Thursday, January 30, 2025

Space for Students - Part 4

In our popular Career Profile series, 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, and those in related fields.

In a twist on this series, we video-interviewed students in astronomy and astrophysics to highlight their personal and academic career paths. The purpose of this series is three-fold. It aims not only to give a voice and exposure to those who are up and coming in the field but also to give feedback to the Astronomical community at large about the experiences of students who identify as women. The hope is that these interviews will not only share advice and lessons learned but will shed light on how to encourage and inspire more women, from various backgrounds and skill sets, to follow space trajectories, and reach towards the stars.


By: Libby Fenstermacher

Lindsey Wiser
Image Credit: L. Wiser
Below is our interview with Lindsey Wiser, a fifth-year Astrophysics PhD Student at Arizona State University (ASU). Lindsey’s current research involves studying exoplanet atmospheres and space science mission development. She remembers first being drawn to space when very young. Beingdriven by existential questions, this passion was inspired and solidified through reading and watching Star Trek: TOS (The Original Series), with her mom. Before ASU, Lindsey graduated from Johns Hopkins University, where she received a Bachelor’s degree in both Engineering Mechanics and Earth and Planetary Science. Lindsey is heavily involved in science policy and advocacy, including leading the Space Generation Advisory Council's (SGAC) Policy and Advocacy Task Force for the NCAC region (North America, Central America, and the Caribbean). Outside of research and policy, Lindsey enjoys spending time with her cat, exploring the outdoors, and watching Formula 1 racing.


Lindsey Wiser
Image Credit: L. Wiser

“There are lots of ways to be an astronomer or to be involved in astronomy that aren't necessarily academia, and I think it takes time for everyone to learn that in astronomy. (...) You can help on space missions, or policy and advocacy, or outreach and teaching. There are lots of components to careers in astronomy and astrophysics that aren't just writing papers all day, every day. And that's something that I think sometimes gets lost, especially maybe for kind of earlier or younger students or people kind of earlier in the learning process.”                                                                                                                                             -Lindsey Wiser

