are concerned about this matter should use the official complaints system that the BBC has available as well as other options outside of the BBC."

Osta claims there is almost "universal dislike and loathing of the new version".

The BBC downplayed the issue, pointing out that all launches have teething difficulties and that it is clearly stated that the message boards are not the appropriate channel for complaints.

"New products often have technical issues, so it's not a surprise to see a handful of comments about these appear on the message board after the launch," said a spokeswoman for the BBC.

"The BBC iPlayer Desktop still has a few minor problems that we're working through and we thank the people who have flagged this. We make very clear that this is a message board for BBC iPlayer users and not a customer services or complaints website, but that doesn't mean we're not listening, and problems are escalated to the product team. Outside these specific technical problems, the reaction to the new site has been very positive."

http://www.guardian.co.uk/media/2010/se ... ser-revolt

I've seen another article on this topic (which I can't find ATM) that suggests that links with social networking sites are part of the problem.

But for me, iPlayer no longer streams properly. That used to happen if the web was busy, but now it happens all the time.
:evil:
 
I'm annoyed that you can't search individual radio stations by category. You can either go through the schedule for the station, or search everything under "Comedy" on every radio station.
 
Footage released of plane that manoeuvres without flaps
Published: 7:55AM BST 30 Sep 2010

[video]
British engineers have released footage of the world's first ''flapless'' plane which uses hundreds of tiny air jets to control its movements.
The DEMON uses output from the jets to control airflow over the plane, manipulating lift and drag without using traditional mechanisms to steer. It only made its maiden flight earlier this month on Walney Island off the Cumbrian coast.

DEMON's developers believe the technology could revolutionise the stealth capabilities of military aircraft by reducing edges and gaps that can be picked up on radar.

It could also reduce fuel and maintenance costs for commercial airliners.

DEMON, an unmanned air vehicle (UAV), was developed by a team of engineers at Manchester and Cranfield universities, together with aerospace giant BAE Systems.

Professor John Fielding, chief engineer and lead for the DEMON demonstrator team from Cranfield University, said: ''To make an aircraft fly and manoeuvre safely without the use of conventional control surfaces is an achievement in itself.

''Gaining approval from the Civil Aviation Authority and flying it successfully has required great skill, dedication and patience by the team and they should be very proud of their achievement.''

The DEMON was developed around a concept called ''fluidic flight control'' and is designed to forgo the use of conventional mechanical elevators and ailerons, or flaps.

It is instead manoeuvred by hundreds of tiny jets that blast air in order to change the lift, drag and other features of performance.

The result is a more streamlined, aerodynamic craft that cuts down on edges and gaps - features that can increase radar detection.

These stealth characteristics give the aircraft greater ability to penetrate an enemy's most sophisticated defences.

Additionally it cuts down the number of moving and electrical parts in both military and civil aircraft, affecting cost, reliability, weight, efficiency and maintenance.

http://www.telegraph.co.uk/news/newstop ... flaps.html
 
Ah! The promised land...

Change to 'Bios' will make for PCs that boot in seconds
By Mark Ward, Technology correspondent, BBC News

New PCs could start in just seconds, thanks to an update to one of the oldest parts of desktop computers.

The upgrade will spell the end for the 25-year-old PC start-up software known as Bios that initialises a machine so its operating system can get going.

The code was not intended to live nearly this long, and adapting it to modern PCs is one reason they take as long as they do to warm up.

Bios' replacement, known as UEFI, will predominate in new PCs by 2011.

The acronym stands for Unified Extensible Firmware Interface and is designed to be more flexible than its venerable predecessor.

"Conventional Bios is up there with some of the physical pieces of the chip set that have been kicking around the PC since 1979," said Mark Doran, head of the UEFI Forum, which is overseeing development of the technology.

Mr Doran said the creators of the original Bios only expected it to have a lifetime of about 250,000 machines - a figure that has long been surpassed.

