Showing posts with label Women in Science. Show all posts
Showing posts with label Women in Science. Show all posts

Thursday, October 3, 2024

Career Profile: From Physics Student to Independent Scientist and Business Owner

The AAS Committee on the Status of Women in Astronomy has compiled dozens of interviews highlighting the diversity of career trajectories available to astronomers, planetary scientists, etc. The interviews share advice and lessons learned from individuals on those paths.

Sally Seaver
October 3, 2024 is National Women-Owned Business Day. Below is our interview with Sally Seaver, a space scientist, book author, business owner, scholar, and polymath. She earned her Bachelor of Science degree from the University of California at Irvine and has had a self-proclaimed unconventional career path that was shaped by strong curiosity, courage, determination, confidence that solutions exist, and entrepreneurial spirit. Sally’s curiosity has taken her theoretical research in multiple directions, including investigating what force opposes gravity and understanding the initial conditions of Earth. She is the author of Mass Vortex Theory; Development of a Solar System From Atoms To Star and the accompanying website.


Tell us a little about your background.
My academic journey is very unconventional. As an undergraduate, I took Conceptual Physics as a breadth requirement, and I enjoyed learning about how the physical world works including the fundamental forces. It seemed weird to me (not in keeping with balance and aesthetics) that there would not be a balancing force to the attractive force of gravity. Then, I considered that if there was an opposing force, where would it come from? I reasoned that gravity is a force associated with mass. What is the opposite of mass? I reasoned that space seemed to fulfill this opposite. At any rate, it was something to investigate. 

As I attempted to write my ideas about space, I learned that space is defined academically as the set of all possible points. I visited several different professors during office hours to understand more about this and I was told that countably many points do not provide spatial extension, but uncountably many points do. To me, this is unacceptable magic! So, I set out to learn more about the assumptions of math and physics, resulting in a year-long course on mathematical logic. By the time that I concluded my bachelor degrees in Physics and Mathematics, I concluded that academic science had some problematic standards preventing productive advances:
  • Defining space as the set of all points when a point itself has no distance or direction—distance and direction being critical for space
  • The mathematical handling of infinitely many things using only the concepts “countably-many” and “uncountably-many”
  • Major problems with Set Theory and its role as the foundation of Math, especially when Math provides the rigor (and language) for all science.
I learned that my curiosity is super powerful and it ended up taking me towards my impractical path. After earning my undergraduate degree, I worked temp jobs and did my research at night, Saturdays and holidays. In 1994, as a single parent, I was able to complete the first version of my big paper, “Working Together on Knowledge”, which to my way of thinking provides a better foundation for creating and developing formal scientific theories so that they are clear and consistent. As a certified producer for Boston Neighborhood Network (BNN) cable access station 23, I created a three-part show to present my research up to that point in October 2003.

Tell us about your research investigations.
In 2012, I watched a presentation about the Mayan calendar, which sparked my curiosity about reference dates. After doing some research and paying a physics professor to consult, I decided that I should write a book. My book is called Continental Cataclysm Theory. Friendly reviews found some problems with my assumptions about the initial conditions of the Earth, but I was not deterred. 
Seaver looks at a computer

As I set out to explain the initial conditions of the Earth, I developed a new theory of planet formation, star formation and galaxy formation which is captured in my book, Mass Vortex Theory; Development of a Solar System From Atoms To Star (2019). This book is the first of five books in my Continental Cataclysm Theory Series. A distinguishing feature of my theory of planet formation is that every planet starts with an ice shell. Each of the inner planets has lost theirs, but the outer planets still have theirs. The goal of the Juno spacecraft, in orbit around Jupiter since 2016, is to explore the origin and evolution of the planet. Juno’s science themes include its origin and its interior structure in addition to two other themes. My model of Jupiter’s interior may be able to  contribute to the science themes of Juno.

Tell us a little about your business.
For 10 years after graduating from college, I worked as a contractor for companies such as Digital Equipment Corp (DEC), AT&T Computer Systems, ADP, and Fidelity Investments. I was able to take time off from 1994-1996 for full-time research. Then, I worked three years at MFS Investment Management doing desktop publishing and automation projects. In March of 2001, I left MFS to found my own company, Active Lightning. Work includes database publishing, custom software and ecommerce websites. Since 2018, the focus of Active Lightning has shifted to creating business-to-business [B2B] websites heavy on integration with relevant business systems - essentially, Active Lightning has pivoted from doing services work to being a software company with two proprietary products, Active Hub and ActiveTransfer. In 2021, I started working on developing an energy storage device, which was inspired by an online college course (edx.edu) in materials and discoveries from my space science work on Mass Vortex Theory. The patent is currently pending.
Seaver in front of a sign that says "Inspire"

I also founded an ecommerce company, Egyptian Cotton TShirts LLC, in 2007, in order to take advantage of what I had learned from clients. You can read about that experience here.

What do you like most about your working environment?
I get to work from home on my own schedule and I get to work in the comfort of my home. I don’t lose productive time commuting.

However, being a small business owner is not very family-friendly. I am self-employed (my bill rate is $125 to $150 per hour), so when I don’t work, I don’t get paid. I work a lot for income and then spend other time working on my research. I often don't get enough sleep.

What advice do you have for achieving work-life balance (including having a family)?
Have your children early in your life while you have plenty of energy

What do you do for fun (e.g., hobbies, pastimes, etc.)?
A girl friend from my church who had done science reporting at Princeton University, put me in touch with a post-doc mathematician at MIT. He read some of my work, but he was not taking me seriously - and let’s face it, my work is a departure from established orthodoxy. I asked him point blank if he believed that a woman such as myself could make a significant contribution to mathematics. He confessed that he did not. I left that meeting and resolved that I would work with color and light by getting more involved in beading (as in necklaces and earrings). I go through phases of doing beading and oil painting as time allows. I also enjoy reading fun escapist novels or watching HGTV.


