2011 Social Innovation Fellow Dominic Muren is looking out for the makers of the world, the people "that are creating things that the market can't create for them because it won't or can't." His organization, Humblefactory, develops tools and design approaches which assist these folks where mainstream manufacturing can't because of the large-scale capital, space, or scope that tends to be required.
During Muren's PopTech talk, he walks through a number of examples of makers that are carving their own path -- and those who have been helped along by Humblefactory. Follow along with links to these makers, craftspeople, and DIY-ers as you watch Muren's PopTech talk.
- Evil Mad Scientist Laboratories and their Eggbot, an open-source art robot that can draw on spherical or egg-shaped objects from the size of a ping pong ball to that of a small grapefruit
- The DODO iPad case, the "Rolls Royce of iPad cases"
- Suzanne Lee and the bacteria cellulose fabric she uses to create clothing
- RepRap, the 3-D desktop printer and community project focused on making self-replicating machines
- The Skin-Skeleton-Guts manufacturing framework, which allows hardware to be repaired, upgraded, or customized much more easily than existing devices
As Muren concludes, these project matter because, "someday a maker might make you smile, someday a maker might save your job, someday a maker might save your city. Maybe someday you'll be a maker."
The International Harbin Ice and Snow Festival is a three-month event held in Harbin, in China’s northern Heilongjiang province, which opened Friday, January 5.
via L.A. Times
Photo: Diego Azubel/EPA
by Chris DeLuca
With its user-friendly interface, Twine is a small box that empowers non-programmers and those with limited coding knowledge to create their own DIY electronics projects. Working out of the MIT Media Lab, John Carr and David Kestner designed the device to respond to a change in its environment and trigger a response or relay that information via text, Twitter, or email.
Twine is connected to a web application where users can input their desired variables. The simplified web app is a rules-based interface, which lets you quickly set up your notifications in real-time and take action once the variable has been met. The basic formula is: if something happens, then tell Twine to perform an action. For example, if you set up Twine to notify you when the temperature in your house drops below a certain point, Twine can then be programmed to turn on your heating. Read more...
There's always something brewing in the PopTech community. From the world-changing people, projects and ideas in our network, a handful of this week's highlights follows.
- "Sim City" game designer Will Wright, who unveiled "Spore" at PopTech in 2006, is now creating a new game for real life called HiveMind.
- Yesterday the Wall Street Journal published an article on solar wunderkind Aidan Dwyer. The 12-year-old Dwyer talks about his critics, his solar panel discovery, and his latest research. Watch his PopTech 2011 talk here.
- This week in The Guardian, Ken Banks (PopTech Social Innovation Faculty) outlines his hopes for the information and communication technologies for development (ICT4D) community over the next 12 months.
- Finally, we've been following Pieter Hoff's efforts to combat desertification since his 2010 appearance on the PopTech stage. Most recently, Hoff's endeavors were explored in a recent New Yorker feature. If you missed our post earlier this week, here's the scoop.
In 2010, Sarah Fortune came to PopTech looking for a solution. The 2010 PopTech Science Fellow and researcher at the Harvard School of Public Health had hit a wall in her research on Mycobacterium tuberculosis, the bacterium that causes tuberculosis. She needed a way to analyze streams of images of the bacteria -- as quickly and cheaply as possible -- or one line of her research would stall.
“I thought maybe we could crowdsource it,” she recalled in front of a packed house at PopTech 2011. “So I asked onstage, ‘Is there an app for that?’ Unbelievably, someone in the audience called out and then made it happen.”
That someone was Josh Nesbit, a 2009 Social Innovation Fellow, who connected Fortune to Lukas Biewald, co-founder of CrowdFlower, an Internet-based crowdsourcing company. The rest, as they say, is history.
In asking us to shed outdated notions of Africa as a place wracked by poverty and war, during his PopTech 2011 talk Erik Hersman (PopTech 2008 Social Innovation Fellow) lays out numerous examples of entrepreneurship and innovation streaming out of that continent, and specifically, out of Kenya. As you watch his talk, use this guide with accompanying links, to cross-reference some of the examples he's provided:
- iHub: Open space for technologists, investors, tech companies and hackers in Nairobi.
- Akira Chicks: All-girl coding group in Nairobi responsible for M-Farm.
- M-Farm: A transparency tool for Kenyan farmers to get information about the retail price of their products, buy their farm inputs directly from manufacturers, and find buyers for their produce.
- Frances Kere: An architect from Burkina Faso who builds schools using sustainable materials.
- Maker Faire Africa: A community of makers and handcrafters in Africa focused on origin, ingenuity, and innovation.
- Pivot 25: Mobile apps and developers conference and competition focused in East Africa.