"They are as amazed as anyone else that now it is still alive and well in a lot of systems," he said. "It was never really designed to be extensible over time."

AMI is a firm that develops Bios software. Brian Richardson, of AMI's technical marketing team, said the age of the Bios was starting to hamper development as 64-bit computing became more common and machines mutated beyond basic desktops and laptops.

"Drive size limits that were inherent to the original PC design - two terabytes - are going to become an issue pretty soon for those that use their PC a lot for pictures and video," he said.

Similarly, he said, as tablet computers and other smaller devices become more popular having to get them working with a PC control system was going to cause problems.

The problem emerges, he said, because Bios expects the machine it is getting going to have the same basic internal set-up as the first PCs.

As a result, adding extra peripherals, such as keyboards that connect via USB rather than the AT or PS/2 ports of yesteryear, has been technically far from straightforward.

Similarly, Bios forces USB drives to be identified to a PC as either a hard drive or a floppy drive. This, said Mr Richardson, could cause problems when those thumb drives are used as a boot disc to get a system working while installing or re-installing an operating system.

Said Mr Doran: "Compared to many other components, the rate of evolution of the firmware pieces has been phenomenally slow."

UEFI frees any computer from being based around the blueprint and specifications of the original PCs. It does not specify that a keyboard will only connect via a PC's AT or PS/2 port.

"All it says is that somewhere in the machine there's a device that can produce keyboard-type information," said Mr Doran.

Under UEFI, it will be much easier for that input to come a soft keyboard, gestures on a touchscreen or any future input device.

"The extensible part of the name is important because we are going to have to live with this for a long time," said Mr Doran.

He added that UEFI started life as an Intel-only specification known as EFI. It morphed into a general standard when the need to replace Bios industry-wide became more widely recognised.

The first to see the benefits of swapping old-fashioned Bios for UEFI have been system administrators who have to oversee potentially thousands of PCs in data centres or in offices around the world.

Before now, said Mr Doran, getting those machines working has been "pretty painful" because of the limited capabilities of Bios.

By contrast, he said, UEFI has much better support for basic net protocols which should mean that remote management is easier from the "bare metal" upwards.

For consumers, said Mr Doran, the biggest obvious benefit of a machine running UEFI will be the speed with which it starts up.

"At the moment it can be 25-30 seconds of boot time before you see the first bit of OS sign-on," he said. "With UEFI we're getting it under a handful of seconds."

"In terms of boot speed we're not at instant-on yet but it is already a lot better than conventional Bios can manage," he said "and we're getting closer to that every day."

Some PC and laptop makers are already using UEFI as are many firms that make embedded computers. More, said Mr Richardson, will result as motherboard makers complete the shift to using it.

He said that 2011 would be the year that sales of UEFI machines start to dominate.

"I would say we are at the edge of the tipping point right now," he said.

http://www.bbc.co.uk/news/technology-11430069
 
The Nobel Prize that was made in Manchester
British-based duo discovered award-winning material using a pencil and some sticky tape
By Jonathan Brown
Wednesday, 6 October 2010

Andre Geim and Konstantin Novoselov had long suspected that lurking inside the pencil there was a 21st century wonder material crying to be released. The problem was harvesting the ultra thin strips of graphite that they needed. In the end the answer to their problem was bewilderingly simple.

By deploying an everyday length of Scotch tape to tear off strips of the mineral, the University of Manchester physicists created the world's thinnest material – the width of a single atom. The finished product was 10,000 times slimmer than a soap bubble, but also 100 times stronger than steel and able to stretch by up to 20 per cent of its length. Their invention: graphene.

The discovery of the two-dimensional material will, it is confidently predicted, become a £30billion-a-year-commodity within the next decade, revolutionising industries from consumer electronics to aeronautics as well as offering valuable new insights into quantum physics.

Yesterday, in what is being hailed as a triumph for the benefits of pure curiosity-driven research, the nanotechnology breakthrough earned the two Russian born scientists a Nobel Prize.