To learn more about Sally's specific career route, please contact her at sally_at_placeofunderstanding.com (replace the _at_ with @) and check out her website, Place of Understanding.

Thursday, September 19, 2024

Crosspost: Encieh Erfani brings attention to fellow displaced scholars

By Rachel Brazil, for Physics Today

The Iranian cosmologist has struggled to find a professional and physical place to call home after she publicly supported the country’s “Woman, Life, Freedom” protest movement.


Encieh Erfani
Image Credit: Encieh Erfani (Physics Today)



Everything changed for Iranian cosmologist Encieh Erfani in the fall of 2022. On 16 September, 22-year-old Mahsa Amini died in police custody in Tehran following her arrest for allegedly breaching the country’s strict dress code for women. In Mexico at the time for a visiting fellowship, Erfani followed the news as the largest demonstrations in Iran since 2009 ensued. 

A week after Amini’s death, Erfani spoke up in support of the “Woman, Life, Freedom” protest movement and resigned from her faculty position at the Institute for Advanced Studies in Basic Sciences in Zanjan. Soon after, she says, her family in Iran received a threatening phone call. Erfani chose to remain in exile, fearing imprisonment if she were to return home.

Notably, she chose not to wear a hijab at conferences or on social media when she was outside Iran. “I knew that my colleagues [in Iran] would see and that I would pay for that,” she says. But, until recently, she “could never imagine that not wearing the hijab could cause you to be killed.”

Read more at

https://pubs.aip.org/physicstoday/online/43050/Q-A-Encieh-Erfani-brings-attention-to-fellow

Thursday, November 16, 2023

A Family Affair

By Jeremy Bailin, Nicolle Zellner, and Sethanne Howard

It’s not atypical for children to follow in the footsteps of their parents or for siblings to have similar career paths. During our research for various other blog posts, the editors of AASWomen were surprised to see so many family connections in the field of Astronomy and extending to planetary science and physics. We shouldn’t have been – the mother-daughter planet hunters Natalie and Natasha Batalha have already caught the attention of various news outlets. We tweeted a request for more family connections in these fields and were inundated with examples, which we list here in roughly chronological history. Do you know of more? If so, add them to the Comments section.

The earliest example of a female science lineage may be the mother-daughter-granddaughter line of women who lived c. 2334 BCE. According to some reports, Enheduanna (mother) was a princess, priestess, astronomer, and the world’s first known author. She lived in Ur in ancient Sumer. Two thousand years later in Alexandria, Egypt, the philosopher/astronomer Hypatia (~370-416CE) worked with her father, Theon. She taught philosophy at the Great Library in Alexandria, produced commentary on the works of her father, and also wrote her own book on astronomy. Hypatia invented the device for measuring the specific gravity of a liquid.

The Herschel siblings (1896 Lithograph from Wikipedia)
The Herschel Siblings, 1896
(Credit: Album/Wellcome Images)
Fast-forwarding several hundred years, we have the Herschelsperhaps the most well-documented family to share a passion for astronomy. Caroline (1750-1848) steadfastly assisted her brother William (1738-1822) while he painstakingly mapped the night sky. William discovered the planet Uranus. Caroline wrote down coordinates and other observations for William bringing necessary structure to his observations. Caroline became recognized for discovering several comets, and eventually she was awarded a gold medal for her lifetime of work. She was hired by the British government to finish William’s work and thus became the first ‘civil servant’ who was a woman. William’s son, John Herschel, was also an astronomer. He continued the star cataloging done by the Herschels and introduced the concept of studying individual stars for their properties.

In the pre-telescope era, Tycho and Sophie Brahe (brother and sister) made their own contributions to the advancement of science. Many of us are familiar with the observations of Tycho (1548-1601), which allowed Johannes Kepler (astronomer) to develop the laws of orbital motion. Sophie, a physician, helped Tycho with his observations.

Maria Magaretha Kirch (1670-1720) was the spouse of Gottfried Kirch (1639-1710).  He founded the Berlin Observatory in 1700 and was the first member in the Prussian academy (Leibniz was the second). Margaretha was an accomplished astronomer and a recipient of the gold medal of the Prussian Royal Academy for discovering a comet. Of her 14 children her daughters, Christine (1696-1782) and Magharetha (1703-1744), and her son, Christfried (1694-1740), were all astronomers and continued the work of their parents. After Christfried’s death, Christine even came on the payroll of the academy (a novum at that time) with a considerable salary. 

In more contemporary times, we have a slew of relatives who work or worked together in the same field or parents who (intentionally or not) influenced their children to pursue careers in science:

Mother/daughter or son
  • Paris PiÅŸmiÅŸ (1911-1999) and daughter Elsa Recillas are both astronomers. Her son, Sevín Recillas Pishmish, became a mathematician. Recillas married astronomer Carlos Cruz-González, and their daughter Irene Cruz-González also became an astronomer.
  • Carol J.A. Rieke (1908-1999) and son George Rieke.
  • mother Vera Rubin (1928-2016) and daughter Judy Young (1952-2014) were both astronomers. Son Karl Rubin (1956- ) is a mathematician.   
  • mother Yolanda Gómez (1962-2012) and son Vicente Rodriguez-Gomez are both astronomers.
  • Ulyana Safronova is a physicist who does work in laboratory astrophysics; she has at least two daughters also doing physics: Alla and Marianna
  • Silvia Torres Peimbert served as President of the International Astronomical Union. Her husband, Manuel Peimbert, and son Antonio Peimbert, are both astronomers.