Transcript: Libby Fenstermacher and Lindsey Wiser Libby: Hey, everybody. My name is Libby Fenstermacher. Thanks for joining me today. I am here interviewing Lindsay, and she's going to tell us a little bit about being a woman and a student in astronomy. So, thanks so much for joining me. Do you want to tell me a little bit about your background? Lindsey: Yeah, sure. So hi, everybody. So yeah, I got interested in space as a kid. I wasn't sure what to do with that interest immediately. But I knew NASA was cool, and I knew that NASA probably hired engineers. So, I did mechanical engineering first at Johns Hopkins University. And a couple of years into that, I'd done some science internships, and I did the Brooke Owens Fellowship for women and gender minorities in aerospace. And through those, through that fellowship and those internships, I realized I was really excited about science specifically and about policy. And so, I'm now going into my fifth year of my PhD in astrophysics. I study exoplanet atmospheres nowadays, looking at atmosphere models and data from the James Webb Space Telescope. I'm also doing some science, policy, advocacy, and submission work. Libby: Awesome. What inspired you to choose a path in astronomy and astrophysics in the first place? Lindsey: I think so, like I said, kind of from a kid I was already interested in space. I think I was always really excited by the unknown and sort of like existential questions. And so that combined with… I did a lot of reading and watching Star Trek with my mom, kind of all those things combined, into an interest in space exploration. And then, yeah, science specifically came a little bit later on, but like later into my undergraduate degree. But yeah, space from the beginning. Libby: I'm a big Trekkie myself, so that definitely inspired me to want to be a part of this community. Lindsey: Yeah, it's a good community. Libby: It's like I was saying this to another one of my interviewees. It's like NASA…is its own version of Starfleet, you know? Lindsey: That's fair. Libby: But what about astronomy excites you? Lindsey: So, Earth is definitely my favorite planet, but I think that in high school, I thought it… it felt kind of absurd to me that Earth is one planet of so many in a much bigger universe, and that I didn't really learn much about space through school. I kind of had to find it myself. I think nowadays I understand the focus on Earth. I think preserving Earth is critical. Earth is fantastic, but what space does for me is really put Earth into perspective. So, you know, I spend a lot of my day thinking about other planets that aren't even in our solar system. And studying that diversity of planets is really exciting from a personal perspective. But I also think from a broader perspective it helps to put Earth into context and helps us to realize how valuable our own planet really is to protect. Plus, space pictures are fun and pretty, and so I think there's always something to be said for that. And using astronomy as a way to inspire an interest in science and technology, yeah. And then there are also so many components of the space world beyond astronomy. There's so many ways that satellites help people on Earth and Yeah, I don't want to lose sight of all those things either, because astronomy really excites me for the science. But there's also a much broader space community that is really valuable for a lot of different reasons. Libby: I came across a project earlier from the European Space Agency, actually, where they're using satellites to monitor organic cotton production in different regions and to see policy uptakes with that. So, it's really amazing all that we can do with space. Lindsey: Yeah, that’s cool. Libby: What about astronomy is challenging for you and astrophysics is challenging for you. And what have you done to overcome those challenges? Lindsey: Yeah, so I think the process of doing research hasn't always come easily to me, and I don't think I'm alone in that. I think for a lot of astronomers, the process of research is kind of a learned process. It doesn't come naturally to everybody, and that's OK. I think I'm naturally a pretty big-picture thinker. And so when I'm approaching a research problem and there's something that's kind of much more specific or technical, that's not and that hasn't always been easy for me to really narrow my mind in on things like that. But over time, I've definitely learned how to put seemingly very kind of small, specific challenges into a much broader picture in my mind, which helps me really motivate… like, OK, why am I spending multiple days trying to fix this one bug in my code? Like what? What am I really going to get out of that? And putting it in the bigger picture in my brain has really helped. And that's a constantly evolving process of learning to do that well. I've also found that having a diversity of different projects is really valuable to me. So having multiple research projects going on at once or having side projects kind of helping support a mission or helping to do some policy or science advocacy work, having those other ways so that I can. Utilizing other pieces of my brain whenever I need a switch is really helpful for me. Libby: That probably helps you holistically as well with problem-solving. Coming from all those different angles, you're probably able to see things in a unique perspective. Lindsey: Yeah, I think that, yeah, I think all of us like it helps when you just have other, whether it's hobbies or other components of your job, just like being able to use your brain in different ways is helpful. Libby: Yeah, no one track mind has got anything much accomplished. What do you think is a common misperception about astronomers, astronomy and astrophysics, and the educational path in general? Lindsey: Let me think. I think, yeah, a big one, at least that I wish I had kind of understood earlier on, is it doesn't have to be pure research all the time. There are lots of ways to be an astronomer or to be involved in astronomy that aren't necessarily academia, and I think it takes time for everyone to kind of learn that in astronomy. And so certainly people who want to stay in peer research or working in academia, if you want to do that, fantastic. But there's also lots of ways to stay involved that aren't just that. So, you can, you know, help on space missions. Or policy and advocacy or outreach and teaching. Yeah, there's lots of components to careers in astronomy and astrophysics that aren't just writing papers all day, every day. And that's something that I think sometimes gets lost, especially maybe for kind of earlier or younger students or people kind of earlier in the learning process. Yeah. Libby: On the Committee for the Status of Women in Astronomy resource page on the AAS website, there's actually a whole section dedicated to alternative paths within astronomy. So, I would recommend anybody who's watching this video check that out. I will share the link on the blog post itself. What are you currently working on right now? Lindsey: Yeah, so a few things. I think I've mentioned a few of them, but... I am working on looking at data from JWST, the James Webb Space Telescope, and developing atmosphere models to try to compare our observations of exoplanets to models of exoplanet atmospheres to learn more about what are the atmospheres made of and what might their climates be like. A lot of these planets are nothing like the planets we see in our own solar system. And so, it's really a fun puzzle to try to figure that out. I am also a graduate student shadow on the Pandora Smallsat mission, which is a NASA mission that plans to launch next year. That'll help us better understand the stars, the host stars that there are exoplanets orbiting. That'll also help us better understand when we're looking at these systems, what information is coming from the star, and what's coming from the planet. So, it helps us understand both a bit better. And so for that, I've been helping with some outreach initiatives. I've also been helping to plan the commissioning process, which is basically the first month after Pandora launches…What are the tests that we need to do? What are the calibrations that need to happen to make sure that the instruments are working