While Professor Geim, 51, becomes the first scientist to win both the Nobel and the igNoble Prize – the latter a tongue-in-cheek award for his 1997 collaboration in the field of magnetic levitation which saw him defy scientific probabilities by suspending a frog in mid air – his research partner Dr Novoselov, 36, is the youngest Nobel laureate for nearly 40 years.

etc...

http://www.independent.co.uk/news/scien ... 98809.html
 
Finally! Here come the Clackers!

Campaign builds to construct Babbage Analytical Engine
http://www.bbc.co.uk/news/technology-11530905
By Jonathan Fildes Technology reporter, BBC News

Babbage's original difference engine The Analytical Engine followed Babbage's work on the Difference Engine

A UK campaign to build a truck-sized, prototype computer first envisaged in 1837 is gathering steam.

More than 1,600 people have pledged money and support to build Charles Babbage's Analytical Engine.

Although elements of the engine have been built over the last 173 years, a complete working model of the steam-powered machine has never been made.

The campaign hopes to gather donations from 50,000 supporters to kick-start the project.

"It's an inspirational piece of equipment," said John Graham-Cumming, author of the Geek Atlas, who has championed the idea.

"A hundred years ago, before computers were available, [Babbage] had envisaged this machine."

Computer historian Dr Doron Swade said that rebuilding the machine could answer "profound historical questions".

"Could there have been an information age in Victorian times? That is a very interesting question," he told BBC News.
Number cruncher

The analytical engine was designed on paper by mathematician and engineer Charles Babbage. It was envisaged that it would be built out of brass and iron.

"What you realise when you read Babbage's papers is that this was the first real computer," said Mr Graham-Cumming. "It had expandable memory, a CPU, microcode, a printer, a plotter and was programmable with punch cards.
A mill of Babbage's Analytical Engine A complete Analytical Engine has never been built

"It was the size of a small lorry and powered by steam but it was recognisable as a computer."

Although other mechanical machines may predate the Analytical Engine, it is regarded as the first design for a "general purpose computer" that could be reprogrammed to carry out different tasks.

It was the successor to his Difference Engine, a huge brass number-cruncher.

"The Difference Engine is a calculator," said Dr Swade, who was part of a team that spent 17 years painstakingly building a replica. "It is not a computer in the general sense of the word."

He said that it would be "astounding" if the Anaytical Engine could also be built.

"The Difference Engine is already a legendary model, but it is dinky compared to the Analytical Engine," he said.

He said Babbage's many designs for the device suggested that it would be "bigger than a steam locomotive."

"That is with just 100 variables," he said. "He talked about machines with 1,000 variables, which would be an inconceivably large machine."

No one has built an entire Analytical engine, although various people, including Babbage's son and Dr Swade, have created elements of it.

Dr Swade said the most complex - although incomplete - recreations of elements of the machine have been built using Meccano by Briton Tim Robinson.
Confidence boost

Mr Graham-Cumming aims to recreate a design known as Plan 28 if his campaign is successful. However, he said, there would be a lot of work to do before then, including digitising Babbage's papers that are held at the Science Museum in London.
Alan Turing Mr Graham-Cumming previously led a successful campaign for a posthumous apology for Alan Turing

Dr Swade said that a researcher would also be needed to decipher Babbage's drawings and nomenclature.

"We would then need to build a 3D simulation of the engine [on a computer]," said Mr Graham-Cummings. "We can then debug it and it would make it available to everyone around the world."

Dr Swade, agreed that this was the correct approach and said a virtual recreation of the machine could solve "95% of problems" and allow them to use computer to design the thousands of individual parts needed to make the behemoth.

"Building a virtual engine is the only route of certainty to see the engine built in our lifetimes," he said.

When he built the Difference Engine, this route was not available he said.

