Science & Technology

Over the last several decades, the U.S.’s domestic semiconductor manufacturing capacity has declined. The CHIPS Act aims to reverse this trend by investing over $50 billion in direct funding and loan subsidies to expand semiconductor research and development and manufacturing in the U.S. This primer focuses on the workforce challenges that will be spurred by this microelectronics industry expansion and proposes how community colleges can play a critical role in addressing these challenges. 

Harvard Kennedy School’s Belfer Center for Science and International Affairs has named the Honorable Shirley Ann Jackson a non-resident Senior Fellow. Dr. Jackson, a theoretical physicist and President of Rensselaer Polytechnic Institute, has held senior leadership positions in academia, government, industry, and research. At the Belfer Center, Jackson will engage with students, faculty, and fellows at the nexus of science, public policy, and leadership.

“Shirley exemplifies the ideal of advancing science and technology for the public good,” said Belfer Center Director Ash Carter. “All of us at the Center are honored to welcome such a distinguished leader and scientist. The National Science Board was right to call her a ‘national treasure’ and we look forward to her engagement with our community.”

The geopolitical and geo-economic forces wrought by the coronavirus pandemic, as examined previously in this series, are likely to slow the transition to a more sustainable global energy mix. Fortunately, the pandemic has also resulted in governments gaining vastly greater influence over whether this shift stalls or accelerates.

For most people, there was nothing to celebrate when the International Monetary Fund downgraded its outlook for global economic growth in June, anticipating a contraction of 4.9% for 2020. Yet for others, such as the small but persistent group of economists and others known as the “degrowth movement,” the Covid-induced economic slowdown has a silver lining.

The search for silver linings to the coronavirus pandemic has come up woefully short. But one hopeful — and much talked of — prospect is that the disruption will accelerate the global shift to a more sustainable energy future.

The world is on the cusp of a geopolitical reset. The global pandemic could well undermine international institutions, reinforce nationalism and spur de-globalization. But far-sighted leadership could also rekindle cooperation, glimmers of which appeared in the G-20’s offer of debt relief for some of the world’s poorest countries, a joint plea from more than 200 former national leaders for a more coordinated pandemic response and an unprecedented multinational pact to arrest the crash in oil markets.  

Henry Kissinger warns that many existing domestic and international institutions that have helped govern the past decades will not survive the Covid-19 crisis. He is surely correct.

Growing concern around climate change has ignited recent interest in carbon capture, utilization, and storage (CCUS) technologies and generated a series of studies on its global market potential.

After many years of productive service, industrial plants reach the end of their useful life and must be dismantled. This complex and costly process, know as decommissioning (commissioning refers to the beginning of a plant useful life), is a confluence of economic, environmental, physical, and regulatory challenges.

As part of a high profile tour of China in February, Saudi Arabia’s Crown Prince Mohammed Bin Salman (MBS) has overseen a range of multi-billion dollar pledges and MOUs with Beijing. This partly reflects Riyadh’s desire to diversify sources for investments and technology following the mass withdrawal of major Western business leaders from the Future Investment Initiative in October 2018, after the murder of Saudi Journalist Jamal Khashoggi in the Saudi Embassy in Istanbul. Yet cooperation with China on renewable energy, if successful, would realize a significant first step towards Saudi Arabia’s lofty ambitions for solar and wind power.