1.2GW of offshore and onshore wind was installed last year

20130529-215228.jpg

1.2GW of offshore and onshore wind was installed last year

Read more: http://www.theengineer.co.uk/channels/skills-and-careers/in-depth/career-opportunities-in-offshore-renewables/1016243.article#ixzz2Ujjogygo

I drove up to my parents the other day via a route I had not taken for a year, along the route a new wind farm had sprung up, dozens of multi MW turbines, apparently most went in over a period of only a few months once the tracks cables and bases were in place. Several a week being finished off. Now the support crew is something like twenty full time maintainers. Not sure if this is really the hope of the industrial heartlands, it’s not bad but heatedly the sustained work the towns these behemoths rise near, need.

Same with the sea based units, though the ports the support vessels sail from will get more than the maintenance base of a land based array.

Multi material 3D printing // The Engineer

20130529-214546.jpg

Kinda creepy actually.

…multi-material 3D printing aims to address inefficiencies by reducing the number of manufacturing steps for one object. Compared with single material 3D printing, it allows a functional product to be created with different properties without the need to bring together components. It increases speed to market by allowing organisations to prototype increasingly complex parts and reduces waste products by using exactly the right amount of material required.

Read more: http://www.theengineer.co.uk/channels/design-engineering/in-depth/the-rise-of-multi-material-3d-printing/1016242.article#ixzz2Ujj5QP00

3rd Power Law, 0 Complexity premium, working memes for 3D Printing

20130528-112826.jpg

A 3-D printed table … with holes and all. Photo: rosemarybeetle / Flickr

WIRED http://www.wired.com/opinion/2013/05/an-insiders-view-of-the-hype-and-realities-of-3-d-printing/

3-D printing is indeed an important fabrication technology, because it has the marvelous ability to make anything regardless of the complexity of the form.

BUT

Everything from cost and time to amount of material increases exponentially: specifically, to the third power. So if we want something twice as big, it will cost 8 times as much and take 8 times as long to print. If we want something three times as big, it will cost about 27 times more and takes 27 times longer to print. And so on.

Love simplifying memes, these are two great ones that help the mind focus on the issues involved when ‘discussions’ dealing with potentials are taking place.

Also in the article:
The reminder that these are not replicators, not yet anyway.

AND

That many of the technologies enabling 3D printing are enabling CNC machining, laser-cutting, robotics and more, at DIY / hobbyist scale.

21st Century Opportunity > Making The New Everything…

MIT Technology Review : Business Report : The Next Wave of Manufacturing

You Must Make the New Machines // Economist Ricardo Hausmann says the U.S. has a chance to invent the manufacturing technology of tomorrow.
From MIT Technology : read more: http://www.technologyreview.com/news/509281/you-must-make-the-new-machines/

The basic knowledge is here, the ideas and innovation, even the entrepreneurial spirit, the problem is have we tied ourselves down with rules regulations taxes monopolies etc?

Binge Watching Is Changing Our Culture

WIRED // From Arrested Development to Dr. Who, How Binge Watching Is Changing Our Culture
BY GRANT MCCRACKEN 05.24.13 6:30 PM

Dr. McCracken is onto something, his modest article provides some ideas with strong explanatory powers. To me It also says that media (creative side) adapts to society quite rapidly, while corporate side ($ collecting mechanisms) tries to slow change and rent seek.

Wired // Pilates PC-24 Jet Set Roughing it…next they’ll pu floats on it

20130523-204928.jpg

Pilatus Aircraft has been producing airplanes since the 1940s, but the Swiss firm’s newest model, the PC-24, is its first jet. Pilatus didn’t want to just be another jet maker. Instead, the company borrowed from its very successful single-engine turboprop, the PC-12, to create a jet that can do everything conventional business jets can do and fly in and out of relatively short, unpaved runways. Oh, and it has a big cargo door as well.

A short piece at Wired…not a real airplane yet, the above is one hell of a rendering. Pilatus’ world trotting PC-12 is the air ambulance of choice in the nether regions of the world…it’s also a preferred discrete ride for SOCom, one wonders what they will do with the PC-24?

A world (at sea ) of difference

20130516-194752.jpg
20130516-194802.jpg
20130516-194818.jpg
20130516-194826.jpg
as in many engineering projects the Navy’s UCAV X-47B flight testing and carrier qual seems to have suddenly jumped from baby steps to hyper speed.