L to R: Pişmiş (Credit: BAAS), Recillas Pishmish (Credit: CONAHCYT), Cruz-González (Credit: UNAM)


Father/daughter or son
  • Georg Christoph Eimmart was an avid amateur astronomer (1638-1705), and his daughter Maria Calara Eimmart (1676–1707) produced some of the most striking astronomical art since the invention of the telescope
  • Norman Pogson (1821-1891) discovered several minor planets and made observations on comets and daughter Isis Pogson (1852-1945), who was one of the first women to be elected as a Fellow of the Royal Astronomical Society
  • Vernon Barger (Physics) and Amy Barger (astronomy)
  • Jeff Hester and Janice Hester 
  • Jerry Ostriker and Eve Ostriker
  • Dan Gesari and Suvi Gezari
  • Ralph Wijers and daughter Nastasha Wijers 
  • Sean Matt and Cayenne Matt

Siblings
Else Starkenburg (Credit: University of Gronigen) and Tjitske Starkenburg (Credit: Northwestern)


Other relationships
  • Jan Smit, a geologist/paleontologist who studies the impact that killed the dinosaurs, and Wildrik Botjes (1810-1874), from an earlier generation in the family, who invented the planetarium
  • E.E. Bernard (1857-1923) and his niece Mary Ross Calvert (1884– 1974)
  • daughter Hamsa Padmanabhan, mother Vasanthi Padmanabhan, and father Thanu Padmanabhan are/were astrophysicists
  • the Allers, with three generations of astronomers, including grandfather Lawrence H. Aller and granddaughter Monique Aller
  • The Carters (father, daughter, grandson), three generations who worked in the fields of geodesy and astronomy.
  • Elizabeth Lada and Charles Lada 

We thank the following for their contributions: Randall Smith, Maria Calara Eimmart, Tod Lauer, Renske Smit, Keren Sharon, Matthias Steinmetz, and Benjamin Lefebvre. If any corrections need to be made, please let us know.


[Ed. note: Completely serendipitously, Nature published an article titled "A family affair: how scientist parents’ career paths can influence children’s choices".]

Thursday, November 2, 2023

Crosspost: How 3 women scientists have overcome gender bias and stereotypes in astronomy, genetics and mathematics

By Fairoza Mansor, for the South China Morning Post

Planetary astronomer Jane Luu, geneticist Huda Zoghbi and 
mathematician Hélène Esnault show they can excel in fields dominated by men


women in STEM (shutterstock)
Image Credit: Shutterstock


The presence of women in science should be normalised today, but research shows there is still some catching up to do. According to the Unesco Institute of Statistics’ data, focused on women working in science, fewer than 30 per cent of the world’s research scientists are women.

The trio reveal how they have established successful careers in their chosen areas of expertise, despite challenges that come from being women working in fields dominated by men.

Read more at

Thursday, October 19, 2023

Rethinking Tenure

By Nicolle Zellner

In the past few weeks, several media outlets have published articles about tenure and its expectations. Topics range from re-envisioning how metrics (e.g., citation rates, h-index, prizes, invited talks) should be used (if at all) to eliminating tenure altogether. 


Credit: Jim Darling/2023 DU Provost Conference/Denver University


Amber Dance reported in Nature that the North American tenure system has sometimes struggled to keep up with the goals of modern academia. Some universities and schools, however, are altering their tenure criteria; others are seeking to help faculty members to meet the criteria already in place. “There are campuses that are making those incremental shifts that are really impactful,” says Chavella Pittman, a sociologist at Dominican University in River Forest, Illinois, and a consultant on faculty development. My own institution, a liberal arts college, has recently polled the faculty to ask about alternate forms of scholarship (e.g., community-focused scholarship) and peer review that could be used to evaluate colleagues' scholarly development in the context of interim and tenure reviews, as well as promotion, merit, and bonus increase recommendations.

In fact, there is a global movement to reform how research is assessed, and it includes recognizing a wider range of research contributions. In July 2022, the European University Association and Science Europe laid out guiding principles for reform and established the Coalition for Advancing Research Assessment (CoARA). Commitments to guide the reform of research assessment include:

  • recognizing diversity in the contributions to, and careers in, research;
  • basing research assessment primarily on qualitative evaluation;
  • abandoning the inappropriate uses in research assessment of journal- and publication-based metrics;
  • avoiding the use of rankings of research organizations in research assessment; and
  • agreeing to allocate resources, raise awareness, and share results from reform experiments.

These kinds of catalysts - not panaceas - may help when an academic ladder is longer, especially for folks from historically marginalized communities. In the October issue of Physics Today, Rachel Ivie and Susan White, who have long collected, interpreted, and published data on graduation rates and employment factors in the community of physics broadly, report that race and ethnicity can affect how quickly a faculty member receives tenure. Interestingly, they found that it does not take longer for women to receive/earn tenure compared to men, nor was there a statistically significant difference in time to tenure between faculty members who identify as white and faculty members who identify as Hispanic/Latino. However, barriers in the tenure process have been found in qualitative research and statistical analyses of the small numbers of people in the intersectional groups that were studied led to a large standard error in the analysis.

Time and startup packages reflect a huge investment in an academic career, on both sides (faculty member, institution). So, when tenure doesn't work out - despite receiving federal grants, being recognized with professional society prizes and awards, and having success in the classroom - the news is devastating. As reported in the Physics Today article, tenure denials are uncommon, and statistics about them are scarce, but almost everyone knows about someone who was denied tenure. In many cases, though, reasons are vague or not provided. Others leave before going up for tenure at all.

At most top universities, tenure is evaluated in multiple areas: number of publications (and perhaps, quality/rank of journal), number of citations, quality of teaching evaluations, letters of recommendation, recognition in the community via receipt of prizes and invited talks, and success in being awarded grant money. An unwritten requirement is that a candidate be a "good fit" and service to the institution or community usually doesn't count for much. Studies have shown that each of the evaluation criteria is biased against women (see references 1-4 below). According to Meg Urry, a professor of astronomy at Yale University, past president of the American Astronomical Society (AAS), and past chairperson of the Committee on the Status of Women in Astronomy (CSWA), though she doesn't have statistics, in the departments she's been in, it’s the women’s cases that get picked on.

