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I can tell you from my experience that I actually had an easier time in the 'harder' science classes because I was surrounded by people who thought the way I did. Taking 'baby' science was a waste of time, and logic itself was not handled in the same way by the teachers. I only made that mistake once. 

Believe me, if you love science, you'll have a better experience with the more demanding class. Plus, there's always that feeling of pride at having challenged yourself!

Danica McKellar   (known for her role as 'Winnie' on "The Wonder Years"; in 1998 she graduated summa cum laude with a degree in math from UCLA)  [quote from math advice column on her site]


 
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"I see my daughter, who is thirteen, going through this period of self-doubt: she started out sort of equal in all areas, and now she starts to say, 'Oh, I can't do math.' You have to go very actively against that mindset and say, 'There's no reason to say that - you can do anything.'"

Paula Szkody, PhD, Astronomy

[from interview by Douglas Eby for book: Notable Women in the Physical Sciences - A Biographical Dictionary]

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Biologist Candace Pert : "I've come to believe that science, at its very core, is a spiritual endeavor.
Some of my best insights have come to me through what I can only call a mystical process.
It's like having God whisper in your ear. It's this inner voice that scientists must come to trust."
 

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***********************Camilla Persson Benbow

Where are they now? Twenty years later researchers report on career, life choices of students
from 1980 study on gender differences in math ability

NASHVILLE, Tenn. - Twenty years after finding that gifted boys are better at math reasoning than gifted girls,
a follow-up study of these same gifted and talented students - now in their 30s - indicates these earlier differences
continue to influence their education and career choices.

The follow-up study, published in the November 2000 issue of Psychological Science, a journal of the American
Psychological Society, shows that the women -- first tested as 12- to 14-year-olds - chose careers in which they could work with people and were less engaged in the physical sciences and engineering than their male counterparts, according to Camilla Benbow, lead author of the study and dean of Vanderbilt University's Peabody College of education and human development....

"These findings have implications for higher education and expectations for equal representation of men and women across careers. If we afford these students a variety of academic opportunities, are supportive and do encourage them to explore the things they do well, irrespective of sex, our data suggests that gifted males and females will make different choices. They will achieve at the same level but in different areas. If these patterns continue, it may be unrealistic, for example, to expect to have a 50-50 ratio of men and women in engineering programs at universities. Maybe there might always be more men who are computer scientists than women."  [from summary of study]

Camilla Persson Benbow is an editor of the book: Intellectual talent: Psychometric and social issues 

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"I enthusiastically embrace the fabulous new discoveries of astrophysics,
but I do not want to stop there. I want these discoveries to swim in our imaginations,
to open our hearts to new ways of thinking and feeling about life, about men and women,
about catastrophes and rituals. I want us all to hear how the music of the spheres resonates
with the music of our hearts."

Dr. Fiorella Terenzi - quoted from her site -
author of Heavenly Knowledge: An Astrophysicist Seeks Wisdom in the Stars

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I always loved to build things and experiment, and I didn't care about what others thought about my activities, which were considered unacceptable for a girl at that time (I grew up in the 60's, before the women's movement).

I took the hardest math and science courses in high school... For women, the most important things are: have faith in yourself, and be persistent.

If I had listened to the teachers and classmates who made fun of my non-traditional interests, I would never had been able to pursue my dreams and goals of being a part of the great tradition of scientific knowledge and discovery.

Bonnie Buratti (a Principal Investigator at NASA/Jet Propulsion Laboratory)
 

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As a little girl, I had family surrounding me who enjoyed reading and who really encouraged the inquisitiveness that I think is natural with kids. 

Most young creatures -- not just human beings but youngsters of all sorts -- are curious. And scientists maintain that curiosity.

 Oceanographer Sylvia Earle  [mercurycenter.com interview]


 
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"Walking a Tightrope: The Feminist Life of a Drosophila Biologist" by Marta Wayne  / Abstract:

Despite widely reported success in increases of the number of women enrolling in graduate school, the androcentric focus of science remains present in biology at every level: from what questions are asked, to what answers may be considered, to who may ask/answer the questions. This is an increasing problem for me both personally, as a woman who is a scientist and a feminist; and politically, because of the ever-increasing presence of science (particularly my field, evolutionarygenetics) in people's lives.