Navy officers are very clear on a distinction between the Navy and the Air Force, which insists on talking about remotely piloted aircraft: Navy “unmanned air systems” have operators, not pilots. Of course, the Navy hasn’t been forced to divert a large number of qualified pilots into UAVs, as the USAF has been (Predators and Reapers are the USAF’s second-largest pilot force after the F-16), and will not have to do so for a long time. But the fact remains that flying a UAV with a stick and rudder or any semblance thereof is (to quote an Airbus guy’s comment on the Boeing 777’s back-driven yoke) like putting a steering wheel on a horse. “Pilot” is a bit of a misnomer.
Speaking of pilots, the Navy’s attitude towards adopting the X-47B’s automatic landing technology for manned operations is quite positive. The potential benefits — less wear and tear on airframes and less training time for the air group, along with improved safety — are substantial.

Read more at: http://www.aviationweek.com/Blogs
Wired has a different set of thoughts and more questions here. Wired sometimes seems to confuse the world of war with the world of tech and the world in general with the blue coasts of the US but they do a good job of tracking the tech and monitoring for hubris.

MIT TR | Synthetic Biology Could Speed Flu Vaccine Production

Read more at: http://www.technologyreview.com/news/514661/synthetic-biology-could-speed-flu-vaccine-production/

….researchers are hoping to engineer entirely new circuits into cells to help diabetes patients. Martin Fussenegger, a bioengineer at the Swiss Federal Institute of Technology, described a molecular system in which cells are modified with genes that can detect low pH levels in the blood, a sign of a diabetic state. In response, he says, the engineered cells will produce insulin to better regulate blood sugar levels and calm the diabetic state.
This kind of engineering typically depends on viruses to modify genes so that cells will perform useful tasks. But that method is risky: the introduced DNA could integrate into the genome at an unfortunate location that might lead to cancer. Harvey Lodish, a cell biologist at MIT, is working on a technology that could avoid that problem: lab-made red blood cells. After these cells are modified, they will kick out the virus in the course of their natural development process.
“The beauty of red blood cells is they are pretty much the only cell in body without a nucleus,” says Lodish. “By the time they get into circulation, they have lost their DNA and are stable for 120 days with no risk of tumors.”
In Lodish’s method, a retrovirus carries a new gene into the genome of progenitor cells that will eventually produce red blood cells. The cell uses that new gene to produce a modified version of proteins that sit on the surface of the mature red blood cell even after the cell has lost its DNA. The modified surface protein has been engineered so that other compounds can easily be attached to it—antibodies that could mop up toxic substances in the blood, or small-molecule drugs to attack cancers or other diseased cells. Lodish believes the technology is a safer approach to putting synthetic biology to use in the human body.

As Glenn Reynolds of Instapundit says, “faster please”

A distant Kablaam!

20130515-180026.jpg

This image shows one of many fresh impact craters spotted by the UA-led HiRISE camera, orbiting the Red Planet on board NASA’s Mars Reconnaissance Orbiter since 2006. Credit: NASA/JPL-Caltech/MSSS/UA
Scientists using images from NASA’s Mars Reconnaissance Orbiter, or MRO, have estimated that the planet is bombarded by more than 200 small asteroids or bits of comets per year forming craters at least 12.8 feet (3.9 meters) across.

Read more at: http://phys.org/news/2013-05-hirise-mars-camera-reveals-hundreds.html#jCp

Three armed smartphone enabled robotic mixologist (bartender)

20130515-174215.jpg

‘want some WD40 with that?’

We’re told it’s the wave of the future. Design, make, enjoy. Beyond home-based 3-D printers, there will be new machines and display screens and apps that will invite you to have day to day products just the way you want them. Digital buffets await and not surprisingly the time is now to contemplate robot bartender systems. Such a system is on display now, which can serve the cocktail of your latest twist of imagination. Makr Shakr is the name of the new system which goes on display at the Google I/O conference in San Francisco, starting Wednesday. The drink-making robotic system made its debut during Milan Design Week 2013, and is making a debut in its final configuration at the Google event. The system can make the cocktail you want with its three robotic arms, which mimic the actions of a bartender. Shaking a Martini and slicing lemon garnishes are part of its repertoire. A smartphone app allows users create their cocktail concoctions from scratch.

Read more at: http://phys.org/news/2013-05-makr-shakr-arms-drink-recipe-collabs.html#jCp