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mothernaturenetwork:



 Turning sunlight into electricity in Abu Dhabi 



A massive, concentrating solar power plant that will open later this year is step in the right direction for a region that has always depended upon oil and gas.
wildcat2030:


Inflatable dwelling for astronauts to be tested on International Space Station
Prototype habitat, which is a just a third of the weight of a traditional capsule, to be roadtested in orbit in 2015

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A low-cost space dwelling that inflates like a balloon in orbit will be tested aboard the International Space Station, opening the door for future free-flying outposts and deep-space astronaut habitats for Nasa. The Bigelow Expandable Activity Module, nicknamed Beam, will be the third orbital prototype developed and flown by privately owned Bigelow Aerospace. The Las Vegas-based company, founded in 1999 by Robert Bigelow, owner of the Budget Suites of America hotel chain, currently operates two small unmanned experimental habitats called Genesis 1, launched in 2006, and Genesis 2, which followed a year later. Beam, about four metres in diameter when inflated, is scheduled for launch in mid-2015, said Mike Gold, director of operations for Bigelow Aerospace. “It will be the first expandable habitat module ever constructed for human occupancy,” Gold said. A successful test flight on the space station would be a stepping stone for planned Bigelow-staffed orbiting outposts that the company plans to lease to research organisations, businesses and wealthy individuals wishing to holiday in orbit. Bigelow Aerospace has invested about $250m (£156m) in inflatable habitation modules so far. It has preliminary agreements with seven non-US space and research agencies in the UK, the Netherlands, Australia, Singapore, Japan, Sweden and the UAE. (via Inflatable dwelling for astronauts to be tested on International Space Station | Science | guardian.co.uk)

wildcat2030:

Watch this: Future of StoryTelling: Paul Zak

The Neurochemistry of Empathy, Storytelling, and the Dramatic Arc, Animated

Stories are powerful because they transport us into other people’s worlds but, in doing that, they change the way our brains work and potentially change our brain chemistry — and that’s what it means to be a social creature.

h\t to brainpickings

(by FoST org)

unconsumption:

A new device called the nPower PEG (Personal Energy Generator), just became available for retail, and it promises a bit of power away from the wall, harvested from the kinetic energy created by your own activity — walking, running, etc. (The video above will give you a pretty good idea of how this works.)

Weighing nearly a pound and requiring a ton of motion for a little bit of power (11 minutes of walking will get you one minute of talk time on a 2G call on an iPhone), the PEG may have limited real-world uses and a high price point ($200).

That said, it’s pretty cool to see something out there in the world, capable of collecting all that energy we create and recycling it back into electricity for our daily lives.

(via Charge Your Phone by … Walking? - Rebecca J. Rosen - The Atlantic)

unconsumption:

Beyond the viral-ready novelty, listen to the serenades of defunct hard drives, flatbed scanners, and garage sale-rescue computers and you might just hear a sense of urgency. As the discs whir, the chips bleet, and the solenoids ping percussion, this chorus of obsolete electronics seems to plea, save us from landfill doom.

The latest breakout hit from repurposed retro machines is Gotye’s “Somebody That I Used to Know.” Here, it’s covered by a set of glockenspiel-playing solenoids and an HP ScanJet as the angst-ridden whine of the now-infamous vocals. An Amiga rounds out the band. Even the robotics can be counted as chip music, of sorts – a PIC16F84A (a simple microprocessor) acts as the brains. (Kids, ask your parents. Before Arduino, there was PIC programming.)

(via Gotye to Queen to Radiohead, The Songs of Hard Drives, Robotics, and Retro Gear)

wildcat2030:

Ever wished you’d never met your boss and your colleagues were holograms?
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The prospect of working with people you’ll never actually meet and communicating with virtual colleagues are two of the potential scenarios identified by leading thinkers into how workplaces will evolve by 2025.
Sampling views from a panel representing Imperial College London, the Massachusetts Institute of Technology (MIT), the University of Washington, other international academics and the UK government, research has just been published that points to dramatic changes in the workplace as we know it.
Forget whether it’s practical to bring your own technology devices to work - in the future, you may not even have an office.
According to the expert panel, by 2025 technology will allow us to conjure workspaces out of thin air by using interactive surfaces.
(via BBC News - The workplace of 2025 will be wherever you want it)
mothernaturenetwork:

Supercomputer breakthrough for Australian teamThe quantum computer development will, researchers hope, lead to computers able to process data-intensive tasks like encryption.
mothernaturenetwork:

To study neutrinos, scientists first have to find themScientists are developing a project called NOvA that will send neutrinos from Ash River, Minn to Chicago.
mothernaturenetwork:

An indoor goldfish gardenWant to meld your love of greenery and aquatic life with a koi pond but don’t have the space to do it? Here’s an intriguing solution: A 2-in-1 planter and fishbowl.
smarterplanet:

 ‘Smart fingertips’ could allow for virtual surgery | KurzweilAI
Semiconductor devices capable of responding with high precision to touch and finger movement are a step towards creating surgical gloves for use in medical procedures such as local ablations and ultrasound scans.
Researchers from the University of Illinois at Urbana-Champaign, Northwestern University and Dalian University of Technology used ultrathin, stretchable, silicon-based electronics and soft sensors mounted onto an artificial “skin” and fitted to fingertips.
The team hopes to incorporate the devices into a smart glove with the flexibility of skin that creates virtual sensations of everything from texture to temperature.
“Imagine the ability to sense the electrical properties of tissue, and then remove that tissue, precisely by local ablation, all via the fingertips using smart surgical gloves,” said co-author of the study Professor John Rogers.