To the New York Times, being a rocket scientist doesn’t rate you as a person if you are a female. Esteemed rocket scientist Yvonne Brill died last year and her obituary certainly did no justice to her. But that did catch the eye of many observers:
Laura Ashburn – editor-in-chief Daily Download
Brill was instrumental in the development of propulsion systems for satellites, but the opening line of her obituary emphasized her cooking skills rather than her stunning scientific achievements. (http://www.rawstory.com/rs/2013/04/01/laura-ashburn-destroys-sexist-new-york-times-obituary-of-female-rocket-scientist/)
From Laura Ortberg Turner, Christianity Today
She made a mean beef stroganoff, followed her husband from job to job and took eight years off from work to raise three children. “The world’s best mom,” her son Matthew said. Thus began the obituary heard ’round the world, written for Yvonne Brill, a rocket scientist, wife, and mother memorialized in the New York Times last weekend. It didn’t take long before the Times changed its first sentence to reference Brill’s work as a rocket scientist (“She was a brilliant rocket scientist who followed her husband…”), but that hardly satisfied the outraged masses, who called her gendered portrayal “disgraceful” and “inappropriate.” (http://www.christianitytoday.com/women/2013/april/beef-stroganoff-isnt-rocket-science.html)
From Alaia Howell, The Daily Beast
Last week, The New York Times published an obituary on influential rocket scientist Yvonne Brill, which sparked controversy and a whirlwind of Twitter backlash for highlighting Brill’s role as a wife and homemaker in the lede, as opposed to her groundbreaking advancements in satellite technology. Douglas Martin, the Times staff writer who wrote the column, said he “wouldn’t do anything differently” and explained that he was simply trying to put Brill into the context of her time.
(http://www.thedailybeast.com/witw/articles/2013/04/03/on-rocket-science-and-stroganoff.html)
Of course this was not the first time, persons of importance have felt that women don’t deserve a place in the science and math fields.
During nearly four years as president of Harvard University, Lawrence H. Summers has earned a reputation for blunt, sometimes brutal comments. After upsetting African Americans early in his tenure, he has provoked a new storm of controversy by suggesting that the shortage of elite female scientists may stem in part from “innate” differences between men and women. Some women who attended the meeting said they felt that Summers was implicitly endorsing the notion that there are genetic differences that inhibit girls from excelling in math and science.
(http://www.washingtonpost.com/wp-dyn/articles/A19181-2005Jan18.html)
We’ve come a long way since the days when 19th century mathematician Sophie Germain’s parents confiscated her candles to keep her from studying mathematics because it was considered “unsuitable” for a woman. But the long-standing debate over gender differences in mathematics is alive and well, and continues to be a lively topic within psychology. Most experts agree that if gender differences do exist, they are small and likely to affect specific areas of math skill at the highest end of the spectrum — and there’s no indication that women cannot succeed in mathematically demanding fields. Still, women continue to be underrepresented in math, science and engineering-related careers, and there’s evidence that girls can lose ground in math under certain circumstances.
One factor inhibiting girls is self-confidence, says University of Wisconsin psychologist Janet Hyde, PhD. “Even when girls are getting better grades, boys are more confident in math. It’s important to understand what might be sapping girls’ confidence.” And that lack of self-assurance likely stems from culture, research suggests. After reviewing decades of research on gender differences, Cornell University psychologists Steven Ceci, PhD, and Wendy Williams, PhD, conclude that while there’s probably some genetic basis for small differences between the sexes in math and spatial ability, culture plays by far the bigger role in men and boys’ higher interest and achievement. Research by Hyde supports that idea. In a January article in Psychological Bulletin (Vol. 136, No. 1), she and her colleagues found that the more gender equity a country had — measured by school enrollment, women’s share of research jobs and women’s parliamentary representation — the smaller its math gender gap.
“When girls see opportunities for themselves in science, technology, engineering and math, they’re more likely to take higher math in high school and more likely to pursue those careers,” says Hyde. In fact, women in the United States now earn 48 percent of bachelor’s degrees in mathematics and 30 percent of the doctorates, says Hyde. “If they can’t do math, how are they doing this? They can do math just fine.”
(https://www.apa.org/monitor/2010/07-08/gender-gap.aspx)
In this country, women now earn close to 60 percent of bachelor’s degrees overall, but only 20 percent of the degrees in computer science, 20 percent of those in physics and 18 percent of those in engineering. Women constitute half the nation’s work force but just a quarter of its scientific corps, and women with science degrees are less likely than their male counterparts to work in a scientific occupation. Instead, many end up in health care or education. People may say they consider women the equals of men, but as Jo Handelsman and her colleagues at Yale University reported last year, simply substituting the name Jennifer for John lowered both men’s and women’s estimation of an aspiring scientist’s résumé.