The continuity between the ways that assumptions of the male as norm occlude my field from the interpretation of data to thetrainingof women scientists is discussed. The growing scholarship in feminist sciencestudies offers the hope of a better science and a better climate for feministscientists, but communication between women's studies and life sciences professionals is as yet at an early stage.

from NWSA Journal's Special Issue, "The Science and Politics of the Search for Sex Differences"- to be out by November 2000

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[What advice would you offer women considering a career in archaeology?]

"I would advise women to ignore anyone who attempts to discourage them, not to listen to anyone who tells them they might be unsuited to a career in archaeology. Archaeology is a great field for women. Women, often very persistent and hard-working, tend to do well in long-term research. Women, often not integrated into traditional power structures, may be more independent than men in academe. Women also tend to do well in interactions with local, rural people, who may be more suspicious of foreign men. I've not even had much problem with government bureaucracies. People are pretty nice, in general. Those who have a problem with women for some reason are few and far between."

Anna C. Roosevelt - Curator of Archaeology at The Field Museum; Professor of Anthropology at the University of Illinois at Chicago, etc. [from Society For California Archaeology interview]
 

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Women Perform Better In Math When Tested Without Men, Study Says -

Women perform as much as 12 percent better on math problems when tested in a setting without men, according to a study of Brown University undergraduates led by a graduate student of psychology. Specifically, women tested in single-sex groups scored a 70-percent accuracy rate on math exams; women tested in groups in which they were outnumbered by men scored a 58-percent accuracy rate, said lead author Michael Inzlicht, whose study appeared in the September issue of the American Psychological Society's journal, Psychological Science. [ScienceDaily report 9/13/2000]

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"Hello, Kismet," said Cynthia Breazeal in a singsong voice. Leaning closer to the object
of her attention, she asked, "Are you going to talk to me?" The exchange could be familiar
to any parent, but Kismet is not a child. It's a robotic head that can interact with humans
in a human-like way via myriad facial expressions, head positions, and tones of voice.

"The goal is to build a socially intelligent machine that learns things as we learn them, through
social interactions," said Dr. Breazeal, a postdoctoral associate at MIT's Artificial Intelligence Laboratory
and leader of the Kismet team. ...

"I think people are often afraid that technology is making us less human. Kismet is a counterpoint
to that -- it really celebrates our humanity. This is a robot that thrives on social interactions."

      from MIT press release: "MIT team building social robot" - Feb.14.2001

**related book:   Robin R. Murphy  An Introduction to AI Robotics
[Amazon.com review:]    "Robin Murphy is extremely effective at combining theoretical
and practical rigor with a light narrative touch. In the overview, for example, she touches upon
anthropomorphic robots from classic films and science fiction stories before delving into the nuts
and bolts of organizing intelligence in robots."

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When I was a child, I dreamed about space - I admired pilots, astronauts, and I've admired explorers of all kinds. It was only a dream that I would someday be one of them. It is my hope that all children, boys and girls, will see this mission and be inspired to reach for their dreams, because dreams do come true!

Eileen Collins  [in speech about being named Space Shuttle commander]

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One of the appealing things about her character in "Contact" was the intense involvement of astronomer Dr. Ellie Arroway with her work, says Jodie Foster: "The foremost thing about Ellie's character, that's true in the book, in the screenplay, and definitely on screen, is that she is completely and totally passionate. And that's something that I was dying to play: somebody that is very involved and very focused on an intellectual process, and that that process allows her to fly in ways that feels very loving and emotional.

"And feels very human. I think too often, intellectual processes are portrayed as some kind of dry, scientific thing that doesn't have a connection to the soul. And when you're obsessed by something, when something fascinates you, it's wondrous. And in fact, if anything, I think she's a zealot, so it's actually kind of a movie about a zealot who learns to have tolerance for other people's zeal."

  from interview with Jodie Foster on making her film Contact*

*******Contact [Audio Cassette] by Carl Sagan, Jodie Foster (Reader)

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"Equality in the workplace and equal access to leadership positions for women are issues that have stirred considerable debate among scientists during the past several decades. Despite affirmative action, several well-publicized cases of discrimination, and organized efforts to raise awareness, women still lag behind their male colleagues.