- AfriLabs: Established African tech incubators and open collaboration spaces banding together to further promote the growth and development of the African technology sector.
- M-PESA: A peer-to-peer mobile transfer solution that enables customers to transfer money.
- Ushahidi: A non-profit tech company that develops free and open source software for information collection, visualization, and interactive mapping.
- MXit: A social networking site and instant messenger platform.
When Kenneth Libbrecht utters the words “let it snow,” the universe obliges — even in southern California, even in the summer. Libbrecht is a physicist at Caltech, but he’s also a snowflake designer, manipulating water and air in his laboratory to produce the exquisite ice crystals we love to sing about —and to play about in — each winter.
But why? What secrets can a tiny, elemental snowflake yield to science today? As Libbrecht recently told the journal Nature (subscription required):
We see these beautiful structures falling from the sky, and we still cannot explain how they came to be. When you ask how snowflakes form, you are really asking about how molecules go from a disordered gaseous state to an ordered crystalline lattice. Unexpected phenomena can emerge — snowflakes are one fascinating example.
So his interest boils down to wanting to understand how crystals grow, the physics of which may find application in materials science. More specifically, Libbrecht is trying to understand why temperature has such a dramatic impact on the shape of snow crystals, producing simple, needle-like crystals at one temperature and extraordinarily complex, star-like ones at another. It's hard to believe, but the physics responsible for this transformation is still a mystery.
It should be said that Libbrecht’s interest in snowflakes isn’t purely academic. He’s an accomplished snowflake photographer, an author of several books on the icy crystals, and a pilgrim of sorts, who travels to snowflake “hot spots” – in Canada and Japan, for example – in search of the world’s best snow crystals. (Visit his website, SnowCrystals.com, for a flurry of facts and images about snowflakes including whether any two are the same.)
We've been following the work of Pieter Hoff for some time now, along with his invention, the Groasis Waterboxx, a watering technology designed to grow trees in locations thought to be inhospitable. In fact, he first shared this invention and its potential impact with us at PopTech 2010.
During the conference, we spent some time with him one-on-one and made this candid video in which he explains how the Waterboxx works.
We followed up a handful of months later with an interview, On a mission with Pieter Hoff and his Groasis waterboxx, to learn more about how his relatively straight-forward contraption can bring an end to malnutrition, reduce erosion, and fight climate change.
So we were particularly excited to see this excellent piece entitled The Great Oasis (subscription required to read the entire article) in The New Yorker last week by PopTech friend Burkhard Bilger about efforts across the globe to reverse deforestation and desertification. In this thorough article, Bilger followed a few key players in the field of agroforestry to Oman and Burkino Faso, explored re-greening initiatives in Africa, and provided an historical overview of the Great Green Wall, a project involving 11 African countries planning to plant millions of trees to prevent the spread of the Sahara. On PopTech's recommendation, he spent time with Pieter Hoff in Oman to see first-hand what role the Waterboxx may play in replanting lost forests in some of the driest places on Earth.
Ever had a monumental revelation, huge shift, or major turning point in life, love, career, or otherwise? We all have. Today's your chance to get an inside peek at the a-ha and uh-oh life-changing moments by writers and artists from the famous to the obscure. PopTech 2010 presenter, SMITH magazine founding editor, and Six-Word Memoir creator Larry Smith's newest book, The Moment is now available for your reading pleasure with stories from PopTech 2010 presenters Alan Rabinowitz and Jennifer Thompson as well as Dave Eggers, Diane Ackerman, Bill Ayers, and Jennifer Egan among others.
To hear more about this collection of stories, tune into, or stream, NPR's Talk of the Nation today at 2:40 pm. And for more about his Six-Word Memoir project, check out Smith's PopTech talk.
by Chris DeLuca
The hanging garden, a collaboration between Clorofilas and Aer Studio, uses basic technological components to enable plants to communicate by placing sensors in their soil to detect moisture levels. The design studios, respectively based in Manchester and Barcelona, linked the sensors to LED lights that illuminate when moisture levels get too low and the plants need watering. The heart of the project, the open-source Arduino platform, takes the information received by the sensors and relays it to the corresponding LED light. This communication apparatus between plant and human life removes a variable of uncertainty when it comes to providing a plant with the right amount of water at the appropriate time.
The hanging garden project, which was created primarily for office spaces, also enables more effective communication amongst co-workers who assume responsibility for watering the plants; if a plant has already been watered earlier in the day, for example, co-workers in the afternoon will immediately know the plant is sufficiently hydrated. The technology used to create the hanging garden might be expanded and applied to projects which involve multiple stakeholders, like communal gardening initiatives.