(http://www.nytimes.com/2013/09/03/science/mystery-of-the-missing-women-in-science.html?pagewanted=2)
Natalie Angier wrote in September about the paradox of why girls who were equally competent and confident as boys in science and mathematics still chose not to enter the STEM fields — science, technology, engineering and math. The statistics are baffling. For example, women earned 37 percent of computer science degrees in 1985, yet only 18 percent in 2010. And only one-fifth of physics Ph.D.’s in this country are awarded to women. (http://learning.blogs.nytimes.com/2013/11/22/why-arent-more-girls-choosing-to-pursue-careers-in-math-and-science/?_php=true&_type=blogs&_r=0)
So I went out to search for the top women who are in the media and are mathematicians and scientists and to disprove the male myth of superior in the math and sciences.
Amy Mainzer, PhD: Astrophysics
Amy Mainzer earned her PhD in Astronomy from UCLA. She is the Deputy Project Scientist for the Wide-field Infrared Survey Explorer. She is also the Principal Investigator for the NEOWISE project to study minor planets and the proposed Near Earth Object Camera space telescope mission. She has appeared several times in the History Channel series, The Universe. Her research interests include asteroids, brown dwarfs, planetary atmospheres, debris disks, star formation and the design and construction of new ground and space-based instrumentation.
Fun Fact: The asteroid (234750) Amymainzer was named after her.
Aditi Shankardass, PhD: Neuroscience
Aditi Shankardass earned her doctoral (MD) degree from University College London and she attended the University of Sheffield for her PhD in Neuroscience. She performs pioneering clinical work using electroencephalogram (EEG) recordings of the brain to help diagnose developmental disorders in children. Her previous work using EEG recordings of the brain to help identify the underlying neurological cause of dyslexia, was the subject of her award-winning presentation at the 2001 United Kingdom Parliament’s Annual Reception for Britain’s Top Young Scientists, Engineers and Technologists. Shankardass serves as a board member of the Global Neuroscience Initiative Foundation, an organization devoted to raising global awareness of neurological and psychiatric disorders. She has been a consultant for the BBC Science Line in the UK, providing expertise for radio and TV documentaries.
Franziska Michor, PhD: Evolutionary Biology
Franziska Michor received her PhD from Harvard’s Department of Organismic and Evolutionary Biology in 2005. Afterwards, she was a Junior Fellow in the Harvard Society of Fellows and worked at the Dana-Farber Cancer Institute in Boston. From 2007 to 2010, she was assistant professor at the Memorial Sloan-Kettering Cancer Center in New York City. In 2010, she moved to the Dana-Farber Cancer Institute and Harvard School of Public Health. Her lab investigates the evolutionary dynamics of cancer.
Fun Fact: Both Franziska and her sister Johanna, who has a PhD in Mathematics, are licensed to drive 18-wheelers in Austria.
Clio Cresswell, PhD: Mathematics
Clio Cresswell received her PhD in Mathematics from The University of New South Wales, Australia. In 2004, she published the best-selling book, Mathematics and Sex. The book focuses on how math can help unlock the secrets of love, exploring such topics as dating services, dating as game theory, the mathematical logic of affairs, and the numbers behind orgasms.
Quote: “My most famous theory is the 12 bonk rule. You have 12 partners and then you pick the next best after that. The next best could be number 16, 50, 110—it’s up to you to decide. I’ve had way more than 12 partners. That’s shown me that I have probably met someone in my past that I could actually be very happy with, but I’ve just got a commitment issue” ~ Cresswill talking to ABC.net
Olivia Judson, PhD: Evolutionary Biology
Olivia Judson received her PhD in biological sciences from Oxford University. Her first book, Dr. Tatiana’s Sex Advice to All Creation (2002), grew out of an article she penned for The Economist titled, “Sex Is War!”. The book is written in the style of a sex-advice column for animals. It details a variety of sexual practices in the natural world and provides an overview of the evolutionary biology of sex. The book was an international best-seller and was nominated for the Samuel Johnson Prize for Non-Fiction. Her second book, Dinosaur Eggs for Breakfast, came out in 2009.
Quote: “True monogamy is rare. So rare that it is one of the most deviant behaviors in biology.”