the way we need them to, to get all the science done? Yeah. And then outside of my kind of PhD world, I'm also doing quite a bit of volunteer policy and advocacy work through different channels, but mostly through the Space Generation Advisory Council. Which is an international network of young professionals in the space world that also has some involvement with the United Nations. So yeah, that's another network that I really encourage any early career and student space people to look into cause it's been really valuable for me. Libby: Absolutely. I have been a part of SGAC myself on the Our Giant Leap project group which focuses on gender equality and diversity in the space sector. So, yes, anybody watching this, please get involved with SGAC. If you're under the age of 35, it will…It's just such an amazing network and you won't be disappointed. Lindsey: Yeah, you won’t. Libby: What are your near future plans? What are you looking to do after you get your PhD? Lindsey: Yeah. So yeah, I have a couple more papers to finish up in the coming months and then I'm going to be starting to apply for postdocs and jobs in the fall. So yeah, that's the near future. Kind of the next year-ish of my life is making sure everything's done. So I'm, I'm done with the PhD. Libby: Awesome. But what are your aspirations beyond that? Let's say like 80 when you're 80 years old, what do you want to have accomplished? Lindsey: Yeah, I think that. My answer to that question is constantly evolving, but at the moment I'm really excited about supporting space missions, and helping to formulate future missions. So yeah, working on space missions in some capacity is something I'm really excited about doing more of. And then also the policy work. I definitely see a future in which I'm hopefully working on government policy in some capacity, helping to ensure that all the cool science that we do as astronomers can continue to happen, whether that's through finding funding for it or coming up with policies to help maintain the sustainability of space activity in the future. So yeah, there's a lot of, there's a lot of really cool kind of policy questions that I also hope to contribute to. Libby: It sounds like you are making your mark there and I'm excited to see what you put forth and what you come up with and I'm just going to be following your journey. Lindsey: Thank you. You too and in the SGAC stuff. I hadn't. I didn't know you were part of that. So that's really awesome. Libby: What advice would you give to someone considering a trajectory similar to yours? Lindsey: Definitely reach out to people who are doing things that you think are cool and just ask them about it. I think, yeah, a big part of figuring out whatever it is I want to do next is always just like talking to random people, cold emailing people, or talking to friends of friends and just being like. What do you do on the day-to-day and not being afraid to ask them what don't you like about your job? Because I found that that's also a really great, great question depending on who you're talking to. But yeah, it helps to just kind of learn what people are actually doing day-to-day, cause sometimes it's not always obvious. Libby: That’s really great advice. Did you receive any mentorship yourself? And if so, do you have any advice that you'd like to share that you received? Lindsey: I certainly have a lot of mentorship. It's definitely important to have people around you that want to support you in doing what you want to do, regardless of whether or not it's what they're doing. So that's one thing I found, finding people who maybe don't have the same career path as me, but are really encouraging and supportive of me doing what I want to do. I think [it] has been fantastic having mentors that are both older than you and kind of have more experience as well as mentors who are the same age as you or even younger than you. I do think that having kind of a diversity of career perspectives can be valuable too. I have a couple of close friends who have very similar kinds of goals to me who are also in the same stage as me. And so they're also mentors in a way that we can kind of support each other and help each other as we try to do things. And then, yeah, finding mentors through whether it's fellowships or cold emails or internships or whatever, kind of maintaining those contacts over time. Yeah, just kind of maintaining those relationships. Yeah, I think one big lesson you asked me about lessons. One big lesson I think I have been learning is how to say no to things. Because if it hasn't become clear, I have a lot of different interests and a lot of different things and I can't do everything at the same time. And so learning to say no to things and to have learning that it's OK to be really focused on one area that I'm excited about at some point in my life. So, I'm doing a lot of science right now for my PhD. It's possible that the next thing will be more mission programmatic focused or policy or maybe more science, but it's OK for those priorities to shift over time. And it just helps you build more experiences overall. So, I think that's, yeah, that's a big lesson that I've learned. Libby: I think it's a good one. It's great advice. I tend to be someone with my fingers in many, many piles at the same time. So, I totally relate to that. No is one of those words that can be hard to learn how to say sometimes. So, if you have any great advice on how to implement that, you'll have to pass it along later. What if, what if any changes would you like to see for women in this field? Lindsey: Yeah, I think definitely encouraging more women and gender minorities in general in astronomy would be fantastic. I do think that certainly, of course, anyone should be able to leave a field if they aren't excited about it, but I would hope that it's not because they didn't feel welcome there. It can be for other reasons. And so, I think I have been mostly lucky in that most of my mentors have been relatively welcoming, and I've had women who I can look up to. But that is not the case for everyone. I certainly know that that's not the case for everyone. And lots of people have subconscious biases too. So yeah, one example is I've been told a couple of times that my being ambitious is a flaw. I don't think that's true. I also don't know how many men get told that, but I would guess not as many. So when it was told to me it didn't come across maliciously, but obviously it was not a good thing to say and so continuing to be aware of biases like that and yeah, just trying to maintain a welcoming environment, I think would be great to constantly see more of. Libby: Yeah, that sort of statement is, I mean, that's the definition of unconscious bias right there. Absolutely meant with no ill intent, I'm sure. But just, yeah, I doubt that was asked to many men. Little curveball here. What's your favorite movie or TV show? I know we talked about Star Trek…. Lindsey: Yeah, I mean, that's the classic answer. So, it's kind of a boring answer coming from an astronomer, but I do think it's the one I have to go with just because, I don't know, I haven't. Yeah, I think for a sentimental perspective, I have to go with Star Trek. Libby: Which series? Lindsey: So, I grew up on the original series. So, if we're going sentimental, definitely, definitely that one. But I also loved it when the movies with Chris Pine were coming out in my kind of teenage years, I think. So yeah, those are great. Libby: They're coming out with another one of those. Lindsey: Oh, really? I didn't even know that. That's exciting. Libby: Yeah, I don't know when it is, but I know it’s happening. So keep your eyes peeled on your Google feed. Lindsey: Yeah, that's exciting. Yeah. Libby: Is there anything else you want to share today? Lindsey: No, just, yeah. Thanks for having me. It was a good chat. I think this is definitely valuable. Having conversations like this is valuable. So yeah, I encourage people to just kind of reach out if they have any questions or want to chat or anything like that. Libby: Thank you so much for meeting with me. This has been great, and I can't wait to share your story. Lindsey: Hey, thanks so much. Libby: Yep. Have a great day. You too. Lindsey: You too. Libby: Bye. Lindsey: Bye.