First, however, Mr Graham-Cumming needs to raise the money to set up the non-profit Plan 28 organisation to oversee the work.

"I was a little worried whether enough people would care about a steam-powered computer, with 1k of memory that was 13,000 times slower than a [Sinclair] ZX81," he said.

However, he told BBC News, an earlier online campaign had helped persuade him that it was possible.

Last year he launched a petition on the No 10 website calling on the government to make a posthumous apology to World War II code-breaker and computer pioneer Alan Turing for his treatment by the authorities for being gay.

In August 2009, then-Prime Minister Gordon Brown wrote a letter in the Daily Telegraph saying that he was sorry for what had happened.

"That gave me the confidence that there are enough people that care about computing to get this kind of thing done," he said.
 
Yes, Im having trouble with this Antikythea mechanism thingy.

The Regulating and Powering Device (a slave) is erratic and the Reboot (a big stick) doesnt seem to work.

Also Since Classical Times (TM) the Solar system seems to have changed, now there are a lot more minor plants, many of whose names I cannot pronnounce.

What do I do?
 
Kondoru said:
Yes, Im having trouble with this Antikythea mechanism thingy.

The Regulating and Powering Device (a slave) is erratic and the Reboot (a big stick) doesnt seem to work.

Also Since Classical Times (TM) the Solar system seems to have changed, now there are a lot more minor plants, many of whose names I cannot pronnounce.

What do I do?

Actually that would make a good Fortean comedy sketch! Have it ready for the Uncon.
 
"Have you tried turning it off and on again?"

[EDIT]And maybe we should end it there before it becomes The FT Crowd and Graham Linehan sues.
 
Innovation award for 'bubble-maker' that boosts algae growth
Royal Society gives £250,000 prize to fluidic oscillator that transforms the cost and effectiveness of growing algae for biofuels
Damian Carrington guardian.co.uk, Friday 15 October 2010 06.00 BST

A bubble-maker that looks like the flux capacitor from the Back to the Future films last night won a £250,000 prize from the Royal Society for its ability to transform the cost and effectiveness of growing algae for biofuel, treating sewage and cooling computers.

The Y-shaped device delivers tiny but perfectly formed bubbles by mimicking the way children blow bubbles. Its inventor, Prof Will Zimmerman, a chemical engineer at the University of Sheffield, explained: "If you blow slowly and steadily, you blow a big bubble, but we use our fluidic oscillator to blow short puffs and make small bubbles."

The device has been used in field trials to produce algae from the exhaust gas from chimneys at the steel maker Corus. Zimmerman said that as well as efficiently delivering carbon dioxide bubbles to feed the algae, the small bubbles crucially - unlike larger ones - carry away waste oxygen and allow 100% of the algae to survive.

"If you sit in your own waste products, it's not good for your health, it stunts your growth and leads to death," he said. The bubble-maker also stirs the algae, meaning each cell is better exposed to the light it needs to grow. "I call it a five star hotel for algae."

Ben Graziano, Carbon Trust manager of its algae biofuels challenge, said: "There has been a lot of hype in this area and we think algal biofuels are 10 years from being commercialised, as most of the expertise is in the laboratory at the moment. But biofuel from algae can reduce carbon dioxide emissions significantly better than many existing biofuels, and can be sustainable as they don't need arable land."

The oil giant ExxonMobil is making a $600m (£376m) investment in algae biofuels, working with the human genome decoder Craig Venter to engineer algae to produce more oil. Shell has also invested in the technology.

Overall, the system devised by Zimmerman requires 80% less energy than existing methods of creating bubbles for chemical processes. This advantage, and the lower cost of the equipment, has led Yorkshire Water and Anglian Water to work with Zimmerman to improve their treatment of sewage, which is broken down by bacteria in ponds.

Martin Tillotson, from Yorkshire Water, said: "Given the huge volumes, treating wastewater is very costly in electricity and carbon terms. This technology offers the potential to produce a step-change in energy performance."