An increasing number of young women aspire to careers in research science and pursue and complete graduate training. However, only a few emerge as strong contributors, and still fewer rise to leadership positions. Even in the biologic sciences, which are chosen by more women than the physical sciences, mathematics, or engineering, only a fraction of the women who earn their degrees or finish postdoctoral training find independent positions in academia, government, or industry and advance further.

Indeed, Wasserman, who holds a doctoral degree in organic chemistry from Harvard but went on to obtain a law degree from Yale, is herself an example of the many women who complete scientific training but find success in other careers. Wasserman examines these complex issues through the experiences of women who have been elected to the National Academy of Sciences.

These 86 women, who constitute about 5 percent of the membership of the Academy, are the elite women of American science; their accomplishments clearly identify them as having succeeded in a traditionally male-centered environment. ... Each woman's experience is refreshingly different. However, some important parallels can be found among most of the stories.

Talent, intelligence, flexibility, and incredible perseverance are traits that shine through in every instance. Most of the women profiled in the book received critical encouragement, often from a family member who made it clear that it was not only acceptable but also highly desirable to ignore convention and find security through a career."

from The New England Journal of Medicine review of book:
Elga Wasserman The Door in the Dream : Conversations With Eminent Women in Science



 
 
**articles:
 

Hedy Lamarr: Inventor   two articles on her little-known contributions to military communications

Scientist at Work  "Ellen Langer's specialty may seem a little odd for a psychologist: she studies mindlessness." [NY Times]

What Is Genius Made Of? by Susan Adams  "When physicist Michio Kaku hits a wall in his research on string theory, he straps on a pair of ice skates and heads out onto a New York City rink. The cocreator of string theory twirls around and around and around. "Once I'm on the ice, it's just me and Isaac Newton," says Kaku, a professor at the City University of New York. Filmmaker Michael Apted borrows Kaku's quirky comment for the title of his charming, poetic new film on how scientists create. Me & Isaac Newton... is not your ordinary sober-minded appreciation of eggheads at work. It's a surprisingly moving film that limns the whimsical, often playful process that produces life-changing scientific discoveries."

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**sites:
 

4,000 Years of Women in Science

American Association of University Women

The Caltech Women's Center

Center for Women and Information Technology

"Unquestionably, we must encourage more women and girls to study computer science and become the high-tech professionals for which there's so strong a demand. Equally important, however, is the quality of women's experience as users of IT. The headlines report that women are flocking to the Net in unprecedented numbers, but if we look further, we find that the Internet stampede includes relatively few poor women, minority women, or women outside the U. S. and Canada. These absences bode ill for the future."


The Collaboration for Equity: Fairness in Science and Mathematics Education

Contributions of 20th century women to physics

GirlGeeks.org  "..to encourage women to develop their careers in technology.."

Girls and Women in Science

Past Notable Women of Computing & Mathematics

The Society of Women Engineers

Society of Women Engineers, Caltech Student Section  [California Institute of Technology]

Take Aim  - to support mentoring of young women

Telementoring Young Women in Science, Engineering, and Computing

WITI Foundation   "dedicated to advancing women in technology... increasing the number of women in executive roles in technology and technology-based companies; helping women become more financially independent and technology-literate; and encouraging young women to choose careers in science and technology."

Women and Computer Science

Women and Minorities in Science and Engineering

Women in Computer Science?

 "Everyday in the United States thousands and thousands of women are studying or working in computer science. Still, at times we may look around and not see another woman's face in our co-workers, classmates, or instructors. With this website I hope to provide women in computer science with a sense of belonging."