Is there a better option? Urry calls the tenure system terrible. David Helfand, former chair of astronomy at Columbia University and a past president of the AAS, has himself steadfastly refused tenure stating that tenure does not equal excellence. In the Physics Today article, a physicist who was denied tenure says, "Tenure is necessary. Without it, the university system would crumble. Scientists would go to other sectors for higher-paying, less stressful jobs." And there are plenty of examples of this. In the same article, geochemist Maureen Feineman says that in the long run, she's been a much happier human than she would have been in a tenured position.

What do you think? Please comment below and/or anonymously submit your experiences of tenure denial and/or difficulties in positive reviews. We will publish the stories in a forthcoming series about tenure experiences.




Read more:

The Insular World of Academic Research: More community-focused scholarship could build public trust. What's standing in the way? Read about this at The Chronicle of Higher Education (subscription required).

Know Your Rights: Tenure Discrimination

The Future of Tenure (Rethinking a beleaguered institution., page 10)

Tenure's Broken Promise (It’s scarce, unevenly distributed, and limiting scholars’ careers., page 30)


References:

1. Gender Differences in Grant Submissions across Science and Engineering Fields at the NSF 

2. Exploring Bias in Student Evaluations: Gender, Race, and Ethnicity

3. Gender diversity of research consortia contributes to funding decisions in a multi-stage grant peer-review process

4. A moving target”: a critical race analysis of Latina/o faculty experiences, perspectives, and reflections on the tenure and promotion process



Friday, August 11, 2023

AASWomen Newsletter for August 11, 2023

AAS Committee on the Status of Women
Issue of August 11, 2023
eds: Jeremy Bailin, Nicolle Zellner, Sethanne Howard, and Hannah Jang-Condell
[We hope you all are taking care of yourselves and each other. --eds.]

Credit: Wikipedia Commons
This week's issues:
1. Crosspost: Martha Shapley - Astronomer
2. Lady Stardust: the life of astronomical Margaret Burbidge
3. Young. Female. Scientist. Meet 4 of the Army's Rising Civilian Stars
4. The Fungi-Mad Ladies of Long Ago
5. How to Submit to the AASWomen Newsletter
6. How to Subscribe or Unsubscribe to the AASWomen Newsletter
7. Access to Past Issues of the AASWomen Newsletter

An online version of this newsletter will be available at http://womeninastronomy.blogspot.com/ at 3:00 PM ET every Friday.

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1. Crosspost: Martha Shapley - Astronomer
From:  Deborah Shapley via womeninastronomy.blogspot.com

Martha Betz Shapley was known as First Lady of the Harvard College Observatory (HCO) during the 32 years her husband Harlow was its Director. “The friendship and hospitality she extended to members of the Harvard astronomical family…was one of the highest experiences of my younger days,” wrote Leo Goldberg on her death in 1981.

From 1915 - 1921, Martha published several [astronomy] papers of her own; she was also Harlow’s co-author; he credits her in the text of some of his “great papers” series. Maybe Martha could have continued a full astronomy career and as a mother of five. But her husband’s scientific activity and fame exploded so their lives took unexpected busy paths. 

Read more at

https://womeninastronomy.blogspot.com/2023/08/crosspost-martha-shapley-astronomer.html

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2. Lady Stardust: the life of astronomical Margaret Burbidge 
From: Jeremy Bailin [jbailin_at_ua.edu]

Stephen Roberts looks back on the life of Lady Stardust, who gazed at stars and broke glass ceilings but was denied a Nobel Prize

Read more at

https://www.greatbritishlife.co.uk/people/23659290.lady-stardust-life-astronomical-margaret-burbidge/

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3. Young. Female. Scientist. Meet 4 of the Army's Rising Civilian Stars
From: Nicolle Zellner [nzellner_at_albion.edu]

According to a 2019 U.S. Equal Employment Opportunity Commission report supplement, women account for only 29.3% of STEM federal workers, with significantly fewer women in technology and engineering fields than expected. As military technology and processes continue to develop, the Defense Department would like to continue growing that number.

Read more at

https://www.defense.gov/News/Feature-Stories/Story/Article/3486623/young-female-scientist-meet-4-of-the-armys-rising-civilian-stars/ 

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4. The Fungi-Mad Ladies of Long Ago
From: Nicolle Zellner [nzellner_at_albion.edu]

By: Anna Marija Helt

In mycology’s early days, botanical drawing was, for some women, a calling. Their mushroom renderings were key to establishing this new field. Studying fungi was decidedly unladylike, though, and the scientific establishment largely ignored these women despite their valuable professional contributions.

Read more at

https://daily.jstor.org/the-fungi-mad-ladies-of-long-ago/ 

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5. How to Submit to the AASWOMEN newsletter

To submit an item to the AASWOMEN newsletter, including replies to topics, send email to aaswomen_at_lists.aas.org .

All material will be posted unless you tell us otherwise, including your email address.

When submitting a job posting for inclusion in the newsletter, please include a one-line description and a link to the full job posting.

Please remember to replace "_at_" in the e-mail address above.

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6. How to Subscribe or Unsubscribe to the AASWOMEN newsletter

Join AAS Women List through the online portal:

To Subscribe, go to https://aas.simplelists.com/aaswlist/subscribe/ and enter your name and email address, and click Subscribe. You will be sent an email with a link to click to confirm subscription.

To unsubscribe from AAS Women by email:

Go to https://aas.simplelists.com/aaswlist/subscribe/, in the "My account and unsubscriptions", type your email address. You will receive an email with a link to access your account, from there you can click the unsubscribe link for this mailing list.

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7. Access to Past Issues

https://aas.org/comms/cswa/AASWOMEN

Each annual summary includes an index of topics covered.

