Science, Technology, and Public Policy

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.

The power of Pan-Africanism as a guiding vision for the continent’s development is widely studied, mostly as an aspirational phenomenon. At worst, Pan-Africanism has often been seen as a poor imitation of American federalism or European integration. Both of these perceptions do not reflect the profound nature of the role that the ideology of Pan-Africanism played in shaping the continent’s economic transformation. 

"Creating innovation universities can be pursued through three practical stages. The first is to formulate a policy framework under which such universities operate. The second state is to translate the policy into specific legislative reforms to support the new university species. The third stage is to experiment by upgrading a few research institutes that have strong foundations and potential to commercialize products and services."

"Nigeria is Africa's largest economy and 26th in the world. Its GDP stands at $510 billion with immense growth potential. A stable and peaceful Nigeria will contribute to Africa's rise and integration into the global economy. On the other hand, an unstable, stagnant and conflict-driven Nigeria will be a threat to regional and global stability."

Influential economic ideas first advanced in 1911 — stressing innovation and entrepreneurialism as the fundamental generators of growth and wealth — were deemed inappropriate for developing countries, stunting progress in many parts of the world throughout the 20th century, says a distinguished Harvard academic.

The role of innovation and entrepreneurship is increasingly getting policy attention in emerging countries. A growing body of literature is deriving its inspiration from the work of Joseph Schumpeter. His seminal 1911 book, The Theory of Economic Development, outlined a general framework for understanding the role of innovation and entrepreneurship in economic transformation. Despite Schumpeter's influence on economic policies in industrialized countries, there has been little application of his work in emerging countries.

Each year, the Science, Technology, and Public Policy (STPP) Program at the Belfer Center for Science and International Affairs at the Harvard Kennedy School welcomes new pre- and post-doctoral fellows and visiting researchers to a select team of scholars exploring the critical role that science and technology play in everyday life.

"The post-election era will require economic construction. Much of this will start with building essential infrastructure needed for growth — especially in transportation, energy and in telecommunications. The World Bank estimates the DRC's infrastructure needs at over US $5 billion a year over the next decade. After all, the country is the size of Western Europe, but has only 2,800 kilometres of all-weather paved roads running through it. This is about the same as Rwanda's networks of roads — even if Rwanda is some 90 times smaller than the DRC. The DRC also has extensive potential navigable waterways that need to be developed. And massive investment in air transportation infrastructure could make the country a hub for the rest of Africa, given the DRC's geographical centrality on the continent."

"Slovenia and Kenya are inventing a form of science and technology diplomacy that is based on commitment to taking on global challenges irrespective of size and level of development. The cooperation points to a new future in which science and technology will increasingly become the bond that ties nations together in new diplomatic arrangements."

"Nearly two decades of propaganda and advocacy based on questionable scientific evidence forced many countries to forego the benefits of a new technology even before its merits had been assessed. In effect, these restrictions have introduced a new class of risks associated with not being able adopt a new technology even where it would confer benefits to farmers, consumers, and industrialists."