Women in Engineering Committee (part of IEEE)

Women in Engineering Programs & Advocates Network

Women in Science and Technology  (American Psychological Association)

Women in Science Internet Resources

Women in Technology / links

The Women of NASA

Women-Related sites in science/technology

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In scientific research, you're constantly faced with reviews, you're constantly being evaluated,
and that aspect of it I really don't like very much. It's just competitive, and that's what you have
to do to survive.

In my field, with only two or three other women, at major meetings we often
go off with each other. But at some point, you don't think of yourselves as women --
you're basically all scientists.

     astronomer Paula Szkody, PhD, who works in the field of cataclysmic variables

from interview by Douglas Eby - in the book :
Benjamin Shearer, Barbara Smith Shearer. Notable Women in the Physical Sciences]




 
...books
 

Louise M. Bachtold  Gifted women in politics and the arts and sciences

Jean Barr and Lynda Birke  Common Science? Women, Science, and Knowledge "looks at a range of educational innitiatives in Britian for encouraging women and minorities in science.. includes many interviews with women who went through the process."

Ruth Behar  The Vulnerable Observer: Anthropology That Breaks Your Heart [reader review:] "Behar's analysis of the importance of passion in research is applicable beyond the confines of anthropology, so if you are in a different field, you may still find it very helpful."

Paula J. Caplan  Lifting a Ton of Feathers : A Woman's Guide to Surviving in the Academic World  [reader review:] "What impressed me the most about this book was the way Caplan integrated real life stories and anecdotes into her book. Not to say that there isn't a lot of research to back her points up as well, on the contrary! But if a picture is worth a thousand words an anecdote is worth a thousand more. Despite the sometimes depressing state of academic life for women, Caplan indulges neither in recrimination or despair. She includes a great deal of helpful advice for women, organized for easy reference by your career stage... I regularly reread my copy."

Ruth Carter and Gill Kirkup Women in Engineering: A Good Place To Be?

Justine Cassell and Henry Jenkins From Barbie to Mortal Kombat: Gender and Computer Games
[Electronic Review of Computer Books:] '"Part One: The Girls' Games Movement" is a series of essays exploring the relationship between gender and technology. Many conflicting views are expressed within these pages. Some authors merely argue for more games with stronger female characters, while others are preoccupied with the psychological complexities of technological design. However, all of them reflect the limitless ways to create a space for women in the computer game industry. "Part Two: Interviews".. is a collection of interviews with leading women in the industry, from game creators and programmers to marketers and entrepreneurs, all of whom share a love of technology and a desire to reach "the untapped market" -- girls.'

Sara N. Davis  Coming into Her Own: Encouraging Educational Success in Girls and Women

Margaret A. Eisenhart and Elizabeth Finkel  Women's Science: Learning and Succeeding From the Margins "Challenges the prevailing statistics showing that girls progressively lose interest in science as they grow into women, and that few are working in hard science. Profiles women engaged at the margins of science and engineering, finding that in fact women are highly represented where the science is actually being put to public, social, or community use. Among the situations described are an innovative high-school genetics class, a school-to-work internship for prospective engineers, environmental action groups, and a nonprofit conservation agency."

Vivian Gornick Women in Science: Portraits From a World in Transition

Sally Hacker Pleasure, Power, and Technology  "account of Hacker's experience as an engineering student (Hacker was a sociologist who went back to school as an engineering student as part of her study of gender and technology."

Joan E. Hartman, Ellen Messer-Davidow Engendering Knowledge : Feminists in Academe

Claudia Henrion  Women in Mathematics - The Addition of Difference

Evelyn Fox Keller.  Reflections on Gender and Science   [reader review:] 'In her discussion of the false separation of rational "man" and emotional "woman" she points out the necessity of passion and emotion to the scientific enterprise, even though emotion is traditionally defined as not scientific. She refers to the role of passion and emotion in sustaining the commitment of the scientist through what is often a great deal of drudgery in the interest of scientific research.'

Anne L. MacDonald.  Feminine Ingenuity: How Women Inventors Changed America   [Book News:] "Chronicles women's patented inventions, beginning with the first patent obtained by a woman (in 1809). Discusses some of the economic, political, and social obstacles, and sets the women and their inventions in historical context. The bibliography is extensive."

