What a creation, it’s a unhinged flying bike/human blender but unbelievably it gets off the ground and actually flies.
Study of census results in England and Wales since 1871 finds rise of machines has been a job creator rather than making working humans obsolete. In the 1800s it was the Luddites smashing weaving machines. These days retail staff worry about automatic checkouts. Sooner or later taxi drivers will be fretting over self-driving cars.
The battle between man and machines goes back centuries. Are they taking our jobs? Or are they merely easing our workload? A study by economists at the consultancy Deloitte seeks to shed new light on the relationship between jobs and the rise of technology by trawling through census data for England and Wales going back to 1871.
Their conclusion is unremittingly cheerful: rather than destroying jobs, technology has been a “great job-creating machine”. Findings by Deloitte such as a fourfold rise in bar staff since the 1950s or a surge in the number of hairdressers this century suggest to the authors that technology has increased spending power, therefore creating new demand and new jobs.
Their study, shortlisted for the Society of Business Economists’ Rybczynski prize, argues that the debate has been skewed towards the job-destroying effects of technological change, which are more easily observed than than its creative aspects.
Going back over past jobs figures paints a more balanced picture, say authors Ian Stewart, Debapratim De and Alex Cole. “The dominant trend is of contracting employment in agriculture and manufacturing being more than offset by rapid growth in the caring, creative, technology and business services sectors,” they write.
“Machines will take on more repetitive and laborious tasks, but seem no closer to eliminating the need for human labour than at any time in the last 150 years.”
For more information and stills gallery, please turn to: erikwernquist.com/wanderers
Wanderers is a vision of humanity’s expansion into the Solar System, based on scientific ideas and concepts of what our future in space might look like, if it ever happens. The locations depicted in the film are digital recreations of actual places in the Solar System, built from real photos and map data where available. Without any apparent story, other than what you may fill in by yourself, the idea of the film is primarily to show a glimpse of the fantastic and beautiful nature that surrounds us on our neighboring worlds – and above all, how it might appear to us if we were there.
THIS FILM WAS MADE WITH USE OF PHOTOS AND TEXTURES FROM: NASA/JPL, NASA/Goddard Space Flight Center Scientific Visualization Studio, ESA, John Van Vliet, Björn Jonsson (and many others, of which I unfortunately do not know the names)
The below infographic is an ISOTYPE chart. The International System Of TYpographic Picture Education was an early infographical method, created by Austrian curator Otto Neurath in the 1930s “as a symbolic way of representing quantitative information via easily interpretable icons.”
Roger Federer and Stefan Edberg recently visited Google and took Google Glass for a spin on the tennis court. Enjoy a new, and never before seen perspective of Roger’s game!
From the French band Equateur’s EP Lava.
Insight into how the video was made.
From Wired Business:
Steve Perlman is ready to give you a personal cell phone signal that follows you from place to place, a signal that’s about 1,000 times faster than what you have today because you needn’t share it with anyone else.
Perlman — the iconic Silicon Valley inventor best known for selling his web TV company to Microsoft for half a billion dollars — started work on this new-age cellular technology a decade ago, and on Wednesday morning, he’ll give the first public demonstration at Columbia University in New York, his alma mater. Previously known as DIDO, the technology is now called pCell — short for “personal cell” — and judging from the demo Perlman gave us at his lab in San Francisco last week, it works as advertised, streaming video and other data to phones with a speed and a smoothness you’re unlikely to achieve over current cell networks.
“It’s a complete rewrite of the wireless rulebook,” says Perlman, who also helped Apple create QuickTime, the technology that brought video to the Macintosh. “Since the invention of wireless, people have moved around the coverage area. Now, the coverage area follows you.”
One thing’s for sure: the idea is a complete departure from the current way of doing things, the sort of invention Perlman is known for. His San Francisco lab is called Rearden — a nod to Hank Rearden, the fictional magnate in Ayn Rand’s Atlas Shrugged who invents an alloy that’s stronger than steel — and this tiny tech incubator is always looking for ways of overturning the status quo. It has already given rise to OnLive, a service that lets you streams game and other software over the internet rather than installing it on local devices, and Mova, which helped transform movie and game effects by providing a means of digitally capturing facial expressions, and now, it hopes to turn the wireless industry on its head.
With today’s networks, each antenna — perched atop a building or tower — creates a massive “cell” of wireless signal. This is essentially an enormous cone of radio waves that spans several city blocks, and it’s shared by all phones in the area. But Perlman’s invention discards the arrangement, giving each phone its own tiny cell, a bubble of signal that goes wherever the phone goes. This “personal cell” provides just as much network bandwidth as today’s cells, Perlman says, but you needn’t share the bandwidth with anyone else. The result is a significantly faster signal. [This Man Says He Can Speed Cell Data 1,000-Fold. Will Carriers Listen?]