Zimmerman was presented with the Royal Society's Brian Mercer award for innovation last night and receives £250,000 of prize money to help commercialise the technology. But he said money was not his main motivation. "If I was chasing money I would have gone into industry where they pay more for my skills."

He holds two patents and will be chief technology officer for a company being spun out of the university. "If the company does well, then I will [get rich], if not I will lose my stake."

He could not name the Californian technology company that he is working with to convert solar heated water into a cooling device for computers.

ExxonMobil and Shell had not been in touch yet. Zimmerman added: "Elephants don't gallop."

http://www.guardian.co.uk/environment/2 ... al-society
 
Still chilling after 58 years: Britain's oldest fridge shows no signs of freezing up
By Daily Mail Reporter
Last updated at 2:18 AM on 25th October 2010

It's been around for what seems like an ice age.
But 58 years after its purchase, retired piano teacher Doris Stogdale’s fridge is still going strong.
Thought to be the oldest working fridge in Britain, it has been in continuous use since it was bought in 1952 and has never required any maintenance – nor a single replacement part aside from the odd light bulb.

Mrs Stogdale, 89, of Oxford, bought the General Electric fridge when she lived in what is now Malaysia with her family – and it has since followed them around the world.
The GE Refrigerator was purchased from the Universal Electric Engineering Company for 1,090 ringgits, or Malay dollars, which was around £135 at the time.

The Stogdales, who had three children, David, 59, Valerie, 55 and Annie, 52, and eight grandchildren, returned to the UK in 1959, settling in Oxford, and shipped the refrigerator with their belongings.

She said: ‘It’s kept going for pretty much an entire lifetime.
‘It might not have any shelves inside for your eggs or any fancy lights or ice makers, but it has always worked for us. Things like fridges were made of strong stuff 60 years ago – nowadays they all have warranties of a couple of years and it’s almost as if the makers expect them to break at some point.’

Her husband, Vivian, who died in 1996, was 31 when the fridge was bought and had been sent abroad to work as an engineer.
Mrs Stogdale said: ‘Before fridges you just had ice boxes, which were square boxes where you had to buy the ice to put in them every time. Once David was born we realised we had to upgrade to an actual fridge.’
She added: ‘We were transferred to various different places depending on where my husband was working, and the fridge just followed us everywhere.’

Daughter Valerie said she had written to General Electric ‘because we thought they might like to know our old fridge was still going strong’.
What she did not realise was that just two months earlier the company had held a competition to find Britain’s oldest fridge that had been won by another General Electric appliance that had been going for only 56 years.
She added: ‘The fridge is older than I am and I remember it vividly from my childhood. We have no intention of getting rid of it because it’s still in great condition.’

Read more: http://www.dailymail.co.uk/news/article ... z13MT0m8Dk
 
Sony's pioneering Walkman finally plays its last tune
By Tom Peck
Tuesday, 26 October 2010

It was as synonymous with the 1980s as the Wham! tunes its leg warmer-wearing owners played on it. When Sony first launched the Walkman in 1979 it was derided as a fad. Fast forward 31 years (might need some spare batteries) and 400 million sales, the electronics giant has quietly pressed stop on the pioneering gadget.

The last batch of cassette Walkmans to be made in Japan have left factories, and production in China will also stop once existing orders in Asia and Europe have been met. Its termination coincides with the iPod's ninth birthday.

"The music-listening style of our customers has shifted so much to digital audio," said a Sony spokeswoman, Hiroko Nakamura. "We have decided to end shipments because demand for the cassette-type Walkman has decreased."

Legend has it that the device was first built in 1978 by a Sony engineer, Nobutoshi Kihara, for his boss, the Sony co-chairman Akio Morita, who was fatigued by the proletarian bent of the inflight entertainment during his frequent plane trips and yearned to listen to his favourite operas.

