Urban farming: How MIT’s food computers will revolutionize agriculture

22

September

2016

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The world population is growing. Climate is changing. People are moving to the cities. Biodiversity is decreasing. Natural resources are becoming scarcer. Our current agricultural system isn’t designed for that.

With a world population of over 7 billion people and half of us living in the cities, only a small minority is involved in the production of their own food. The rest of us relies on those tasty Kiwis being shipped over from New Zealand or those yummy strawberries coming from South Africa while they’re out of season in Europe. What if we wouldn’t have to ship the New Zealand Kiwis all the way around the world? What if we could produce them right here in the Netherlands?

This is the idea of Caleb Harper, director of the Open Agriculture Initiative at MIT’s Media Lab. He and his team are working on developing an open-source food computer – “a controlled-environment agriculture technology platform that uses robotic systems to control and monitor climate, energy, and plant growth inside of a specialized growing chamber”. These specialized growing chambers look like greenhouses, only with the possibility of having several levels for growing fruits and veggies – one above the other.  All kinds of variables that influence the growth of the individual plant can be changed via a computer including supply of carbon dioxide, humidity and the temperature around the roots.

Like this, you can replicate New Zealand climate in the Netherlands. As a matter of fact, you can also make up your very own climate. You can experiment with all sorts of climate variables to find out under which conditions your plants grow just the way you like them. And these “climate recipes” you can then share with all the other Open Agriculture farmers around the world.

The development of the Food Computer still is in its early stages. Instructions for building a second and improved version of the personal variant of the Food Computer are expected to become available soon. Meanwhile an enthusiastic community of agricultural hackers is sharing their experience with the first version and helping each other bringing this new technology forward.

Please check out Caleb Harper’s amazing TED Talk about the Food Computer.

 

https://www.ted.com/talks/caleb_harper_this_computer_will_grow_your_food_in_the_future?language=en

Also, do visit their website to learn more about building your own Food Computer:
http://openag.media.mit.edu/

What do you think? Would you be interested in building your own Food Computer? Do you agree that this technology will change the way even large food producers will grow our produce?

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Project Marilyn, an Open Source Cancer Research

18

October

2014

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When I was looking for more information about peer production and open source, I came across a very interesting article. This article is about a project to fight cancer. Did you know that one out of three people will get cancer in their lifetime?

Isaac Yonemoto came up with a solution. This solution is the development of unpatented drugs. These drugs should be sold by pharmaceutical companies for a reasonable price, so that these drugs will become accessible to everyone. The open source software and industry has already proved that patents are not necessary for innovation. Without patent, the drugs are less expensive and it is easier to develop better drugs.

This video will tell you briefly what the project is about:

The Marilyn Project

Marilyn Project is an open source project for developing a cure for cancer. This drug is patent free. You can support this research by donating money or bitcoins. A xenograft experiment will be funded with this money. Xenograft means the transplantation of living cells, tissues or organs from one species to another. Yonemoto can further develop the promising anti-cancer compound 9DS because of this xenograft experiment. This experiment needs to be completed before 9DS can move on to clinical trials. All the data is published online on the site http://www.indysci.org.

9DS

9DS was developed by Barbare Gerratana, a researcher at the University of Maryland. When she took a job at National Institute of Health, she was unable to continue her work. Because she had already published her research without any patent, big pharmaceutical companies were unlikely to sponsor it. However, this unpatented work does have an advantage. Because it was never patented, this work is now in the public domain. Now anyone can work on it, as in open source software. Yonemoto came across this research and continued her work.

Budget

The plan of Yonemoto is to spend the donations on scientific expenses such as materials to produce 9DS. You can see the total budget on the site (http://pledge.indysci.org/liberate-pharmaceuticals). Anyone can donate through money or bitcoins, but also by buying gifts like a coffee mug or t-shirt. It is a type of crowdfunding. Today (18 October 2014) the counter is $ 33.519 of $ 50.000. There are 10 days left.

The question is whether this project will really work. What do you think? Will Yonemoto get the required budget? Or do you think people do not want to donate to an open source project? Would you like to donate yourself? In addition, do you think open source projects like this really work? Let me know!

References:

The Man on a Quest to Open-Source Cancer Research

http://pledge.indysci.org/liberate-pharmaceuticals

http://groups.molbiosci.northwestern.edu/holmgren/Glossary/Definitions/Def-X/Xenograft.html

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