Thursday, January 23, 2025

Career Profile: Have Sextant, Will Travel

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.
Below is our interview with Dr. Jennifer Bartlett, the Project Scientist for Astrophysics at the Center for Astrophysics | Harvard & Smithsonian. Throughout her career, she has been interested in astrometry, the history of astronomy, computer science, and library science and worked in government and industry between degrees. She earned her bachelor’s degree at Rensselaer Polytechnic Institute (RPI) and her graduate degrees at the University of Virginia, from which she earned her PhD in 2007.


Dr. Jennifer Bartlett
Image Credit: Jennifer Bartlett

Where have you lived and worked?
I was born and raised in Virginia. When I left for college, I did not imagine that I would return to my hometown. However, after completing my bachelor’s degree, I returned to Virginia to live and work and eventually return to school. My graduate education was initially financed by my employers until the University of Virginia insisted I quit my engineering job to go to school full-time for a year. I continued to live in Virginia until last year. There is something both unnerving and uplifting to give a community outreach talk knowing your high school science teachers are listening.

What was your last academic position in astronomy/physics? Kinnear Chair in Physics, US Naval Academy 2021-2023, a 2-3 year visiting position that rotates between the Physics and Chemistry departments. Visiting Assistant Professor of Physics and Astronomy, Hampden-Sydney College 2006-2007, 2001-2002. I taught at the all-male Hampden-Sydney while I was in graduate school. The first time was the year after I completed my master’s degree. The second time was the year I defended my dissertation. What were the most important factors that led you to leave astronomy and/or academia? Much as I enjoyed teaching at Hampden-Sydney College and the US Naval Academy, I was not in the right position at the right time for a permanent position. My other opportunities for academic positions did not align well with opportunities for the rest of my family, either employment for my husband or education for my son. Our recent relocation to Massachusetts after years in Virginia was more challenging than we anticipated, but we believe it is the best choice for everyone. Because I enjoy teaching and mentoring, I am looking for opportunities to include more students in my work at CfA. Last summer, I sailed on the US Coast Guard Barque Eagle from Hamilton, Bermuda, to Halifax, Canada, to train cadets in celestial navigation, a very practical application of astronomy.
Bartlett working aloft on USCGC Healy
Working aloft on USCGC Healy
Image Credit. J. Bartlett

