物理教育的双重束缚述评

IF 3.1 1区 教育学 Q1 EDUCATION & EDUCATIONAL RESEARCH
Angela Johnson
{"title":"物理教育的双重束缚述评","authors":"Angela Johnson","doi":"10.1002/sce.21842","DOIUrl":null,"url":null,"abstract":"<p>I have been in love with physics since the 1980s, for its beauty, its relentless logic, its fundamental ambiguity. Physics takes us outside ourselves and reminds us that our universe is both orderly and inexplicable.</p><p>An understanding of physics has also been fundamental to my economic well-being. The rigorous thinking skills I developed, and the social capital I gain with every casual “oh, I majored in physics,” have garnered me jobs and status.</p><p>My experience majoring in physics at a women's college was not, however, typical for women physics majors, to say nothing of women of color. Women make up around 20% of the students who complete undergraduate physics degrees in the United States; women of color are about 4%; and out of every 100 people completing a physics degree, in an average year one is a Black woman and one is a Latina (National Center for Science and Engineering Statistics, <span>2023</span>). Most women of color complete physics degrees at research-intensive predominantly White institutions, where the most typical experience is that there is not another woman of color in their graduation cohort; perhaps there is one a year or two ahead or behind them, if they are fortunate (Johnson et al., <span>2020</span>).</p><p>This would not necessarily be a problem if these women felt both a strong connection to physics itself and also a strong sense of belonging in their physics department. But this is not the case for most women of color in physics (Herrera et al., <span>2020</span>; Johnson et al., <span>2017</span>; Ko et al., <span>2014</span>; Quichocho, <span>2020</span>; Quichocho et al., <span>2019</span>, <span>2020</span>; Rosa &amp; Mensah, <span>2016</span>; Schipull et al., <span>2019</span>). Maria (Mia) Ong's new book, <i>The Double Bind in Physics Education</i>, lays out why. It is a 25-year dive into the experiences of 10 women of color who completed undergraduate degrees in physics and (mostly) went on to physics-based careers. In it, Ong explores what it means to belong (or not) in physics settings, the culture of those settings, and common experiences her participants have had around being seen as physicists as well as being harassed in physics settings. She also describes common strategies her participants used to persist and help others do so, and ends by laying out what it would take to create a “culture of belonging” in physics.</p><p>Ong has been writing about women of color in physics, engineering, astronomy, and computer science for decades. Her 2005 article, <i>Body projects of young women of color in physics</i> (Ong, <span>2005</span>), broke open a whole new field of study. She has written several metasyntheses, in particular the 2011 <i>Inside the double bind: A synthesis of empirical research on women of color</i> (Ong et al., <span>2011</span>), in which she and her coauthors tracked down virtually every article written on women of color in science, technology, engineering and mathematics (STEM) from 1970 through 2008 to report on trends and lay out an agenda for future research. She was part of the American Physical Society's TEAM-UP Task Force, leading a group of physicists and social scientists to identify common factors among physics departments where Black students thrive (TEAM-UP Task Force, <span>2020</span>). The impact of the TEAM-UP report has been profound. I may be more likely than most to be in settings where something like this would come up, but truly for the last 3 years it seems like someone (possibly me!) brings it up every time I am in a group of two or more physicists and physics-adjacent professionals. In addition to these career highlights, Ong has published a series of articles laying out new, important concepts that further illuminate the particular experiences and persistence strategies of women of color in STEM: visibility/invisibility strategies, career–life balance challenges, seeking out (or creating) counter-spaces where they can experience belonging, using altruism as a way to stay in physics. Her persistent use of sociological methods and concepts has yielded fresh new insights that are different from (and frequently more powerful than) more mainstream analyses of why women of color are so underrepresented in physics.</p><p>Because of this history, I was excited to hear that Ong was writing a book, but I was also a bit perplexed: What could she possibly add, given the contributions she has already made? Reader, I have great news: In <i>The Double Bind in Physics Education</i>, Ong has written a how-to book on how physics departments can go about turning themselves into places “in which everyone is welcome and can belong.”</p><p>Ong's central argument is that “the solution to underrepresentation in physics is not located in ‘diversity efforts’ or the striving of marginalized groups. Instead, it is found in recognizing the enduring whiteness, maleness, and heteronormativity of physics culture and in dismantling those institutional norms and replacing them with a culture of belonging” (p. 18). She argues that while physics styles itself as, in the classic words of Sharon Traweek, the “culture of no culture” (Traweek, <span>1988</span>), in fact physics has cultural norms which may be “opaque and obscured under ideas about scientific objectivity and neutrality,” but that “become highly visible when challenged, questioned, or broken” (p. 23). These norms make it easier for some kinds of students (male, white-passing, affluent, neurotypical, heterosexual, US-born, cis-gender) to feel like they belong in physics, while hindering the belonging of other kinds of students (in the case of her participants, minoritized due to gender, race, immigration status, sexuality, poverty).</p><p>She describes four obstacles that her participants encountered that interfered with their ability to belong: (1) failure for instructors and fellow students to recognize them as legitimate physicists; (2) experiencing identity-based harassment in physics settings; (3) instructors and fellow students demonstrating low expectations of them; and 4) conflicts between the demands of the typical physics career trajectory and demands connected to being low-income women of color.