When it was launched in Japan in July 1979 just 3,000 units were sold in the first month. The American and British versions, the Soundabout and Stowaway respectively, also sold poorly, until new teen-oriented advertising campaigns arrived and it became a must-have. Although the iPod, now a cultural phenomenon of equal stature, is regarded as the Walkman's natural successor, in reality the portable CD player – albeit ungainly and prone to skipping – began the slow death of the Walkman.

Since that device, every advance in portable music technology has been coupled with a reduction in size.

For a while, Sony's own product, the Digital Audio Tape (DAT), effectively a digital cassette, looked like it might be the next big small thing, but it never took off.

Analysts speculated that the dominance of the Walkman in the portable music player market should have left Sony better placed to lead the next wave of products, but instead the Sony gambled unwisely on the Discman, which failed to compete.

The first incarnation of the iPod, launched in 2001 with a promise to "put 1,000 songs in your pocket" was a relatively sizeable unit.

Three years later the iPod Mini arrived, then subsequently the Nano, revolutionising the fortunes of the previously downtrodden Apple, many of whose employees, in their fashionable Cupertino offices, will today be lamenting the passing of an icon of their youth.

http://www.independent.co.uk/life-style ... 16458.html

Amazingly, I have managed to get through the last 30 or so years without ever using any of the gadgets mentioned here! ;)
 
Oh, I have a walkman

and one of those MP£ thingys....use it as a memory stick
 
Is the clock ticking for the wristwatch? Survey shows 1 in 7 of us have no time for them
By Katherine Faulkner
Last updated at 9:01 AM on 27th October 2010

It was once considered a basic necessity, something no one would leave home without.
But now jewellers fear time could be ticking away for the humble wristwatch.
One in seven of us say we have ‘no reason’ to wear a watch, according to a survey.

The change has been attributed to the rising number of time-telling gadgets we carry around, such as mobile phones, iPods and laptops. Most of those surveyed by market researchers Mintel said they relied on their mobile or PC, rather than a watch, to tell the time.

And those aged 25 or younger were twice as likely as those in their forties or fifties to have stopped wearing a watch, with 28 per cent not having one.
Sales of watches have remained flat over the last few years and watchmakers are struggling to convince shoppers that expensive timepieces are worth the money.

Tamara Sender of Mintel said: ‘Many consumers have grown up with technology and are just as likely to associate the notion of checking the time with a mobile handset as with a watch.

'As they grow older this mindset will accompany them.’
Watch-buyers are now more likely to see them as fashion accessories rather than a time-telling devices, the survey said.

Read more: http://www.dailymail.co.uk/femail/artic ... z13Y19ObzB
 
Kondoru said:
Oh, I have a walkman

and one of those MP£ thingys....use it as a memory stick

my mp thing is on my phone along with lots of other things. why cant you get a mobile phone thats just a phone?
 
I didn't know this before - from an article on Tottenham footballer Gareth Bale:
"His stats from the game are ridiculous. He just blows up the whole thing. We use GPS systems now to track the players' movements and Gareth's has smoke coming out of it. It doesn't just tell us how much running he has done but how many high-intensity runs he has made. He does more than anyone and I don't just mean in our club but the Premier League as well. His energy is a massive part of his game."

http://www.independent.co.uk/sport/foot ... 20367.html
Technology gets everywhere!

P.S.
It always raises a smile at Southampton that the man who discovered Bale
was the club's Cardiff-based scout, Gareth Hale... :D
 
Very clever, and just a bit uncanny. We're gradually heading into William Gibson's future.
 
I was more interested in the comments.

Rather negative and not getting into the fun of it. I felt

(And the Japanese do like their fun....)

If this had been a yank production all would have been well, since its Japanese its regarded as perverted.
 