Jane Roland Martin.  Coming of Age in Academe: Rekindling Women's Hopes and Reforming the Academy
"In her foreword to [the book], Gloria Steinem shares Jane Roland Martin's laments about the current state of the academy, among them the exclusionary theoretical jargon that has taken over academic speech and writing. "Perhaps there should be signs on every road leading to Yale, Harvard, and so on," she suggests, "Beware: Deconstruction Ahead." In her clear, accessible argument about what has happened to women in academe, Martin never stoops to jargon herself. In fact, her devotion to plain speaking may at times remind the reader of George Bernard Shaw's devotion to simplified spelling. But in her 30 years as a college professor and philosopher of education, the author has achieved a clarity of vision that is well served by her unadorned prose. She asserts that "the academy charges an exorbitant admission fee to those women who wish to belong." Even worse, she contends, "in turning male and female members alike away from the lived experience of real people in the real world, and especially from society's desperately urgent problems, the academy creates a brain drain within the culture at large." An intelligent summary of familiar problems that also features some unfamiliar proposals for solutions, Coming of Age in Academe should be required reading for college administrators and feminist scholars from the post-Kristevan to the neo-Bovarian. --Regina Marler [Amazon.com]

Sharon Bertsch McGrayne  Nobel Prize Women in Science : Their Lives, Struggles, and Momentous Discoveries   "Exploring the reasons why only nine of the more than 300 recipients of the Nobel Prize in science have been women, science writer McGrayne examines the lives and achievements of 14 women scientists who either won a Nobel Prize or played a crucial role in a Nobel Prize-winning project. Their stories are case studies of triumph over relentless gender discrimination."

Gail McMeekin  The 12 Secrets of Highly Creative Women
[amazon.com review:] "Sparked by her long search for inspiration in her life and work, Gail McMeekin has worked closely with some of today's most highly creative women for her one-of-a-kind guide to maximizing creative energy. "For many women," she writes, 'breaking free of our societal and psychological chains is a prerequisite to truly creating a life that expresses our genuineness and uniqueness.' The dynamic women sharing their secrets for the first time include Sarah Ban Breathnach, who channeled her creativity into the book she was "born to write" (the best-selling Simple Abundance); interior designer Chris Madden; and software tycoon Brenda Laurel. From interviews and conversations, McMeekin distilled the common themes in these innovators' lives and work into practices any woman can use."

Kathleen Noble , PhD.  Remarkable Women - Perspectives on Female Talent Development
[Publisher:] "..the first book to consolidate and expand existing knowledge about highly capable women and the internal and external forces that lead them to extraordinary adult accomplishment. The collected studies include women from a wide variety of backgrounds and talent domains whose paths to exceptional achievement illuminate the nature of female talent development and provide models to help more women fulfill their promise in adulthood.   [also see interview]

Angela Pattatucci  Women in Science: Meeting Career Challenges   "The book features essays by a group of 25 women from diverse backgrounds and in varying points along the career continuum -- from undergraduates to academic provost -- along with my own contribution. Rather than a book about science per se, it can be thought of in terms of using the science career track as the best vehicle for exposing common factors contributing to the global derailment of women from professional career tracks. The book explores strategies for making it through gender-specific boundaries to success and showcases detailed descriptions of two highly successful campus women in science programs."  [summary by Pattatucci]

J. H. Raichyk  Token Woman: The One That Got Away   "[non-fiction].. a young female Ph.D., with a supportive mentor, a small staff of young women.. at a turning point in Canadian social and business history.. develops what were then hi-tech solutions in Decision Support... These young women rescue their senior management repeatedly as they simultaneously attempt to pioneer a path through an all-male world.... The author is J. H. Raichyk, an accomplished mathematician, who knows well the corporate games. She was awarded her Ph.D. in 1970 from the University of Cincinnati, with honors, and landed a position as Assistant Professor at SUNY Brockport in spite of the collapse of the job market in her field. Restless over the turmoil in the academic world of the 70's, she found herself an immigrant to Canada with her new husband and infant son. After her adventures in Canada as the Token Woman, she returned."