</p><p>To understand what it looks like when a woman of color is not recognized, Ong describes an encounter Irene (a Filipina-American woman) and her lab partner Kyle (a White man) had with a professor. Irene asks the professor a question. “The professor listens intently as Irene poses the question. He nods in understanding and speaks the first sentence of his response while making eye contact with her. Then, suddenly, he breaks eye contact, turns his head away from Irene and looks directly at Kyle, who had been standing silently next to her, and delivers the rest of the explanation. Kyle only nods, acknowledging the reply. When Irene poses another question, the professor again replies briefly to her, and then delivers the rest of his explanation to Kyle” (pp. 41–42).</p><p>In a chapter on identity-based harassment in physics, Ong reporters that “all 10 participants in my study related that they experienced identity-based harassment that was due to their race, ethnicity, learning differences, immigrant status, or gender, or a combination of these identity markers”—a finding that is congruent with other studies of harassment in physics (Aycock et al., <span>2019</span>; Barthelemy et al., <span>2016</span>). She illustrates this with the story of Elena, a Latina phostdoc, who received an invitation from an established scientist in which the man (whom Elena had hoped to cultivate as a mentor) invited Elena to meet with him and told her “I would not mind at all if you dressed up a bit; for example, wore a short skirt or dress for the occasion” (p. 72).</p><p>Observations of another participant, Kendra, help readers understand what low expectations look like in practice. Kendra, a high-performing African American sophomore, was enrolled in the discussion section of a physics teaching assistant whose pedagogical skills were so weak that many students, including Kendra, quit attending his sessions. He later told Ong that Kendra was “bright but lazy,” never even realizing she had started attending not one but two other weekly discussion sessions when she realized she was not getting any help from his. On another occasion, Ong observed Kendra working in a group in which she was the only Black woman. “When Kendra asks a question, her peers provide seemingly eager, overlong explanations in patronizing tones that sharply contrast with the succinct, matter-of-fact interactions they have with one another” (p. 85).</p><p>Finally, to understand how conflicts between physics career trajectory demands and other demands played out in the lives of her participants, Ong told the story of Laura, a Latina PhD student who was helping support her mother, who was uninsured and had crushing medical debt. Laura's goal was to graduate quickly and pursue a well-paying job in industry; to her PhD advisor, this goal was “closing off her future choices” (p. 119); he felt she should take her time in graduate school, working into the night pursuing unpaid or low-paid side projects in addition to her dissertation research, to make a name for herself. Laura did not want to make a name for herself before graduating; she she felt she was “being forced to take my time” when “you can put it in money really fast how much this PhD is costing me and my mother” (pp. 118, 120).</p><p>Ong's participants responded to these obstacles with intelligence, creativity and resilience, using both individual strategies (like passing as white or performing superiority, a strategy I myself have used but that always left a nasty taste in my mouth) and collective strategies (like finding counterspaces outside of their physics departments, where they experienced a sense of belonging that allowed them to persist in physics). However, while praising their resilience, she argues that it should not have been the responsibility of these women to find ways to persist. “Because of their gender and race or ethnicity, each participant received pervasive and persistent signals from peers, faculty, and others that they did not belong in physics. After every instance, they expended precious time and energy processing, strategizing, reconfiguring, and responding to these signals, on top of an already challenging academic load …. The enduring irony, understood by all the women of color in the study, is that these messages about their not-belonging were rooted in social components—cultural norms of maleness, whiteness, middle-class status, and heteronormativity—in a field supposedly known for its extreme objectivity” (p. 188).</p><p>This book will be of interest to anyone who wants to understand the cultural dynamics of a setting (physics) in which a particular sort of person (male, White) is preposterously overrepresented despite a purported cultural value of meritocracy. It will be of great value to physicists seeking to create a culture of belonging within their physics settings, and a rich source of case studies for diversity, equity, and inclusion efforts. Finally, it will be a source of solace and insight to people who are trying to persist in settings where it is difficult to belong–women of color in physics, but also people experiencing isolation, invisibility, low expectations, or identity-based harassment for all kinds of reasons, in all kinds of settings. Ong's message is clear: You are not responsible for not being included; the responsibility lies with the people in power in your institution to hold themselves accountable to create a place where you belong.</p>","PeriodicalId":771,"journal":{"name":"Science & Education","volume":"108 1","pages":"376-379"},"PeriodicalIF":3.1000,"publicationDate":"2023-10-20","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/sce.21842","citationCount":"0","resultStr":"{\"title\":\"Review of the double bind in physics education\",\"authors\":\"Angela Johnson\",\"doi\":\"10.1002/sce.21842\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"<p>I have been in love with physics since the 1980s, for its beauty, its relentless logic, its fundamental ambiguity. Physics takes us outside ourselves and reminds us that our universe is both orderly and inexplicable.