Science & Technology

Technological innovation and the politics of global justice are two fields that interact quite extensively in international diplomatic discourse and public debate. Controversial issues, such as accessing essential medicines, reducing greenhouse gases, conserving biological diversity, providing clean energy, and expanding the adoption of green technologies, require answers at the intersection of technological innovation, international diplomacy, and global justice. Our approach is to start off with the broader understanding that justice is rights-based and then proceed to analyze it using a goal-based framework. This brings into sharp focus the relationships between innovation and human rights.

Our colleague Calestous Juma—who passed away on December 15 at age 64 after a long illness—was a pioneering, prolific, and influential scholar/practitioner in science and technology policy for sustainable well-being. He joined Harvard Kennedy School (HKS) in 1999 as Director of the Science, Technology, and Innovation Project (a joint venture of the Belfer Center for Science and International Affairs and the Center for International Development) and became Professor of the Practice of International Development in 2002, a position in which he maintained his exceptional productivity and engagement with policy, despite illness, up to the time of his death.

As director of the Belfer Center’s Science, Technology, and Globalization Project, Calestous Juma works to better leverage scientific and technological knowledge for poor and vulnerable communities around the world. 

Sandri Gozi, Italian Undersecretary of State for European Affairs, joined the Future of Diplomacy Project on November 1 for a discussion titled “Italy, the EU and the US: A Conversation on Transatlantic Challenges.”

"2016 was a big year for agriculture in Africa with some notable 'wins' across the continent. One of the most important gains was the increased use of emerging technologies beyond the traditional use of mobile phones in agriculture. The range includes precision agriculture, sensors, satellites and drones."

"Unlike the digital revolution that relied on pre-existing technologies, the new bioeconomy will involve more local research, teaching and commercialization. This will require greater involvement of local universities, especially those with an entrepreneurial inclination."

"The goal of the book was to invest in thinking. It doesn't have a list of recommendations but generates options for action that are backed by evidence. We chose to forgo credit by adopting this approach, but it’s been very encouraging to see some key impacts that acknowledge the book."