• An artist from ImageThink summarizes talks on Oct. 8.

    An artist from ImageThink summarizes talks on Oct. 8.

    Photo: Dominick Reuter

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Solving the world’s great challenges

An artist from ImageThink summarizes talks on Oct. 8.

Inaugural Solve conference concludes four days of talks, workshops, and discussions on global challenges.


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How can we use information technology to improve health care outcomes? How can we make the Internet accessible to people everywhere? How will we provide a secure food supply for 9.6 billion people?

These were a few of the challenges posed by MIT’s inaugural Solve conference, which took place last week. The four-day program brought more than 350 leaders in technology, philanthropy, business, and policy to campus for four days of talks, workshops, and discussions on pressing global problems.

“It was an extraordinary success, with many memorable moments,” says Jason Pontin, editor-in-chief and publisher of MIT Technology Review, which produced the program. “A lot of things went amazingly well. I think a lot of people are surprised and pleased, and there is a strong commitment at MIT to coming back next year. It was also an experiment, and Solve II will inevitably evolve from the lessons we’ve learned from Solve I.”

The foundational event was based around four key “pillars” — Learn, Cure, Fuel, and Make — that categorized issues and questions around education, health care, resources, and infrastructure. Participants split into moderated working sessions over the four days, where they had the chance to discuss, debate, and exchange viewpoints.

Solve takeaways

Though notes from the sessions have not yet been compiled, a few central ideas have already emerged from each of Solve’s four pillars.

Participants in Cure sessions examined ways of reducing morbidity and mortality in cancer; improving health care with information technology; accelerating advances in mental health; and mitigating the spread of infectious disease.

“One of the takeaways was that there are vast inequalities and differences in health care outcomes based not just on income, but on geographic location — not just between the U.S. and the developing world, but even in the U.S., within 100 miles between Boston and smaller towns in the Northeast,” Pontin says. “Information technology could be a powerful contribution to managing better health outcomes more affordably.”

Make workshops included sessions on broadening Internet access; creating modern cities; providing tools and spaces for innovation; and sparking a new era of business innovation.

“In Make, [we were] struck by the enormous challenge of how we will physically manufacture the world of 2050,” Pontin says. “We will have to build as much as we have ever built in all of history again. Hundred of new cities and many existing cities either have to be removed or strengthened against rising sea levels. We’ll need to develop new mechanisms of manufacturing to build cities sustainably.”

Learn sessions addressed preparing students to become lifelong learners; transforming universities to become partners in that pursuit; supporting teachers and transforming teaching; and bringing the benefits of in-person education to digital learning. In addition to the workshops, a “fireside chat” on the future of American education was led by Laurene Powell Jobs, founder and president of the Emerson Collective, which supports innovative initiatives in education.

“How we teach you how to learn, and how you learn how to learn, were the great themes,” Pontin says. “The world moves very quickly; 65 percent of jobs that people will occupy in the course of their lives, if they’re graduating now, don’t yet exist. It’s important to give people the tools for lifelong learning and to remake educational institutions so they can provide lifelong learning.”

Fuel sessions looked at providing a secure food supply for the growing world population; building a scalable and safe nuclear reactor; enabling advanced renewable energy sources; and mitigating the impact of climate change.

“In Fuel, perhaps one of the takeaways was that we don’t lack for technical proposals for how to address climate, energy, and resources challenges,” Pontin says. “What we don’t possess, arguably, are many of the overarching policies and mechanisms of global coordination and cooperation that can make a difference.”

Pontin moderated the session on new nuclear reactor designs. “There were people in the room who had been working on those problems for decades; former regulators who were asking for assurances of safety; investors who wanted to change the world; the Union of Concerned Scientists, deeply skeptical of nuclear energy at all,” Pontin says. “It was a conversation where we reached no conclusion, but crucially, we agreed to come back and keep working.”