</p><p>An understanding of physics has also been fundamental to my economic well-being. The rigorous thinking skills I developed, and the social capital I gain with every casual “oh, I majored in physics,” have garnered me jobs and status.</p><p>My experience majoring in physics at a women's college was not, however, typical for women physics majors, to say nothing of women of color. Women make up around 20% of the students who complete undergraduate physics degrees in the United States; women of color are about 4%; and out of every 100 people completing a physics degree, in an average year one is a Black woman and one is a Latina (National Center for Science and Engineering Statistics, <span>2023</span>). Most women of color complete physics degrees at research-intensive predominantly White institutions, where the most typical experience is that there is not another woman of color in their graduation cohort; perhaps there is one a year or two ahead or behind them, if they are fortunate (Johnson et al., <span>2020</span>).</p><p>This would not necessarily be a problem if these women felt both a strong connection to physics itself and also a strong sense of belonging in their physics department. But this is not the case for most women of color in physics (Herrera et al., <span>2020</span>; Johnson et al., <span>2017</span>; Ko et al., <span>2014</span>; Quichocho, <span>2020</span>; Quichocho et al., <span>2019</span>, <span>2020</span>; Rosa &amp; Mensah, <span>2016</span>; Schipull et al., <span>2019</span>). Maria (Mia) Ong's new book, <i>The Double Bind in Physics Education</i>, lays out why. It is a 25-year dive into the experiences of 10 women of color who completed undergraduate degrees in physics and (mostly) went on to physics-based careers. In it, Ong explores what it means to belong (or not) in physics settings, the culture of those settings, and common experiences her participants have had around being seen as physicists as well as being harassed in physics settings. She also describes common strategies her participants used to persist and help others do so, and ends by laying out what it would take to create a “culture of belonging” in physics.</p><p>Ong has been writing about women of color in physics, engineering, astronomy, and computer science for decades. Her 2005 article, <i>Body projects of young women of color in physics</i> (Ong, <span>2005</span>), broke open a whole new field of study. She has written several metasyntheses, in particular the 2011 <i>Inside the double bind: A synthesis of empirical research on women of color</i> (Ong et al., <span>2011</span>), in which she and her coauthors tracked down virtually every article written on women of color in science, technology, engineering and mathematics (STEM) from 1970 through 2008 to report on trends and lay out an agenda for future research. She was part of the American Physical Society's TEAM-UP Task Force, leading a group of physicists and social scientists to identify common factors among physics departments where Black students thrive (TEAM-UP Task Force, <span>2020</span>). The impact of the TEAM-UP report has been profound. I may be more likely than most to be in settings where something like this would come up, but truly for the last 3 years it seems like someone (possibly me!) brings it up every time I am in a group of two or more physicists and physics-adjacent professionals. In addition to these career highlights, Ong has published a series of articles laying out new, important concepts that further illuminate the particular experiences and persistence strategies of women of color in STEM: visibility/invisibility strategies, career–life balance challenges, seeking out (or creating) counter-spaces where they can experience belonging, using altruism as a way to stay in physics. Her persistent use of sociological methods and concepts has yielded fresh new insights that are different from (and frequently more powerful than) more mainstream analyses of why women of color are so underrepresented in physics.</p><p>Because of this history, I was excited to hear that Ong was writing a book, but I was also a bit perplexed: What could she possibly add, given the contributions she has already made? Reader, I have great news: In <i>The Double Bind in Physics Education</i>, Ong has written a how-to book on how physics departments can go about turning themselves into places “in which everyone is welcome and can belong.”</p><p>Ong's central argument is that “the solution to underrepresentation in physics is not located in ‘diversity efforts’ or the striving of marginalized groups. Instead, it is found in recognizing the enduring whiteness, maleness, and heteronormativity of physics culture and in dismantling those institutional norms and replacing them with a culture of belonging” (p. 18). She argues that while physics styles itself as, in the classic words of Sharon Traweek, the “culture of no culture” (Traweek, <span>1988</span>), in fact physics has cultural norms which may be “opaque and obscured under ideas about scientific objectivity and neutrality,” but that “become highly visible when challenged, questioned, or broken” (p. 23). These norms make it easier for some kinds of students (male, white-passing, affluent, neurotypical, heterosexual, US-born, cis-gender) to feel like they belong in physics, while hindering the belonging of other kinds of students (in the case of her participants, minoritized due to gender, race, immigration status, sexuality, poverty).</p><p>She describes four obstacles that her participants encountered that interfered with their ability to belong: (1) failure for instructors and fellow students to recognize them as legitimate physicists; (2) experiencing identity-based harassment in physics settings; (3) instructors and fellow students demonstrating low expectations of them; and 4) conflicts between the demands of the typical physics career trajectory and demands connected to being low-income women of color.</p><p>To understand what it looks like when a woman of color is not recognized, Ong describes an encounter Irene (a Filipina-American woman) and her lab partner Kyle (a White man) had with a professor. Irene asks the professor a question. “The professor listens intently as Irene poses the question. He nods in understanding and speaks the first sentence of his response while making eye contact with her. Then, suddenly, he breaks eye contact, turns his head away from Irene and looks directly at Kyle, who had been standing silently next to her, and delivers the rest of the explanation. Kyle only nods, acknowledging the reply. When Irene poses another question, the professor again replies briefly to her, and then delivers the rest of his explanation to Kyle” (pp. 41–42).