Prof. Dr. Meg Urry
Yale Center for Astronomy & Astrophysics, Yale University, New Haven, CT, USA
"Black Holes, Astrophysics and How to Get to Equity in STEM"
Abstract:
From my first research experience 40 years ago to observing with the latest space telescopes, I have charted the growth of super-massive black holes over the past ~10 billion years of cosmic history. Just one of these objects can outshine the hundreds of billions of stars in its host galaxy; collectively, black hole growth may have a profound impact on how galaxies evolve. Astrophysics has made incredible advances over the past 40 years. Far less impressive is the slow pace at which Science, Technology, Engineering and Math (STEM) fields engage talented students who fall outside the dominant white+male group. Across the world, the fraction of scientists who are women varies widely, across disciplines and across time, suggesting factors other than ability or interest are at play. The preferential exclusion of “outsider” groups (defined by race or ethnicity, gender identity or expression, religion, or any other characteristics unrelated to excellence) means that we are leaving talent on the table and that the scientific enterprise is not what it could be. We are also under-serving our students, who are generally more diverse than faculty. Extensive research has pointed out some key reasons the academy falls short of fairness, including implicit bias, insufficient mentoring, shifting criteria for evaluation, lack of role models and sexual harassment. Strategies for reducing implicit bias and for preventing sexual harassment can help us move toward parity and avoid letting another generation of STEM talent vanish like matter into a black hole. We need their energy and new perspectives to lead to innovation and transformative science.