Journal of Educational Controversy

OUR YOUTUBE VIDEOS FROM JECWWU CHANNEL -- 47 videos

Monday, December 14, 2015

Physicists Respond to Supreme Court Justices on Affirmative Action

To see the 52 pages of signatures to the letter below, go to:
 
 
Dear Justices of the Supreme Court of the United States,


We are writing to you today as professional physicists and astrophysicists to respond to comments made by Justices in the course of oral arguments of Fisher vs. University of Texas which occurred on Wednesday, December 9, 2015. First, we strongly repudiate the line of questioning from Justice Antonin Scalia based on the discredited Mismatch Theory [1]. Secondly, we are particularly called to address the question from Chief Justice John Roberts about the value of promoting equity and inclusion in our own field, physics.


We share the outrage and dismay already expressed by many other groups and individual scientists over the comments of Justice Scalia, which appear to endorse the claim made in the amicus curiae brief of Heriot and Kirsanow, that affirmative action prevents black people from becoming scientists. We take this opportunity to strongly rebuke this claim and offer a rebuttal.


We object to the use of STEM (science, technology, engineering, and math) fields as a paper tiger in the debate over affirmative action. We as professional scientists are in strong support of affirmative action policies. As we work continuously to educate ourselves about the obstacles facing students of color, we see, now more than ever, a need for action.


We are working very hard to solve the ongoing problem of the lack of underrepresented minorities in the professional community of physicists and astronomers. In spite of the misguided claims of Heriot and Kirsanow, that “gaps in academic credentials are imposing serious educational disadvantages on... minority students, especially in the areas of science and engineering,” science is not an endeavor which should depend on the credentials of the scientist. Rather, a good scientist is one who does good science. We hope to push our community towards equity and inclusion so that the community of scientists more closely matches the makeup of humankind, because the process of scientific discovery is a human endeavor that benefits from removing prejudice against any race, ethnicity, or gender. Indeed, science relies heavily on consensus about acceptable results as well as future research directions, making diversity among scientists a crucial aspect of objective, bias-free science [2, 3]. Affirmative action programs that aim to bring the numbers of minority students to more proportional levels are an important ingredient in our ongoing work. Blaming affirmative action for our community’s lack of progress in this regard is not only wrong, it is plainly ignorant of what we as scientists have determined must be done to reform our pedagogical and social structures to achieve the long-delayed goal of desegregation.


Affirmative action is just one part of a larger set of actions needed to achieve social justice within our STEM and education fields. In their brief, Heriot and Kirsanow claim that affirmative action causes fewer minority students to enter technical fields because their completion rates are low. Unlike Heriot and Kirsanow, we are scientists and science educators who are keenly aware that merely adding students to a pipeline is not enough to correct for the imbalance of power. The experience of a minority student in STEM is often much different from that of a white student in STEM [4]. Minority students attending primarily white institutions commonly face racism, biases, and a lack of mentoring. Meanwhile, white students unfairly benefit psychologically from being overrepresented [5]. We argue that it is the social experience of minority students that is more likely to make them drop out, rather than a lack of ability.


Before Justice’s Scalia’s remarks on black scientists, Justice Roberts asked, “what unique perspective does a minority student bring to physics class?” and “What [are] the benefits of diversity… in that situation?” Before addressing these questions directly, we note that it is important to call attention to questions that weren’t asked by the justices, such as, “What unique perspectives do white students bring to a physics class?” and “What are the benefits of homogeneity in that situation?” We reject the premise that the presence of minority students and the existence of diversity need to be justified, but meanwhile segregation in physics is tacitly accepted as normal or good. Instead, we embrace the assumption that minority physics students are brilliant [6] and ask, “Why does physics education routinely fail brilliant minority students?”


This is what we see when we look at a minority student in a majority-white physics class: determination and an ability to overcome obstacles and work hard in stressful environments. We see this because we know that many students from minority backgrounds are subjected to social and political stress from institutionalized racism (past and present), a history of economic oppression, and societal abuse from both micro-aggressions and subtle racism. We believe that it is these qualities that make minority students able to succeed as physics researchers.


The implication that physics or “hard sciences” are somehow divorced from the social realities of racism in our society is completely fallacious. The exclusion of people from physics solely on the basis of the color of their skin is an outrageous outcome that ought to be a top priority for rectification. The rhetorical pretense that including everyone in physics class is somehow irrelevant to the practice of physics ignores the fact that we have learned and discovered all the amazing facts about the universe through working together in a community. The benefits of inclusivity and equity are the same for physics as they are for every other aspect of our world.


The purpose of seeking out talented and otherwise overlooked minority students to fill physics classrooms is to offset the institutionalized imbalance of power and preference that has traditionally gone and continues to go towards white students. Minority students in a classroom are not there to be at the service of enhancing the experience of white students.


We ask that you take these considerations seriously in your deliberations and join us physicists and astrophysicists in the work of achieving full integration and removing the pernicious vestiges of racism and white supremacy from our world.


References


[1] Harris, Cheryl I., and William C. Kidder. "The Black student mismatch myth in legal education: The systemic flaws in Richard Sander's affirmative action study." Journal of Blacks in Higher Education (2004): 102-105.


[2] Bug, Amy. “Has Feminism Changed Physics?” Signs: Gender and Science: New Issues 28.3 (2003): 881-899.


[3] Whitten, Barbara.”(Baby) Steps Towards Feminist Physics.” Journal of Women and Minorities in Science and Engineering 18.2 (2012): 115-134.


[4] McGee, Ebony O., and Danny B. Martin. "“You Would Not Believe What I Have to Go Through to Prove My Intellectual Value!” Stereotype Management Among Academically Successful Black Mathematics and Engineering Students." American Educational Research Journal 48.6 (2011): 1347-1389.


[5] Bandura, Albert. "Perceived self-efficacy in cognitive development and functioning." Educational psychologist 28.2 (1993): 117-148.


[6] Leonard, Jacquelyn, and Martin, Danny B. (Eds.). The Brilliance of Black Children in Mathematics: Beyond the Numbers and Toward New Discourse. Charlotte, NC: Information Age Publishers. (2013)
 

https://docs.google.com/document/d/1OzQiHgplpHpqltEMXHxhwwr-hZqDAUH2zyTv2R4hksw/edit?pli=1

1 comment:

Prema said...




I have read your blog its very attractive and impressive. I like it your blog.

Stem Learning