</p><p>In a chapter on identity-based harassment in physics, Ong reporters that “all 10 participants in my study related that they experienced identity-based harassment that was due to their race, ethnicity, learning differences, immigrant status, or gender, or a combination of these identity markers”—a finding that is congruent with other studies of harassment in physics (Aycock et al., <span>2019</span>; Barthelemy et al., <span>2016</span>). She illustrates this with the story of Elena, a Latina phostdoc, who received an invitation from an established scientist in which the man (whom Elena had hoped to cultivate as a mentor) invited Elena to meet with him and told her “I would not mind at all if you dressed up a bit; for example, wore a short skirt or dress for the occasion” (p. 72).</p><p>Observations of another participant, Kendra, help readers understand what low expectations look like in practice. Kendra, a high-performing African American sophomore, was enrolled in the discussion section of a physics teaching assistant whose pedagogical skills were so weak that many students, including Kendra, quit attending his sessions. He later told Ong that Kendra was “bright but lazy,” never even realizing she had started attending not one but two other weekly discussion sessions when she realized she was not getting any help from his. On another occasion, Ong observed Kendra working in a group in which she was the only Black woman. “When Kendra asks a question, her peers provide seemingly eager, overlong explanations in patronizing tones that sharply contrast with the succinct, matter-of-fact interactions they have with one another” (p. 85).</p><p>Finally, to understand how conflicts between physics career trajectory demands and other demands played out in the lives of her participants, Ong told the story of Laura, a Latina PhD student who was helping support her mother, who was uninsured and had crushing medical debt. Laura's goal was to graduate quickly and pursue a well-paying job in industry; to her PhD advisor, this goal was “closing off her future choices” (p. 119); he felt she should take her time in graduate school, working into the night pursuing unpaid or low-paid side projects in addition to her dissertation research, to make a name for herself. Laura did not want to make a name for herself before graduating; she she felt she was “being forced to take my time” when “you can put it in money really fast how much this PhD is costing me and my mother” (pp. 118, 120).</p><p>Ong's participants responded to these obstacles with intelligence, creativity and resilience, using both individual strategies (like passing as white or performing superiority, a strategy I myself have used but that always left a nasty taste in my mouth) and collective strategies (like finding counterspaces outside of their physics departments, where they experienced a sense of belonging that allowed them to persist in physics). However, while praising their resilience, she argues that it should not have been the responsibility of these women to find ways to persist. “Because of their gender and race or ethnicity, each participant received pervasive and persistent signals from peers, faculty, and others that they did not belong in physics. After every instance, they expended precious time and energy processing, strategizing, reconfiguring, and responding to these signals, on top of an already challenging academic load …. The enduring irony, understood by all the women of color in the study, is that these messages about their not-belonging were rooted in social components—cultural norms of maleness, whiteness, middle-class status, and heteronormativity—in a field supposedly known for its extreme objectivity” (p. 188).</p><p>This book will be of interest to anyone who wants to understand the cultural dynamics of a setting (physics) in which a particular sort of person (male, White) is preposterously overrepresented despite a purported cultural value of meritocracy. It will be of great value to physicists seeking to create a culture of belonging within their physics settings, and a rich source of case studies for diversity, equity, and inclusion efforts. Finally, it will be a source of solace and insight to people who are trying to persist in settings where it is difficult to belong–women of color in physics, but also people experiencing isolation, invisibility, low expectations, or identity-based harassment for all kinds of reasons, in all kinds of settings. Ong's message is clear: You are not responsible for not being included; the responsibility lies with the people in power in your institution to hold themselves accountable to create a place where you belong.</p>\",\"PeriodicalId\":771,\"journal\":{\"name\":\"Science & Education\",\"volume\":\"108 1\",\"pages\":\"376-379\"},\"PeriodicalIF\":3.1000,\"publicationDate\":\"2023-10-20\",\"publicationTypes\":\"Journal Article\",\"fieldsOfStudy\":null,\"isOpenAccess\":false,\"openAccessPdf\":\"https://onlinelibrary.wiley.com/doi/epdf/10.1002/sce.21842\",\"citationCount\":\"0\",\"resultStr\":null,\"platform\":\"Semanticscholar\",\"paperid\":null,\"PeriodicalName\":\"Science & Education\",\"FirstCategoryId\":\"95\",\"ListUrlMain\":\"https://onlinelibrary.wiley.com/doi/10.1002/sce.21842\",\"RegionNum\":1,\"RegionCategory\":\"教育学\",\"ArticlePicture\":[],\"TitleCN\":null,\"AbstractTextCN\":null,\"PMCID\":null,\"EPubDate\":\"\",\"PubModel\":\"\",\"JCR\":\"Q1\",\"JCRName\":\"EDUCATION & EDUCATIONAL RESEARCH\",\"Score\":null,\"Total\":0}","platform":"Semanticscholar","paperid":null,"PeriodicalName":"Science & Education","FirstCategoryId":"95","ListUrlMain":"https://onlinelibrary.wiley.com/doi/10.1002/sce.21842","RegionNum":1,"RegionCategory":"教育学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q1","JCRName":"EDUCATION & EDUCATIONAL RESEARCH","Score":null,"Total":0}
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摘要