Sally Reis, PhD:  Work Left Undone: Choices and Compromises of Talented Women "Talented young women have to learn that to plan for themselves is essential and not a selfish act. Many females, regardless of age, try to minimize their differences. Finding environments in which success is celebrated and individual differences are respected is crucial - so they can produce creative work and find personal happiness. If women do not recognize their potential, they usually will not fulfill it."

Londa L. Schiebinger  Has Feminism Changed Science?   "In the professional culture of science...the feminist perspective has profoundly affected both the types of questions being asked and the substance of new theories proposed as answers. Schiebinger, who has explored this territory in previous books (including Nature's Body), focuses on deconstructing the types of science women have been drawn to for careers and the obstacles they've faced inside and outside the laboratory. Balancing the roles of wife, mother, or domestic partner with the demands of a rigorous professional discipline can be career threatening; finding acceptance within the traditionally male culture of science and changing it to reflect new paradigms challenges even the most gifted researchers and teachers."

Londa Schiebinger  The Mind Has No Sex? : Women in the Origins of Modern Science  "..examines the important role of women in 17th and 18th century science, and their gradual exclusion from intellectual pursuits into the Victorian era. She discusses the rise of new ideas of sexual differences, the changing image of the feminine, and the influence of gender on knowledge and power. A scholarly work, with 75 pages of notes and bibliography."

Doing IT - Women Working in Information Technology - by Krista Scott-Dixon

From the boom of the 1990s to the bust of early 2000, women have been carving out careers in Information Technology. For these IT workers, it is not just about earning a living but about applying their technological, scientific and engineering skills and knowledge.

Doing IT demonstrates that women fill a wide variety of these technological occupations, yet continue to face barriers preventing them from reaching their full professional potential. Scott-Dixon examines the IT environment's traditional workplace that keeps gender, race, class, ability and pay inequities firmly in place. Drawing on personal interviews, she shows that despite these barriers, women in IT bring passion to their jobs and draw on their wit, intelligence and creative resourcefulness to shape their career paths.

> from publisher site sumachpress.com

Benjamin Shearer, Barbara Smith Shearer (Editors) Notable Women in the Physical Sciences  "substantive biographical essays on 96 world and American women scientists who have made significant contributions to the physical sciences from antiquity to the present. The essays go beyond basic facts... bringing to life the women's developmental influences, the obstacles they faced and overcame, and their efforts to contribute in their chosen professions in spite of sometimes overwhelming disapproval by the establishment."

Dean Keith Simonton. Creativity in Science : Chance, Logic, Genius, and Zeitgeist

Dean Keith Simonton. Scientific Genius : A Psychology of Science
Simonton develops a theory of scientific genius, using Donald Campbell's "blind variation and selective retention" model of creativity as his starting point, and expands it into his own "chance-configuration" theory. He then uses this to account for key aspects of pathbreaking science: the mental processes and behaviors behind the creative act, the cogntive and motivational styles of great scientists, the causes and consequences of exceptional productivity, and the developmental antecedents of distinguished scientific work. [from Amazon.com summary]

Gerhard Sonnert and Gerald Holton Who Succeeds in Science? The Gender Dimension  "includes analysis and discussion as well as indepth interview reports with women and men scientists who were NSF fellowship recipientsand either stayed in or left academic science."

Autumn Stanley. Mothers and Daughters of Invention: Notes for a Revised History of Technology

Fiorella Terenzi  Heavenly Knowledge: An Astrophysicist Seeks Wisdom in the Stars

Emily Toth  Ms. Mentor's Impeccable Advice for Women in Academia

Ethlie Vare  Patently Female: More Women Inventors and Discoveries

Betty A. Walker, Marilyn Mehr The Courage to Achieve : Why America's Brightest Women Struggle to Fulfill Their Promise   "A study of women, education, and achievement reveals that academically gifted women frequently program themselves for underachievement and offers a positive strategy for fulfilling one's potential."

Elga Wasserman, Rita R. Colwell The Door in the Dream: Conversations With Eminent Women in Science

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