Organizing your Twitter stream

Like some people, I use Twitter to stay in touch with friends and colleagues. I also use Twitter to keep up with news, current events, and exciting changes in the world of technology and sci-fi. I hope to think that now (after the changes I describe in this post) I use it wisely and in such a way that doesn’t clutter up my time.

I had already taken some steps to declutter my Twitter stream, but I felt I hadn’t maximized Twitter’s full potential and that I was missing out on some really great information from fellow users and getting stuff I didn’t always want. I created lists but found it frustrating to go through all of the people I was following one by one, look at their profiles, determine if they were still active Twitter users, then finally add them to a specific list. It didn’t seem like a very good use of my time and I started looking for other ways to make the process more effective.

First, I used the service justunfollow. This helped me identify who was not tweeting regularly any longer. I decided I would unfollow anyone who hadn’t tweeted in more than three months. Then, I looked at who was following me and decided whether or not I should follow them in return. I decided out of my followers, I would not follow anyone who only tweeted spam or sales pitches. I chose not to follow anyone with protected tweets and users without photographs or biographies.

There were some people I was following who were not following me back. I guess I don’t really expect Leonard Nimoy or Sir Patrick Stewart to follow me, but I’m going to keep following them because I’m a fan.

Once I had determined who to follow, I created a few new lists based on area of expertise of Twitter users. I also created some lists based on geographical area. My lists include:

  • Family and friends
  • Business builders
  • Technology experts
  • Organizing and productivity experts
  • Cool people from different areas in which I have lived
  • The famous and the infamous

I used TwitList Manager to find who was not already on a list. It allowed me to add users to specific lists in seconds. I could see who was on more than one list and easily move people to my preferred list. Overall, it took me less than an hour to completely re-organize my Twitter stream. By using justunfollow and Twitlist Manager every few weeks, I’m able to easily maintain this level of organization and get all the information I want in a timely, uncluttered manner.

EDITOR’S NOTE: If you use Twitter, consider following us at @Unclutterer.

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Ultimate Transparency

Don’t get me wrong, I love the Apple Keyboard, but I hate the fingerprint marks that my daily usage leaves on it. According to a research the amount of germs found on the keyboard is 60 times more than that on the toilet! To take care of these two issues we have here the UVLightBoard concept. The keyboard uses a transparency panel as the main structure.

The technology used is of microstructures on an optical light guide that gives it the perfect illumination for buttons. This means users can type comfortably in any condition. The UV light guided inside UVLightBoard will irradiate germs adhered to the panel and sterilize it by the FTIR phenomenon.

The UVLight Board is a 2014 iF Design Awards – Concept Design entry.

Designer: Mu-Chern Fong


Yanko Design
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(Ultimate Transparency was originally posted on Yanko Design)

Related posts:

  1. Sitting on Transparency
  2. The Ultimate Sled
  3. Ultimate In Ironing




The Johammer J1 Motorcycle

En plus de son design et de son esthétisme original, la moto Johammer J1, conçue et produite en Autriche, est la première moto électrique de série capable d’atteindre 200 km de distance grâce à son système d’alimentation en énergie innovante. Une création pour les amateurs de design et de technologie.

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Bionic Learning Network Seeks to Improve Industrial Robot Energy Efficiency by Emulating Kangaroos

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When it comes to biomimetic design, one trend is for researchers to borrow ideas from bugs and animals to apply to locomotion. This has yielded some truly freaky free-roaming robots, based on everything from fleas to snakes to centaurs. But industrial automation company Festo is applying one animal’s qualities to a robot that will stay right where I want it: Bolted to the floor of a factory.

For two years, Festo’s Bionic Learning Network team has been studying the kangaroo, and specifically the way it jumps, in an effort to understand energy recovery. A kangaroo is able to hop across large swaths of the Australian outback at 15 miles per hour in an energy-efficient way, storing energy on the landing that it can re-release for the next jump. The thinking is that if an industrial robot could similarly store and release energy with each stroke, as it swings back and forth on a production line, a significant energy savings could be achieved.

This month the researchers have unveiled their BionicKangaroo as a proof-of-concept. Interestingly enough, it involves what amounts to large rubber bands that are loaded on each stroke by motors in the hips, and the powered tail itself serves as an additional limb by providing both tripod-like support and balance during jumps:

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Clothes will shrink to fit “at the push of a button” within five years

Dezeen and MINI Frontiers: micro-robotics and 3D-printing are poised to revolutionise fashion, says the designer of Lady Gaga’s bubble-blowing dress, in the second part of our interview with Studio XO.

Anemone for Lady Gaga by Studio XO
Benjamin Males of Studio XO. Photograph © Dezeen

Despite a conservative fashion industry, rapid changes in technology will transform the clothes we wear, says Benjamin Males, of London-based fashion and technology company Studio XO.

Anemone for Lady Gaga by Studio XO
Early development sketches of the Anemone dress

“We believe fashion is quite antiquated,” he says. “While everything around us becomes intelligent, becomes more computational, our clothes are still very old-fashioned”.