自20世纪80年代以来,我就爱上了物理学,因为它的美丽,它无情的逻辑,它基本的模糊性。物理学带我们走出自我,提醒我们,我们的宇宙既有序又难以解释。对物理学的理解也对我的经济状况至关重要。我培养的严谨的思考能力,以及每次不经意的“哦,我学的是物理专业”所带来的社会资本,为我赢得了工作和地位。然而,我在女子学院主修物理的经历并不典型,更不用说有色人种的女性了。在美国,完成物理学本科学位的学生中,女性约占20%;有色人种女性约占4%;平均每100名完成物理学学位的学生中,每年有一名黑人女性和一名拉丁裔女性(国家科学与工程统计中心,2023年)。大多数有色人种女性在以白人为主的研究密集型机构完成了物理学学位,在那里,最典型的经历是,她们的毕业队伍中没有其他有色人种女性;如果他们幸运的话,也许在他们之前或之后一年或两年会有一个(Johnson et al., 2020)。如果这些女性既与物理本身有很强的联系,又对自己所在的物理系有很强的归属感,这就不一定是一个问题。但对于大多数从事物理学的有色人种女性来说,情况并非如此(Herrera et al., 2020;Johnson et al., 2017;Ko et al., 2014;Quichocho, 2020;Quichocho等人,2019,2020;Rosa & Mensah, 2016;Schipull et al., 2019)。Maria (Mia) Ong的新书《物理教育中的双重困境》(The Double Bind in Physics Education)阐述了其中的原因。这本书深入研究了10位有色人种女性25年来的经历,她们完成了物理学本科学位,(大部分)从事了与物理相关的职业。在书中,Ong探讨了属于(或不属于)物理环境的意义,这些环境的文化,以及她的参与者在被视为物理学家以及在物理环境中受到骚扰方面的共同经历。她还描述了她的参与者用来坚持并帮助其他人这样做的共同策略,最后列出了如何在物理学中创造一种“归属感文化”。几十年来,她一直在写关于物理、工程、天文学和计算机科学领域的有色人种女性的文章。她2005年的文章《物理学中有色人种年轻女性的身体项目》(Ong, 2005)开辟了一个全新的研究领域。她写了几篇综合论文,尤其是2011年的《双重束缚:有色人种女性实证研究的综合》(Ong等人,2011年),在这篇论文中,她和她的合著者几乎追踪了1970年至2008年期间关于科学、技术、工程和数学(STEM)领域有色人种女性的每一篇文章,报告了趋势,并为未来的研究制定了议程。她是美国物理学会团队工作小组的一员,带领一群物理学家和社会科学家确定黑人学生茁壮成长的物理系之间的共同因素(团队工作小组,2020年)。小组合作报告的影响是深远的。我可能比大多数人更有可能在这样的环境中出现这样的事情,但在过去的3年里,每次我和两个或更多的物理学家和物理学相关的专业人士在一起时,似乎都有人(可能是我!)都会提出这个问题。除了这些职业亮点之外,Ong还发表了一系列文章,提出了新的、重要的概念,进一步阐明了有色人种女性在STEM领域的特殊经历和坚持策略:可见性/不可见性策略、职业与生活平衡的挑战、寻找(或创造)她们可以体验归属感的对抗空间、将利他主义作为留在物理学领域的一种方式。她坚持使用社会学的方法和概念,产生了新的见解,这些见解不同于(而且往往比)更主流的分析,即为什么有色人种女性在物理学中的代表性如此不足。正因为有了这段历史,我很高兴听到王菲在写书,但我也有点困惑:考虑到她已经做出的贡献,她还能补充什么呢?读者们,我有一个好消息:在《物理教育的双重困境》一书中,王写了一本如何将物理系变成“每个人都欢迎和归属”的地方的指南书。王的中心论点是,“解决物理学代表性不足的办法不在于‘多样性努力’或边缘化群体的努力。相反,它是在认识到物理学文化中持久的白人化、男性化和异性化,并在拆除这些制度规范并用归属感文化取而代之的过程中发现的”(第18页)。 自20世纪80年代以来,我就爱上了物理学,因为它的美丽,它无情的逻辑,它基本的模糊性。物理学带我们走出自我,提醒我们,我们的宇宙既有序又难以解释。对物理学的理解也对我的经济状况至关重要。我培养的严谨的思考能力,以及每次不经意的“哦,我学的是物理专业”所带来的社会资本,为我赢得了工作和地位。然而,我在女子学院主修物理的经历并不典型,更不用说有色人种的女性了。在美国,完成物理学本科学位的学生中,女性约占20%;有色人种女性约占4%;平均每100名完成物理学学位的学生中,每年有一名黑人女性和一名拉丁裔女性(国家科学与工程统计中心,2023年)。大多数有色人种女性在以白人为主的研究密集型机构完成了物理学学位,在那里,最典型的经历是,她们的毕业队伍中没有其他有色人种女性;如果他们幸运的话,也许在他们之前或之后一年或两年会有一个(Johnson et al., 2020)。如果这些女性既与物理本身有很强的联系,又对自己所在的物理系有很强的归属感,这就不一定是一个问题。但对于大多数从事物理学的有色人种女性来说,情况并非如此(Herrera et al., 2020;Johnson et al., 2017;Ko et al., 2014;Quichocho, 2020;Quichocho等人,2019,2020;罗莎,曼沙,2016;Schipull et al., 2019)。Maria (Mia) Ong的新书《物理教育中的双重困境》(The Double Bind in Physics Education)阐述了其中的原因。这本书深入研究了10位有色人种女性25年来的经历,她们完成了物理学本科学位,(大部分)从事了与物理相关的职业。在书中,Ong探讨了属于(或不属于)物理环境的意义,这些环境的文化,以及她的参与者在被视为物理学家以及在物理环境中受到骚扰方面的共同经历。她还描述了她的参与者用来坚持并帮助其他人这样做的共同策略,最后列出了如何在物理学中创造一种“归属感文化”。几十年来,她一直在写关于物理、工程、天文学和计算机科学领域的有色人种女性的文章。