Thursday, July 20, 2023

Crosspost: How centuries of sexism excluded women from science — and how to redress the balance

A reveiw of Not Just for the Boys: Why We Need More Women in Science by Athene Donald, Oxford Univ. Press (2023)

by Karly Pitman for Nature

Book cover / title
Despite growing numbers of women participating in science, technology, engineering and mathematics (STEM), barriers to entry and retention remain prevalent. Numerous reports outline the problem. Some 35% of the US STEM workforce are women, with fewer in the European Union (17%), Japan (16%) and India (14%). But harassment and discrimination remain common. Just over one-fifth of women in STEM are considering leaving their field, whereas two-thirds of those who have left wish they could return. However, such numbers don’t explain how the situation arose or how to repair it. British physicist Athene Donald offers answers in her latest book.

Not Just for the Boys is an enjoyable and useful primer on the challenges faced by women in STEM. Donald, an experimental physicist at the University of Cambridge, UK, and a leading authority on gender-equity issues, draws evidence from history, neuroscience and social science to explain why gender bias is rife in STEM. With close attention to the societal factors that affect education and career choices, she successfully argues that the scientific workforce needs more women.

Read more at


Read another review of this book at

Thursday, July 13, 2023

Crosspost: An Astrobiologist’s Search for Life in Space—and Meaning on Earth

By Ramin Skibba for Wired

[Eds note: Free access is possible, and a subscription may be required.]


TED Fellow Aomawa Shields talks about the hunt for other planets where life might exist.
Photo: Ryan Lash/TED
WHEN AOMAWA SHIELDS temporarily left astronomy in the 1990s for a life in the theater, no one knew whether planets existed beyond our solar system. By the time she returned to academia 11 years later, hundreds of exoplanets had been discovered. Today, telescopes and detection methods have advanced so much that the discoveries number close to 6,000. 

Shields, now an astrobiologist at UC Irvine, studies these distant worlds using computer models to evaluate their climates and assess whether they might be friendly to alien life. During this second stint in academia, she completed her PhD at age 39 and afterward gave birth to her daughter. She has been named a 2015 TED Fellow, she’s the recipient of multiple grants and awards from NASA and the National Science Foundation, and she’s the founder and director of Rising Stargirls, a program encouraging girls of all colors to learn about the universe through theater, writing, and visual arts.

In her new book out today, Life on Other Planets, she discusses her scientific work, as well as her own experiences as one of the few Black women in physics and astronomy and as a classically trained actor who completed her master of fine arts degree at UCLA.

Read more at

https://www.wired.com/story/an-astrobiologists-search-for-life-in-space-and-meaning-on-earth/

Watch an interview with Good Morning America at

https://www.goodmorningamerica.com/culture/video/world-astronomer-astrobiologist-author-dr-aomawa-shields-100885906

Thursday, March 30, 2023

Cross-post: The Forgotten Women Aquanauts of the 1970s

 By Amy Crawford for Atlas Obscura

“We performed admirably,” Alina Szmant says.“We spent more hours in the water doing science than any of the male groups.”

Credit: OAR/National Undersea Research Program;
National Park Service


SZMANT WAS A GRADUATE STUDENT at Scripps Institution of Oceanography when she heard about an intriguing request for proposals put out by the U.S. Department of the Interior and NASA. They were looking for a team of scientists to spend two weeks in the Tektite underwater habitat, parked off the shore of St. John in the U.S. Virgin Islands. Named for a type of glassy pebble sometimes formed by meteorite impacts, Tektite consisted of two 18-foot-high metal cylinders connected at the base. Inside was a lab and storage space, a small kitchen with a Harvest Gold refrigerator and microwave, a tiny bathroom and no-frills bunks. Its original inhabitants, the year before, had been a team of male scientists whose primary research goal was to see whether they experienced any adverse effects from spending two months underwater.

“Man had walked on the moon, but NASA was thinking about longer missions,” Szmant explains. “They were interested in the medical and psychological side of things—what happens when people are isolated from society and have to live with only a few other people?”

NASA hoped that the undersea environment could stand in for space, and in a way it did. 


Read more at https://www.atlasobscura.com/articles/women-aquanauts-tektite-ii

Friday, October 7, 2022

AASWomen Newsletter for October 7, 2022

AAS Committee on the Status of Women
Issue of October 7, 2022
eds: Jeremy Bailin, Nicolle Zellner, Alessandra Aloisi, and Sethanne Howard

[We hope you all are taking care of yourselves and each other. --eds.]

This week's issues:

1. Remembering Sheila Tobias

Marquis Who's Who Ventures LLC

2. Update from the AAS Committee for the Status of Women in Astronomy
3. 5 women who should have won a Nobel Prize
4. Newly minted Nobel laureate Carolyn Bertozzi melds chemistry and biology to advance medicine
5. A poor introductory science degree grade has ‘devastating’ effect on students from under-represented groups
6. Improving soft skills crucial to keeping women in science, finds study
7. Job Opportunities
8. How to Submit to the AASWomen Newsletter
9. How to Subscribe or Unsubscribe to the AASWomen Newsletter
10. Access to Past Issues of the AASWomen Newsletter

An online version of this newsletter will be available at http://womeninastronomy.blogspot.com/ at 3:00 PM ET every Friday.

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Thursday, May 5, 2022

The Committee On INclusiveness in SDSS (COINS) -- an interview with Rachael Beaton and Amy Jones

Carnegie-Princeton Postdoctoral Fellow, Rachael Beaton (RB), and Space Telescope Science Institute researcher, Amy Jones (AJ), are part of the Sloan Digital Sky Survey (SDSS), and co-chairs of the Committee On Inclusiveness in SDSS (COINS). CSWA member and Associate Professor at the University of Alabama, Jeremy Bailin (JB) sat down with them over Zoom to talk about inclusiveness in large collaborations.