Review: Green's Dictionary of Slang-------------------------------------------------------------------
This work is monumental in several senses. It is physically huge:
6000+ pages in three hefty volumes with ten million words, 110,000-
plus definitions and 413,000 citations. Unfortunately, the price is
likewise massive, which is hardly going to make it a household
purchase, even at the deep discounts being offered by some online
retailers. Leaving aside the superlatives, it is principally a
testimony to the industry of its editor.

It is only right that Jonathon Green's magnum opus should carry his
name in the title. GDoS (as it is already commonly abbreviated) is
an important publication in the history of slang lexicography.

....

GDoS is striking not only in its comprehensiveness. Though Green is
more than ready to acknowledge the assistance of many individuals,
his editor-in-chief Sarah Chatwin especially, GDoS is unusual in
today's publishing world in that it has been conceived and produced
by one person. It is also remarkable for coming out as a printed
book at all. When in 1997 he was commissioned to prepare it, print
was still a natural medium for reference works. Online publication
has since become the norm. GDoS may have the melancholy attribute
of being the last substantial reference work to appear as a
physical object.
Even here, online publication is in prospect:
Oxford University Press, which distributes the book in North
America, plans to make it available as an e-book via the Oxford
Reference Bookshelf.

http://www.worldwidewords.org/nl/ctuw.htm
 
Andrex puppy 'killed off' after nation's favourite TV dog character replaced with CGI
One of the nation’s best loved television animals, the Andrex puppy, has been replaced with a digital version after almost four decades.
By Andrew Hough 7:30AM GMT 02 Dec 2010

The playful Labrador retriever, which has been a fixture on screens since 1972, has received a “21st century makeover” in a new multi-million pound advertising campaign.

Kimberly Clark, the global lavatory tissue company behind the mascot, announced on Wednesday that instead of using a real-life puppy, the adverts’ central character will be a computer-generated image (CGI).

The company denied introducing CGI to the new £15 million digital campaign, titled “It’s the Little Things”, was a cost-cutting move, insisting it was instead “refreshing” the brand.

But they confirmed no living puppies star in a new 40 second advertisement, which was first aired on Wednesday night.
Instead, the animal has been digitally recreated using the movements, mannerisms and “personalities” of thousands of puppies studied by animators over the past six months.

In the Andrex adverts, the Labrador is joined for the first time by British Bulldog and Dalmatian puppies in a digital “puppy world”.
The commercial then depicts the dog playing with its “friends”, eating and sleeping in what was billed as showing how “the little things” make a difference to his life.

The adverts, which have been shrouded in secrecy for months, were created by advertising agency, JWT, the firm who devised original mascot.
Jon White, marketing director for Kimberly Clark Europe, last night said while the puppy had a “huge and loyal following”, the company was “refreshing” the brand. Mr White denied introducing CGI was a cost-cutting exercise. He said the puppy would still appear on tissue packaging.
“We really believe we’ve given him a new lease of life and have evolved his character,” he said.
“Brands have to refresh themselves in order to stay relevant to today’s consumers and this is exactly what we’re doing. We are refreshing, not reinventing. The Puppy is still at the centre of our communications.”

Since appearing on screens for the first time in 1972, there have been more than 120 adverts featuring the puppy.

Hundreds of Labrador Retrievers have appeared in the commercials, with several puppies from the same litter used for each advert to prevent them becoming too tired.

The original concept included a little girl running through her house trailing a roll or Andrex behind her but this was blocked by television regulators who believed it would encourage wastefulness.
Instead the child was replaced by the playful Labrador puppy and while the plot has been remade several times since, the campaigns have developed an almost cult following.

More than 180,000 fans alone have endorsed the campaign on Facebook, the social networking site while one in 10 households are said to own an Andrex puppy toy.
A recent trade poll found the puppy topped a list of the nation’s favourite advertising mascots.

The digital adverts are the latest in a line of campaigns and television shows that have become computer-generated including Thomas the Tank Engine, Bob the Builder, Noddy and Fireman Sam.

http://www.telegraph.co.uk/culture/tvan ... h-CGI.html
 
Back
Top