她2005年的文章《物理学中有色人种年轻女性的身体项目》(Ong, 2005)开辟了一个全新的研究领域。她写了几篇综合论文,尤其是2011年的《双重束缚:有色人种女性实证研究的综合》(Ong等人,2011年),在这篇论文中,她和她的合著者几乎追踪了1970年至2008年期间关于科学、技术、工程和数学(STEM)领域有色人种女性的每一篇文章,报告了趋势,并为未来的研究制定了议程。她是美国物理学会团队工作小组的一员,带领一群物理学家和社会科学家确定黑人学生茁壮成长的物理系之间的共同因素(团队工作小组,2020年)。小组合作报告的影响是深远的。我可能比大多数人更有可能在这样的环境中出现这样的事情,但在过去的3年里,每次我和两个或更多的物理学家和物理学相关的专业人士在一起时,似乎都有人(可能是我!)都会提出这个问题。除了这些职业亮点之外,Ong还发表了一系列文章,提出了新的、重要的概念,进一步阐明了有色人种女性在STEM领域的特殊经历和坚持策略:可见性/不可见性策略、职业与生活平衡的挑战、寻找(或创造)她们可以体验归属感的对抗空间、将利他主义作为留在物理学领域的一种方式。她坚持使用社会学的方法和概念,产生了新的见解,这些见解不同于(而且往往比)更主流的分析,即为什么有色人种女性在物理学中的代表性如此不足。正因为有了这段历史,我很高兴听到王菲在写书,但我也有点困惑:考虑到她已经做出的贡献,她还能补充什么呢?读者们,我有一个好消息:在《物理教育的双重困境》一书中,王写了一本如何将物理系变成“每个人都欢迎和归属”的地方的指南书。王的中心论点是,“解决物理学代表性不足的办法不在于‘多样性努力’或边缘化群体的努力。相反,它是在认识到物理学文化中持久的白人化、男性化和异性化,并在拆除这些制度规范并用归属感文化取而代之的过程中发现的”(第18页)。 由于他们的性别和种族,每个参与者都从同龄人、老师和其他人那里得到了普遍而持久的信号,即他们不属于物理学。在每个实例之后,他们都花费宝贵的时间和精力来处理、制定策略、重新配置和响应这些信号,在本已具有挑战性的学术负载....之上研究中所有有色人种女性都明白,持久的讽刺是,这些关于她们不属于的信息根植于社会成分——男性、白人、中产阶级地位和异性恋的文化规范——在一个被认为以极端客观而闻名的领域。”对于任何想要理解一个背景(物理学)的文化动态的人来说,这本书都会引起他们的兴趣。在这个背景(物理学)中,一种特定的人(男性、白人)被荒谬地夸大了,尽管这种文化价值是精英统治。对于寻求在物理环境中创造归属感文化的物理学家来说,这将是非常有价值的,也是多样性、公平和包容努力的丰富案例研究来源。最后,对于那些试图在难以归属的环境中坚持不懈的人来说,这将是一种安慰和洞察力的源泉——物理领域的有色人种女性,以及在各种环境中经历孤立、隐形、低期望或基于身份的骚扰的人。Ong的意思很明确:你不需要为没有被收录而负责;你所在机构的掌权者有责任为你创造一个属于你的地方。 由于他们的性别和种族,每个参与者都从同龄人、老师和其他人那里得到了普遍而持久的信号,即他们不属于物理学。在每个实例之后,他们都花费宝贵的时间和精力来处理、制定策略、重新配置和响应这些信号,在本已具有挑战性的学术负载....之上研究中所有有色人种女性都明白,持久的讽刺是,这些关于她们不属于的信息根植于社会成分——男性、白人、中产阶级地位和异性恋的文化规范——在一个被认为以极端客观而闻名的领域。”“承认物理学有自己的文化;允许其规范受到质疑和改变”(第189页),通过进行自我研究甚至安排外部审查,然后建立更具包容性的文化实践。“对所有形式的基于身份的骚扰和刻板印象制定问责制”(第192页),包括非正式问责制(部门成员在此时发言)和纠正骚扰的正式程序。“倾听有色人种女性和其他被边缘化学生的声音”(第195页),因为她们的经历将阐明已经存在并起作用的支持(也许应该加强),需要消除的障碍,以及需要修正的文化规范。资助和支持有色人种女性参与基于身份的STEM组织和反击空间。参加奇卡诺人/西班牙裔美国人和美国原住民科学促进会、土著物理学家协会、Out in STEM和全国黑人物理学家协会等组织,对王的参与者的坚持是无价的,他们的校园里基于身份的学术支持团体的支持也是无价的。继续砸钱解决这个问题吧。“在物理空间中为多元文化和完整的自我创造空间”(第197页),通过承认和庆祝物理学中的文化差异,而不是庆祝(空洞的)不分肤色和性别的承诺。拓宽物理学成功的定义。Ong的参与者“从他们的教授那里了解到,从事学术物理研究被认为是在他们的领域获得‘成功’的唯一途径”(第198页)。然而,走这条路意味着她们遇到了“残酷的竞争,她们的智力贡献得不到认可,期望一直工作,意识到这一角色相对于其他选择意味着更少的钱和更大的压力,几乎没有办法解决日常的歧视和骚扰”(第198页)。尽管她的大多数参与者现在都在学术界或工业界担任中层或高级职位,并且都有丰富的个人生活,但他们仍然为自己没有最终在R1大学担任研究职位而感到“懊悔甚至羞耻”。这些校友的学校本应自豪地招收他们,但他们却觉得自己失败了。对于任何想要理解一个背景(物理学)的文化动态的人来说,这本书都会引起他们的兴趣。在这个背景(物理学)中,一种特定的人(男性、白人)被荒谬地夸大了,尽管这种文化价值是精英统治。对于寻求在物理环境中创造归属感文化的物理学家来说,这将是非常有价值的,也是多样性、公平和包容努力的丰富案例研究来源。最后,对于那些试图在难以归属的环境中坚持不懈的人来说,这将是一种安慰和洞察力的源泉——物理领域的有色人种女性,以及在各种环境中经历孤立、隐形、低期望或基于身份的骚扰的人。Ong的意思很明确:你不需要为没有被收录而负责;你所在机构的掌权者有责任为你创造一个属于你的地方。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review of the double bind in physics education