Rhonda Freeman, PhD: Neuropsychology
Rhonda Freeman earned her PhD in psychology, specializing in neuropsychology, from Drexel University. She trained within the neuropsychology track, evaluating the cognitive and emotional status of patients diagnosed with psychiatric conditions. She has provided neuropsychological services to individuals with moderate to severe brain trauma, stroke, acute stress disorder, and various other neurological and medical conditions. Since 2001, Freeman has worked for the largest neurology practice in South Florida- Sunrise Medical Group Neurology. You can follow her on Twitter, @DrRFreeman, or via her website, RhondaFreemanPhD.com .
Fun Fact: She was a cheerleader for the Philadelphia Eagles between 1995-1999, and she cheered for the Miami Dolphins between 2006-2007.
Jennifer McCarty, PhD: Materials Science and Engineering
Jennifer Hooper McCarty earned her PhD in Materials Science and Engineering at Johns Hopkins University. After finishing her PhD, she worked as a researcher in the Materials Department at Oxford University, and carried out historical analysis on 19th-20th century wrought iron and steel structures, including archival and documentary research and discussions with local blacksmiths, historians and shipbuilding experts. Based on her studies of material recovered from the Titanic, she co-authored, What Really Sank the Titanic: New Forensic Discoveries. She currently works at Oregon Health & Science University.
Talmesha Richards, PhD: Molecular Medicine
Talmesha Richards was offered a full academic scholarship from both Princeton and Johns Hopkins. She eventually received her PhD in Cellular and Molecular Medicine at Johns Hopkins School of Medicine, where her research focused on breast cancer.
Fun Fact: She was a cheerleader for the Baltimore Ravens and is currently the captain of the squad for the Washington Redskins.
Kirsten “Kiki” Sanford, PhD: Neurophysiology
Kristen “Kiki” Sanford earned a PhD in Molecular, Cellular and Integrative Physiology from UC Davis. She was a research scientist in neurophysiology at the UC Davis, specializing in learning and memory. She left bench science to present science through a variety of media outlets. In 2005, she was awarded the American Association for the Advancement of Science Mass Media Science & Engineering Fellowship in recognition of her work with her radio show, This Week in Science. Through this fellowship she worked as a producer at WNBC News.
Fun Fact: She holds a black belt in taekwondo. Also, one of her dreams is to have a cameo on, The Big Bang Theory.
(http://cltampa.com/dailyloaf/archives/2012/07/26/top-10-sexiest-female-scientists#.Uu-w5vY4TVx)
Now that we have met more than enough brilliant women who are science or math geniuses, let’s return to the paper of record, The New York Times.
Lara Bell at Jezebel applauded the change and took issue with Douglas Martin’s word choice stating:
It’s easy for Martin to say he was simply highlighting the difference between culturally assumed women’s roles and the life of a rocket scientist — but it’s no longer an “interesting” choice. It’s tired, it’s predictable, and it’s regressive. Are we still supposed to be shocked that a mother, wife, and maker of a mean beef stroganoff could also be a rocket scientist? As long as we keep perpetuating these “would you believe!?” assumptions about women, we’ll be repeating this same shit into the next century.
Meanwhile, back at the Times, public editor Margaret Sullivan agreed that Martin had taken the wrong tack:
The emphasis on her domesticity — and, more important, the obituary’s overall framing as a story about gender — had the effect of undervaluing what really landed Mrs. Brill on the Times obituaries page: her groundbreaking scientific work.
Amy Davidson of The New Yorker addressed the outrage over Martin’s original “beef Stroganoff” reference:
Some defenders of the beef Stroganoff lead have said that one ought not to be silent about the demands placed on women in that era to fill certain roles. And one shouldn’t. But that doesn’t mean simply repeating the stories they needed to tell to succeed in a workplace that would otherwise have wasted their talents. “ ‘You just have to be cheerful about it and not get upset when you get insulted,’ she once said,” the Times tells us. But now, from the distance of years, can’t we be a little insulted on her behalf? She might not have let on that she was insulted—but it is clear that, at every stage, she pushed back. (Leaned in, one might say.) Perhaps, in that sense, we could admire some of the optical illusions she herself engineered, rather than just setting them to music.
(http://www.thedailybeast.com/witw/articles/2013/04/03/on-rocket-science-and-stroganoff.html)
When we all celebrated the turning of 1999 to 2000, I thought we were in a new millennium. The clock may have gone forward, but for The New York Times, we are still in the last millennium or maybe it’s just The Twilight Zone.