Rachel Beaton (left) and Amy Jones (right) are co-chairs of the Committee on Inclusiveness in SDSS (COINS). 

JB:

To start off, I'm wondering if you can introduce yourselves and tell us about your scientific interests.


AJ:

I'm currently working at the Space Telescope Science Institute (STScI) as a Staff Scientist II, Science Support, part of the Instrument Division, and I work on the Hubble Space Telescope Space Telescope Imaging Spectrograph (STIS) branch. I'm in charge of doing a lot of the user support and calibration type work for the instrument. In addition to that, I'm also still a part of SDSS, which is now mostly SDSS V, working on the Local Volume Mapper and helping develop their sky subtraction module in their data reduction pipeline.


RB:

Hi, my name is Rachael Beaton, and I am a Carnegie Princeton Fellow, physically located at Princeton University, but I'm also affiliated with the Carnegie Observatories in Pasadena. Scientifically, I use stars, groups of stars, and populations of stars as a tool to help learn about cosmology. Lately I've been doing a lot with the Hubble constant, using the Tip of the Red Giant Branch technique, but I'm also broadly interested in how we can use stars to probe dark matter, dark matter halos, galaxy properties, things like that. I am part of SDSS in the Apache Point Observatory Galactic Evolution Experiment (APOGEE-2), where we're collecting medium resolution spectra of stars to determine stellar parameters and chemical abundances, as well as get radial velocities. And we do a lot of different things with that.


JB:

How and when did COINS form within the SDSS collaboration?


RB:

The whole idea of pushing for inclusion, and a recognition of the need to think about inclusion, actually started when SDSS-III was preparing to move into SDSS-IV. If folks don't know, SDSS has a number of different phases and each phase is funded independently. So it goes through a process of designing projects and then proposing for them. About a quarter of the funding for these projects usually comes from the Sloan Foundation, and you kind of need their seal of approval to go forward. The process involves having them approve a project and then you go and collect institutional members. And so, in the transition from SDSS-III to SDSS-IV, the Sloan Foundation noticed that there was a dramatic underrepresentation of women in SDSS generally, and also in SDSS leadership roles and leadership positions. And the Sloan Foundation said that despite having a focus on inclusion and doing a lot of things from the scientific side -- we post projects, we post papers, we have paper authorship policies, things like that that are really focusing on the science and the output from the science -- that we weren't actually putting real resources towards the issue of inclusion and representation in the project. So the Sloan Foundation made gender balance and the overall inclusiveness -- very specific on gender balance, to give the collaboration a goal -- an existential issue that had to be addressed by devoting real resources to it.


That was in the 2011-2012 timeframe. Then there was a formation of a committee in 2012-2013 called the Committee on the Participation of Women in SDSS that collected information about the participation of women in SDSS, their perspectives, how things might be biased or not biased, whether it's overt or not. That became a standing committee in SDSS-IV. Then we went under an external review, a site visit from the American Institute for Physics. They do this for departments, too, and this was one of the first times they had done a collaboration, something that doesn't have a physical space where everyone goes, where we're not all technically employees of our overarching organization -- there's a bunch of differences in collaborations. In that process, there was also a demographic survey that was distributed amongst the collaboration. They made some recommendations, which we'll talk about here.


But after that, there was a recognition that having a committee on the participation of women wasn't enough. We also need to have a committee on the participation of minorities. That was focusing, I think, mostly on racial minorities at the time. And it became quickly clear that having two committees doing related work was a bit much to try to sustain. So the committees were merged into the Committee On INclusiveness in SDSS (COINS). And we take on broadly all axes of inclusivity: gender, racial demographics, sexual orientation, socioeconomic factors... we have a whole list, but the focus is very broad. So we've been in place since 2016 in SDSS-IV, and we're currently transitioning into SDSS-V. So the SDSS-IV collaboration is ramping down and we've been serving both collaborations to our best ability, and then we're going to hand off to a new committee soon. Diogo Souto (Universidade Federal de Sergipe UFS-DFI Campus São Cristóvão, Brazil) is slated to be the new SDSS-V COINS chair and that committee is starting to ramp up its operations.


JB:

When and how did each of you become involved?


AJ:

I joined back in 2015 when it was still CPWS, the Committee on Participation for Women in SDSS. So I also was part of the process of trying to merge with CPMS on minorities to join to form COINS, and kind of oversaw that whole process when we got approved to be now COINS. And then I've been part of COINS ever since, on and off as co-chair.


RB:

Amy is really indispensable. She says she "sticks around", but we want her to stay around! 


I joined later, in the 2018-2019 membership recruitment cycle, and I became co-chair in 2019. So I came in more holistically when a lot of stuff was in place and we had a bigger view of what was going on, whereas Amy's been around for a lot of the achievements that we'll talk about.


JB:

What role does COINS play within the Sloan collaboration?


RB:

The important role is that it makes sure that you're setting aside space in the collaboration to actually think about inclusiveness, and you're also setting aside space in  agendas, potentially in an effort for people to actually proactively think about how the collaboration is working.


It's really important to have a committee rather than a single person or two people, because then you have a range of identities and a range of different types of participation  within the collaboration. SDSS has people who work on data, data infrastructure, instrumentation at the telescope, people who work at the telescope and people who work at two telescopes (the DuPont telescope in Chile and at the Sloan Foundation Telescope in New Mexico). Having a committee where we can have a lot of different identities expressed and a lot of different views on the collaboration itself expressed, has given us broad access to the different types of things that we need to think about. It also lets us lean on each other and talk, distribute work, and get a wide range of thoughts whenever we need to make some decisions or take action.


AJ:

We typically have between 10 and 20 members at a time. So that way we can do all those things.


RB:

We're lucky that our committee holds a lot of leadership positions in SDSS , so we see a lot of diffusion of ideas from the committee discussions into the practical work of the collaboration. That's not a perfect structure, because we're missing some of the groups. But our conversations seem to have a pretty big impact.