I have been in love with physics since the 1980s, for its beauty, its relentless logic, its fundamental ambiguity. Physics takes us outside ourselves and reminds us that our universe is both orderly and inexplicable.

An understanding of physics has also been fundamental to my economic well-being. The rigorous thinking skills I developed, and the social capital I gain with every casual “oh, I majored in physics,” have garnered me jobs and status.

My experience majoring in physics at a women's college was not, however, typical for women physics majors, to say nothing of women of color. Women make up around 20% of the students who complete undergraduate physics degrees in the United States; women of color are about 4%; and out of every 100 people completing a physics degree, in an average year one is a Black woman and one is a Latina (National Center for Science and Engineering Statistics, 2023). Most women of color complete physics degrees at research-intensive predominantly White institutions, where the most typical experience is that there is not another woman of color in their graduation cohort; perhaps there is one a year or two ahead or behind them, if they are fortunate (Johnson et al., 2020).

This would not necessarily be a problem if these women felt both a strong connection to physics itself and also a strong sense of belonging in their physics department. But this is not the case for most women of color in physics (Herrera et al., 2020; Johnson et al., 2017; Ko et al., 2014; Quichocho, 2020; Quichocho et al., 20192020; Rosa & Mensah, 2016; Schipull et al., 2019). Maria (Mia) Ong's new book, The Double Bind in Physics Education, lays out why. It is a 25-year dive into the experiences of 10 women of color who completed undergraduate degrees in physics and (mostly) went on to physics-based careers. In it, Ong explores what it means to belong (or not) in physics settings, the culture of those settings, and common experiences her participants have had around being seen as physicists as well as being harassed in physics settings. She also describes common strategies her participants used to persist and help others do so, and ends by laying out what it would take to create a “culture of belonging” in physics.

Ong has been writing about women of color in physics, engineering, astronomy, and computer science for decades. Her 2005 article, Body projects of young women of color in physics (Ong, 2005), broke open a whole new field of study. She has written several metasyntheses, in particular the 2011 Inside the double bind: A synthesis of empirical research on women of color (Ong et al., 2011), in which she and her coauthors tracked down virtually every article written on women of color in science, technology, engineering and mathematics (STEM) from 1970 through 2008 to report on trends and lay out an agenda for future research. She was part of the American Physical Society's TEAM-UP Task Force, leading a group of physicists and social scientists to identify common factors among physics departments where Black students thrive (TEAM-UP Task Force, 2020). The impact of the TEAM-UP report has been profound. I may be more likely than most to be in settings where something like this would come up, but truly for the last 3 years it seems like someone (possibly me!) brings it up every time I am in a group of two or more physicists and physics-adjacent professionals. In addition to these career highlights, Ong has published a series of articles laying out new, important concepts that further illuminate the particular experiences and persistence strategies of women of color in STEM: visibility/invisibility strategies, career–life balance challenges, seeking out (or creating) counter-spaces where they can experience belonging, using altruism as a way to stay in physics. Her persistent use of sociological methods and concepts has yielded fresh new insights that are different from (and frequently more powerful than) more mainstream analyses of why women of color are so underrepresented in physics.

Because of this history, I was excited to hear that Ong was writing a book, but I was also a bit perplexed: What could she possibly add, given the contributions she has already made? Reader, I have great news: In The Double Bind in Physics Education, Ong has written a how-to book on how physics departments can go about turning themselves into places “in which everyone is welcome and can belong.”

Ong's central argument is that “the solution to underrepresentation in physics is not located in ‘diversity efforts’ or the striving of marginalized groups. Instead, it is found in recognizing the enduring whiteness, maleness, and heteronormativity of physics culture and in dismantling those institutional norms and replacing them with a culture of belonging” (p. 18). She argues that while physics styles itself as, in the classic words of Sharon Traweek, the “culture of no culture” (Traweek, 1988), in fact physics has cultural norms which may be “opaque and obscured under ideas about scientific objectivity and neutrality,” but that “become highly visible when challenged, questioned, or broken” (p. 23). These norms make it easier for some kinds of students (male, white-passing, affluent, neurotypical, heterosexual, US-born, cis-gender) to feel like they belong in physics, while hindering the belonging of other kinds of students (in the case of her participants, minoritized due to gender, race, immigration status, sexuality, poverty).

She describes four obstacles that her participants encountered that interfered with their ability to belong: (1) failure for instructors and fellow students to recognize them as legitimate physicists; (2) experiencing identity-based harassment in physics settings; (3) instructors and fellow students demonstrating low expectations of them; and 4) conflicts between the demands of the typical physics career trajectory and demands connected to being low-income women of color.