Passion and candor

Solve gave rise to less-formal conversations as well. “There were dinners and fireside chats with philanthropist and technologists where people passionately argued around issues like: How do you wish to be remembered? How do we address inequality? How do people change their minds?” Pontin says.

Thursday afternoon, attendees heard from members of the MIT and Harvard University communities at an event, open to the public, called “Dissolve.”

“We opened the Solve pavilion to Dissolve, where students and faculty who felt that issues of inequality had been inadequately addressed at Solve expressed their views about how best to decrease inequality,” Pontin says. “They were very candid with us about a path forward for thinking about inequality in our society.”

“In a very MIT fashion, having run the experiment, we’ll consider how to refine the next stage,” Pontin adds regarding planning for the next Solve conference. “I think there is a strong desire amongst the participants for more participation next year — to really roll up their sleeves and work on problems.”


Topics: Global, Development, Developing countries, Health, Health care, Sustainability, Climate change, Food, Water, Energy, education, online learning, Internet, Technology and society, Cambridge/Boston/region, Special events and guest speakers

Comments

Solve looks to be a very exciting process/program. Solve I had some good problems to work on. For Solve II, who gets to pick the challenges to be addressed? Since Solve is dealing with large, critical issues, can it also address the 800 pound gorillas in the room:
1) How do we limit the Earth's human population to a maximum of 10 billion people and do it forever?
2) How do we limit the annual fossil fuel consumption per human to a sustainable level?
3) How do we create a global organization that can control 1 and 2?
THAT should make for some very interesting dialog!

All the answers where in place a hundred years ago. The greed of the banking elite dismantled all the sustainable technologies to increase their financial power.

Alcohol is a renwewable biomass fuel that has zero carbon load. Methonal has 115 octaine. This fuel was shut down in the 1920s via prohibition. Farmers used stills to produce fuel for their vehicles and machinery. These where systematically destroyed and a federal government permit is now needed to build and operate a still. The oil industry took over.

In 1915 the banksters created the cement association and shut down the six main magnesium oxide mines while promoting Portland cement. Poertland uses large amounts fuel to cook the calcium while mgo cement sequesters carbon from the air. Also mgo cement has a comprehensive strength of 8,000 psi and it solidifies in 20 minutes. In one hour its strength is 90 percent that of fully cured portland. In Dubai the sky scrapers are made with mgo cement. So was the great wall of China. The reason the banksters prefer Portland is because it requires the use of more fuel.

Next hemp was out lawed in 1937 with the help of Andrew Melon, Hurst, and Melon's nephnephew. This renewable resource was competition to the oil industry. Today we are finding it to be very useful in industry and in medicine. Again, the solution is over 100 years old.

Next, food has been taken out of our back yard and placed in wasteful packages. The happiest and healthiest people on earth live simple lives growing their own food and having tea with their neighbors.

Finally, the biggest problem is the sick money system that the banksters have instituted and protected with force. The three US presidents that were assassinated all closed the central bank and began the printing of US currency. This is the root of nearly all of humanities problems. The yoke of paying these banksters interest on checkbook money provides them with the financial power to maintain their empire of control on a global basis.

We don't need more technology, we need the truth and a big part of the truth us that nature is by far the greatest technology ever developed. Living organisms heal (fix themselves). They evolve to become better adapted to their environment. They reproduce without toxic waste or the need for huge ugly factories. Finally, when they die the become food for other living organisms. Human technology can't do any of these things. About one year ago MIT Technology Review had a cover story about a six leg robot that could walk on uneven ground. This was reported as if it was a big step forward. Six legs! That's not even crawling. Let's be honest and recognize that nature has already done a great job. Living plants are solar panels and they cover huge tracks of land. We can let bacteria and yeast turn them into fuel.

There's more than enough food we just need to feed people rather than livestock. Meat is murder! Plus it causes cancer and heart disease.

All we need to do is back up for a moment, realize our mistakes, oust the banksters and work in harmony with nature.

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