This will not be the case for long, says Males, who believes that advances in micro-robotics and transformable textiles will soon make their way into everyday clothing, helping create clothes that can change shape using small motors.

Anemone for Lady Gaga by Studio XO
Lady Gaga wearing Anemone

“We believe in the next decade we’re going to see some pretty amazing things happen around transformable textiles and mechanical movement in our clothes: we are looking at introducing that in the next five years,” he says.

He points to the ubiquitous use of smartphones as evidence that people are becoming increasingly comfotable with having sophisticated technology on or very close to their bodies.

Moving up and down a clothes size may soon be possible without having to buy new clothes, predicts Males.

“We [will soon be able to] change the fit of our clothes at the push of a button, or our clothes could form new architectures around us,” he says.

Anemone for Lady Gaga by Studio XO
Lady Gaga wearing Anemone

Males is one of the founding partners of Studio XO, whose work includes dresses for Lady Gaga: Volantis, a flying dress powered by 12 electric motor-driven rotors, and the bubble-blowing dress Anemone, which is documented in this movie.

Males describes Studio XO’s Anemone as a provocation and a commentary on the future of textiles.

Anemone for Lady Gaga by Studio XO
Development sketches for Anemone

Anemone is a dress that blows large and small bubbles, the small ones creating a foam structure around the wearer and the large bubbles flying away.

Anemone for Lady Gaga by Studio XO
Detail of one of the bubble-blowing mechanisms on Anemone.

Males calls the mechanisms that create this effect bubble factories. These are small, 3D-printed jaw mechanisms. When they open, a fan blows out large or small bubbles depending on the size of the mechanism’s aperture.

The dress was unveiled in 2013, when Lady Gaga wore it to the iTunes festival. It is the second so-called bubble dress which Lady Gaga has worn, the first one being a nude leotard with plastic transparent globes attached to it.

The music featured in the movie is a track by Simplex. You can listen to his music on Dezeen Music Project.

Dezeen and MINI Frontiers is a year-long collaboration with MINI exploring how design and technology are coming together to shape the future.

Dezeen and MINI Frontiers

The post Clothes will shrink to fit “at the push of a
button” within five years
appeared first on Dezeen.

An Audio Visualizer Made of Flames

Derek Muller du site scientifique Veritasium a rendu visite à une équipe de physiciens et chimistes qui ont construit une « Pyro Board » : un panneau audio qui contient 2 500 flammes variant selon le son auquel elles sont connectées. Une association insolite du design et de la science pure à découvrir.

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B-Classic – The Classical Comeback

Focus sur B-Classic et sa nouvelle pub pour son projet The Classical Comeback qui consiste à promouvoir la musique classique. On voit des femmes danser et se déhancher a l’image d’un clip de rn’b, dans différents décors mais sur de la musique classique. Une chute très drôle à découvrir dans la suite.

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Craig Dorety: Division : Light animation sculptures inspired by ocular migraines that examine our visual limits

Craig Dorety: Division


Opening on Saturday, 19 April 2014 at Oakland’s Johansson Projects is an exhibition of hypnotic sculpture animations that will have your eyes watering—after you realize you haven’t blinked in a…

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Nuclear Floats: Delicious or Disastrous?

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This week in nouveau-Cold War news: MIT researchers will present plans for floating nuclear reactors, adapting existing technologies towards a goal put to rest during the Ford Administration. Floating reactors might sound futuristic—or dystopian—but they’re not a new idea, having been proposed first in 1971 by Offshore Power Systems (a joint venture by Westinghouse Corporation and Tenneco). That original plan combined several of the features the new MIT design hopes to capitalize on: mass producibility, increased distance from populations and use of the sea as a buffer against damage.

This new design combines modern oil rig sensibilities with light water nuclear reactors in a package that can be mass produced and towed into position five miles offshore. A crucial benefit of oceanic operation is the protection from tsunami and earthquake damage. Deep water insulates well against both seismic waves and the destructive end of tsunami swells, making it an obvious boon for growing, catastrophe-prone energy markets like Japan.

This kind of mass-produced floating reactor fleet was originally scuttled due to economic instability and raging environmental concerns. The 1979 Three Mile Island accident led to over 300,000 people evacuating their homes, and left the public with a powerfully bad taste for the energy source. Subsequent catastrophic failures and willful breaches of safety (see: Chernobyl, Hanford, Fukushima Daiichi) have perpetuated nuclear power’s troubled reputation, but nuclear power development is still on the rise.

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Flight Intestine Sculpting

L’artiste anglais Chris LaBrooy, dont nous avons déjà parlé à maintes reprises, a créé une sorte de sculpture digitale très originale en retouchant un avion tout jaune qui aurait un très long intestin grêle étalé à l’arrière. Une exécution insolite et drôle à découvrir en images dans la suite de l’article.

Chris LaBrooy’s portfolio.

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