We also write white papers on different topics. All of those are available publicly on our GitHub (https://github.com/sdss/coins), where you can fork our inclusivity package and have a starting place for your own collaborations or departments, et cetera! But there's a balance between the policy in the white papers and the day-to-day actions. By having a committee, we're trying to normalize different inclusive behaviors and spread that across the collaboration.


AJ:

Two places where I think that COINS has played a big role in SDSS is conducting and trying to analyze the demographic surveys, which we now do every two years. That's quite important, so you actually have data and can see if things have improved and what areas to focus on and stuff like that.


And then we also put in a lot of effort into making sure that our meetings are inclusive and accessible, which includes focusing on making sure new members feel welcome and integrated. We have several events just targeting that particular topic. We make sure everyone knows that people are encouraged to use pronouns and add them now virtually onto their Zoom names, inclusive chairing, and those type of techniques. We really emphasize that kind of stuff and make sure that the meetings run as smoothly as possible. We've had a lot of good feedback from doing that, both in-person meetings before and the virtual meetings over the last two years.


RB:

Sometimes when I go to a non-SDSS meeting, I forget how much we've normalized a lot of inclusive practices, and I just expect certain things, like having microphones and folks introducing themselves when they have questions, waiting and giving some space for people to actually think of questions, not just taking the first hand, and then actively promoting questions from early career researchers, which we define as graduate students and postdocs.


And also the explicit training that we do in advance. We have documents written up where it says "This is what we expect you to do as a chair. These are your responsibilities." We prepare it and give it to people in advance as opposed to the 30 seconds before you chair a session, you're getting all the intel on how things are going to work. It makes a really big difference at the meetings, and I think people also can focus. You hear "focus on the science" a lot, but when you do these inclusive practices, you actually can. Everyone can “focus on the science” because we've set up a space where it's good to do that.


JB:

Are there any other concrete effects that you think you've had?


RB:

Yes. It's a mix of things that COINS has done, and things that were set up by the recommendations from the AIP site visit.


We have a set of ombuds, and these are people who you can talk to. They are senior people, but they're not in a key leadership position in SDSS, so it's not like you're talking to a manager. They're a bit separate, but they are invested in the project and the success of the project, and they serve as our primary way to discuss conflict or issues when they arise in the collaboration. They are Jill Knapp & David Weinberg in SDSS-IV, and will be Jill Knapp and Michael Wood-Vassey in SDSS-V, in case people want to contact them. We've had those in place for all of SDSS-IV, but we do have to keep working to make sure that people know about them and know how to contact them and also work on building trust between those folks and people in the collaboration who might be on a different continent and have never met them. From our demographic survey, we know that about one in five actually don't know about the ombuds. So that tells us that even though we feel like we're always introducing them over and over again, we have to keep doing it to make sure we're reaching as many people in the collaboration as possible and also making it clear that it's a resource for everyone.


Another recommendation was a standing committee to focus on inclusion, which is what we are here to talk about. The other thing is that we clarified the management, so there are posted organizational charts, and we're trying to have more clear expectations of what the different roles are doing, who you contact in different situations. You really see this carried forward in SDSS-V where there's been a big effort to make it very clear what different roles are doing and what's expected when you take those roles. And then management positions are filled a lot like formal hiring. There's an open call and you can apply with a letter of intent and then there's an interview.


It was recommended in 2013-2014 to have a code of conduct, which we now have in place. I think those are getting to be a lot more common, but we should note that it took until 2016-2017 before it was finally ratified because there's a lot of institutional inertia that we had to go through because we were a collaboration that already existed versus someone starting out new. Departments working on codes now probably also feel that inertia.


AJ:

And then the integration of new members. Mike Blanton, the director of SDSS-IV, created a welcoming email. So that way new members, when they sign up for the wiki, they also get a lot of information that's hopefully quite useful. We also encouraged having "Getting Started" pages for the different surveys. So again, it's easier for new members to actually be able to access the data and know who to contact and all that kind of stuff that can be really difficult at the beginning. And then, at the actual meetings, we normally have New Member Bingo, although that's more of an in-person thing.


RB:

So you get a card -- you go around meeting people and the card has a bunch of elements on it like "I have been to Apache Point" or "I am on this committee". There's a lot of focus on interacting with leadership on that one.


AJ

The last time, in Mexico, one of the previous COINS co-chairs, she actually handmade the prizes at the end. And they were really cool.


RB:

They were like scrubbed pieces of instrumentation. It was very cool.


AJ:

So we do try to incentivize people actually filling out their bingo cards and meeting people. The last three meetings we've tried "speed geeking" where people are partnered up for three minutes to quickly meet each other. So a new member or more junior member partnered with a more senior member. Again, this allows newer members or more junior members to quickly meet a lot of people that they might find more intimidating. That has been quite successful and well-supported too by the management. We usually get a lot of senior people joining, which has been awesome.


RB:

We've also found the speed geeking works really well in Zoom -- we just use random shuffle breakout rooms to do this. A lot of these things were really designed for interacting in person, but that was one that translated to virtual really well. This is  intentional networking that we build into the conference. Not just assuming people are going to meet up and go to dinner or go to lunch, but actually building it in, as part of the conference activities, within the nine to five of the conference, activities that are for networking.


JB:

Do you have any suggestions for people getting involved in Sloan or other big collaborations?


RB:

I think the first thing is that integrating new members is something that at least in SDSS, we're doing very consciously. When you sign up for various accounts, you're going to get an email from the director explaining different policies and procedures and where to go and where to find things.