To understand what it looks like when a woman of color is not recognized, Ong describes an encounter Irene (a Filipina-American woman) and her lab partner Kyle (a White man) had with a professor. Irene asks the professor a question. “The professor listens intently as Irene poses the question. He nods in understanding and speaks the first sentence of his response while making eye contact with her. Then, suddenly, he breaks eye contact, turns his head away from Irene and looks directly at Kyle, who had been standing silently next to her, and delivers the rest of the explanation. Kyle only nods, acknowledging the reply. When Irene poses another question, the professor again replies briefly to her, and then delivers the rest of his explanation to Kyle” (pp. 41–42).

In a chapter on identity-based harassment in physics, Ong reporters that “all 10 participants in my study related that they experienced identity-based harassment that was due to their race, ethnicity, learning differences, immigrant status, or gender, or a combination of these identity markers”—a finding that is congruent with other studies of harassment in physics (Aycock et al., 2019; Barthelemy et al., 2016). She illustrates this with the story of Elena, a Latina phostdoc, who received an invitation from an established scientist in which the man (whom Elena had hoped to cultivate as a mentor) invited Elena to meet with him and told her “I would not mind at all if you dressed up a bit; for example, wore a short skirt or dress for the occasion” (p. 72).

Observations of another participant, Kendra, help readers understand what low expectations look like in practice. Kendra, a high-performing African American sophomore, was enrolled in the discussion section of a physics teaching assistant whose pedagogical skills were so weak that many students, including Kendra, quit attending his sessions. He later told Ong that Kendra was “bright but lazy,” never even realizing she had started attending not one but two other weekly discussion sessions when she realized she was not getting any help from his. On another occasion, Ong observed Kendra working in a group in which she was the only Black woman. “When Kendra asks a question, her peers provide seemingly eager, overlong explanations in patronizing tones that sharply contrast with the succinct, matter-of-fact interactions they have with one another” (p. 85).

Finally, to understand how conflicts between physics career trajectory demands and other demands played out in the lives of her participants, Ong told the story of Laura, a Latina PhD student who was helping support her mother, who was uninsured and had crushing medical debt. Laura's goal was to graduate quickly and pursue a well-paying job in industry; to her PhD advisor, this goal was “closing off her future choices” (p. 119); he felt she should take her time in graduate school, working into the night pursuing unpaid or low-paid side projects in addition to her dissertation research, to make a name for herself. Laura did not want to make a name for herself before graduating; she she felt she was “being forced to take my time” when “you can put it in money really fast how much this PhD is costing me and my mother” (pp. 118, 120).

Ong's participants responded to these obstacles with intelligence, creativity and resilience, using both individual strategies (like passing as white or performing superiority, a strategy I myself have used but that always left a nasty taste in my mouth) and collective strategies (like finding counterspaces outside of their physics departments, where they experienced a sense of belonging that allowed them to persist in physics). However, while praising their resilience, she argues that it should not have been the responsibility of these women to find ways to persist. “Because of their gender and race or ethnicity, each participant received pervasive and persistent signals from peers, faculty, and others that they did not belong in physics. After every instance, they expended precious time and energy processing, strategizing, reconfiguring, and responding to these signals, on top of an already challenging academic load …. The enduring irony, understood by all the women of color in the study, is that these messages about their not-belonging were rooted in social components—cultural norms of maleness, whiteness, middle-class status, and heteronormativity—in a field supposedly known for its extreme objectivity” (p. 188).

This book will be of interest to anyone who wants to understand the cultural dynamics of a setting (physics) in which a particular sort of person (male, White) is preposterously overrepresented despite a purported cultural value of meritocracy. It will be of great value to physicists seeking to create a culture of belonging within their physics settings, and a rich source of case studies for diversity, equity, and inclusion efforts. Finally, it will be a source of solace and insight to people who are trying to persist in settings where it is difficult to belong–women of color in physics, but also people experiencing isolation, invisibility, low expectations, or identity-based harassment for all kinds of reasons, in all kinds of settings. Ong's message is clear: You are not responsible for not being included; the responsibility lies with the people in power in your institution to hold themselves accountable to create a place where you belong.

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来源期刊
Science & Education
Science & Education EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
6.60
自引率
14.00%
发文量
0
期刊介绍: Science Education publishes original articles on the latest issues and trends occurring internationally in science curriculum, instruction, learning, policy and preparation of science teachers with the aim to advance our knowledge of science education theory and practice. In addition to original articles, the journal features the following special sections: -Learning : consisting of theoretical and empirical research studies on learning of science. We invite manuscripts that investigate learning and its change and growth from various lenses, including psychological, social, cognitive, sociohistorical, and affective. Studies examining the relationship of learning to teaching, the science knowledge and practices, the learners themselves, and the contexts (social, political, physical, ideological, institutional, epistemological, and cultural) are similarly welcome. -Issues and Trends : consisting primarily of analytical, interpretive, or persuasive essays on current educational, social, or philosophical issues and trends relevant to the teaching of science. This special section particularly seeks to promote informed dialogues about current issues in science education, and carefully reasoned papers representing disparate viewpoints are welcomed. Manuscripts submitted for this section may be in the form of a position paper, a polemical piece, or a creative commentary. -Science Learning in Everyday Life : consisting of analytical, interpretative, or philosophical papers regarding learning science outside of the formal classroom. Papers should investigate experiences in settings such as community, home, the Internet, after school settings, museums, and other opportunities that develop science interest, knowledge or practices across the life span. Attention to issues and factors relating to equity in science learning are especially encouraged.. -Science Teacher Education [...]
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