Then the science working group chairs are asked to have these getting started guides on the wiki to help people get involved and also to keep track of projects where if someone doesn't know how to help or how to get involved, there might be something that they can sign on to. All of our projects are in a database that is public within the collaboration, and people are able to join any projects that they want. You can contribute to papers through our publications policy. It's very open. You don't have to have a paper or a project approved by a council or anything like that. You just declare your science. We do ask that people, if there is a project that is extremely similar, to try to contact those folks first and see if maybe you could work together or, as we all know, sometimes you have the best intention to work on a project and it just doesn't happen. So sometimes actually, that new person coming in is what keeps the project going. We try to encourage all of that and also, as leadership, model those behaviors intentionally to try and help everyone else feel comfortable sending that email to potentially hundreds of people saying, "Hey, is anybody working on this?" understanding that can be a big barrier.


AJ:

I think our more general advice is just that joining a large collaboration can definitely seem very intimidating and very opaque at first. But then you can try to see if they have these lists of projects, if other collaborations have something similar to that. That's a good way to try to get more involved and figure out where you fit within the collaboration.


RB:

That bureaucracy can feel overwhelming as well. SDSS  has been around for over 20 years because it actually has a process of recognizing the different steps in the process of doing science and making it overt as opposed to covert. Also setting clear expectations for what's expected and how people can contribute. And we have a lot of policies around making sure that contributions to software, to instrumentation, to raising the money that makes the collaboration happen -- all of those things are recognized contributions that qualify you for authorship on papers.


AJ:

And including also service work. Working on COINS also counts.


RB:

A lot of what we've been saying has been specific to SDSS . And the things that we're highlighting are things that we think are fundamental to the success of a big collaboration. But we're also consulted somewhat regularly, and/or our members, especially our members who were in the extended Baryon Oscillation Spectroscopic Survey (eBOSS) cosmology portion are now in the Dark Energy Spectroscopic Instrument (DESI) sphere. As they move on into other collaborations, they're building COINS-like efforts that are looking into inclusiveness and interpersonal concerns because these can be as important as the scientific policies that we're all more familiar with. And so we're happy to consult with those groups and to help get those efforts going. Whether it's grassroots, just a bunch of people interested in doing it that want some advice, or whether it's speaking at a meeting to try and encourage why something like COINS is really important.  There's a whole wide range of how these things happen.


The other thing is just to expect that when you're combining people from lots of different cultures, whether that's the broad U.S. culture versus the broad Chinese culture or whether that's just the institutional culture of my institute versus your institute, R1s versus primarily undergraduate institutions and different facets thereof. That can be a challenge because there is a tendency in science for us not to write down our norms or expectations. We just learn them in context. And a lot of times we don't even realize that we've normalized certain behaviors. But by trying to write them down and communicate them, we're trying to establish what our culture is as a collaboration and also explain why and help.


We try to take an approach that mistakes can happen. There is going to be friction when different people come together with different experiences, but that we all try our best and try to do better the next time. And these gray zones, especially when it comes to culture, really do exist. So we just have to work through them together by creating a culture where we can talk about things and express them.


JB:

Do you have any other suggestions for collaborations, either large or small, based on COINS's experience?


AJ:

I think it's important to emphasize that when you're in a large or small collaboration, efforts like COINS needs to be treated with equal weight to technical work or scientific work because there's a tendency to put service oriented things at the bottom of your list because of the "publish or perish" type mentality. So it's really important, especially from the top, to see these types of efforts on equal weighting so people know that they are important. And to put actual effort into doing these things because without that, it goes to the very bottom of your to do list and things never actually happen.


RB:

Yeah. Some ways that we've done that in SDSS: the time we spend on the COINS committee counts towards an architect or builder status, which is a recognition that you've put in significant effort into a big project. To different degrees, it can be part of a memorandum of understanding, whether that's between an individual and the SDSS collaboration or an institution and the SDSS collaboration. But again, there's some nuance to how all these things work. Mike Blanton, our director, has been very good at reminding people how important what we do is, that there would not be an SDSS-IV if there wasn't a COINS committee, that's how important it is. And so we also give plenary talks at our collaboration meetings on equal footing with science teams and other groups, which is something that adds to our resume. It's an invited public talk at an international collaboration, and it gives a very public view of what we're doing.


But you do run into a challenge that recognition within a collaboration is not the same as the recognition within your department or your institution. So thinking about how collaborations can ensure that the types of recognition that they are given are valuable for how people are promoted at different types of institutions, both within the United States and globally, is really important. Whether that's the title that you have after your name, or papers or conference proceedings, presentations. And as much as possible, making sure those things come with resource support, like travel funds or publication funds to limit the barriers that people might have for going after these things on their own. As committee chairs, we try to make space for having talks and presentations and even writing conference proceedings to make sure people are building up their, for lack of a better word, "science street cred" as part of their participation.


JB:

Is there anything else that you would like to let people know?


RB:

I guess we should also say that having done this, we are seeing increased participation from women. We're close to the general astronomy workforce overall, which I think is like 30/70. It's not parity, but we're definitely not not-drawing from the general workforce, both from the IAU and from the AAS, which is good. A collaboration doesn't have much control over the admissions policies or the hiring policies of their individual institutions, so we can only draw from that workforce. But we now know that we're not drawing selectively. We also see participation ramping up towards younger ages or career stages. So you get higher numbers younger, which I think is all consistent with other studies.


We also see a difference in the overall sense of inclusivity between leadership and general population, in that leaders are more likely to think everything is inclusive versus the general population, which is why collecting real data and having these committees is really important because your own perception can be a bit skewed because you're doing the inclusive things. We also see a difference between people in majority groups versus minority groups. Which again, is something to keep aware of.


I think the fraction of women leaders has also improved over SDSS-IV. And the cool thing is that at the AAS press conference, we had only women presenters at the press conference and it wasn't intentional. It just happened. And I've stumbled into all women meetings and it wasn't intentional. It just happened. And so those are all big improvements. There's other demographic axes that we need to work on, but at least that foundational problem is better. It's not solved, but it's better.