If you have made a career change, what was your age at the time? I have made multiple career changes, most recently in my 50s. Leaving RPI with an undergraduate degree in physics, I went into political campaign management, lobbying, and legislative service. After a few years, I tried information security for about a year. Next, I returned to using my physics background as a space systems engineer. Seven years after completing my undergraduate education, I started a part-time graduate program in astronomy using my employee education benefits. While still in graduate school, I moved from space systems to naval systems engineering and eventually to teaching. After completing my doctorate, which required 10 years, I joined the US Naval Observatory as a geodesist. I then moved into astronomical software application development. Three years ago, I tried teaching again when a temporary position opened at the US Naval Academy. Each change has brought challenges and opportunities. I have learned something and found interesting experiences with each new position. What, if any, additional training did you complete in order to meet the qualifications? To move fully from systems engineer to astronomer, I completed my doctoral work. To be a better teacher, I participated in education workshops offered at AAS meetings and through the teaching and learning centers at my institutions. As a graduate student, I also had a fellowship in instructional technology. I am currently taking training in effective lesson development from the University of California, Los Angeles. As I moved into software development, I took numerous short professional development classes in programming and software engineering.
To move from individual technical contributor to supervisor, I completed a Navy executive leadership training program, including earning my Project Management Professional certification and multiple courses at the Annapolis School of Seamanship. For privileged access to Navy networks, I earned a CompTIA Security+ certification. I will probably undertake some more formal training in computer and information science for my current position over the next few years. Describe job hunting and networking resources you used and any other advice/resources. I obtained most of my early non-astronomy jobs through networking. Even as I moved into astronomy positions, I maintained my engineering networks by keeping in touch with former colleagues and attending functions. Moving from graduate school into a professional career in astronomy, I leaned heavily on the school placement office. I made consistent appointments with the same counselor and developed a strong relationship with her as I worked to improve and tailor all of my application materials. More recently, I worked with Alaina Levine through the AAS employment services to make a late career change within astronomy. I have also participated in mentoring circles offered by the Association for Women in Science, District of Columbia chapter. Some of the best advice I received at my first or second AAS meeting was that the best use of my time at meetings was networking, regardless of whether I was actively looking for a job. I try not to miss an opportunity to connect with people, which strengthens all of our relationships.
What has been your career path since you completed your degree? I completed my doctorate while teaching full-time (4/3 load) at Hampden-Sydney College as a sabbatical replacement. At the end of that 1-year contract, I accepted a GS-12/13 career position with the Naval Observatory in the Astrometry Department. I learned about the position from staff members to whom my advisor had introduced me and with whom I had remained in contact for several years. After 2 years, I moved to a GS-12 position in the Astronomical Applications Department. In my first months in that position, I learned I was pregnant. Instead of full-time maternity leave using all of my available leave, I negotiated to work from home for several months using a few hours of leave each week, I returned to work full-time in person in time to apply for the position of GS-13/14 division chief, supervising a nominal team of 4 government astronomers and 3 contractors. After 11 years as division chief, I accepted a rotation as Kinnear Chair at the US Naval Academy. I stumbled across this position when I was on the institution website looking for other information. I taught one course each year in the general physics program, supported astronomy lectures, and mentored research students. Although my rotation was extended to the full three years, I chose to join the CfA as project scientist for astrophysics. I learned of this most recent opportunity through a banner on the ADS website. What have been particularly valuable skills for your current job that you gained through completing your degree? The most important technical skill for my current position is one I developed as part of my degree program: how to do research - how to ask a question, how to consider what additional information I need, how to develop a means of testing the ideas I have about the topic, and then how to summarize what I have learned for others to use. This skill applies to the research portion of my job and to the service portion of my job, and what changes is the types of questions I am asking. I can ask what stars are most practical to observe during nautical twilight or I can ask how we index bibliographies within a digital library. I am still working on both. The most important soft skill for my current position is one I developed as part of my degree program: managing multiple priorities, projects, and people simultaneously. As a graduate student, I had my academic responsibilities alongside a professional career and a separate family business. As a project scientist, I have multiple projects designed to improve our services, community outreach
Bartlett stands by the CfA sign
Bartlett on her first day at CfA
Image Credit: J. Bartlett

responsibilities, and leadership roles in AAS working groups along with my personal research. In both cases, I have to manage a family life as well. Describe a typical day at work. Like many jobs, a typical day involves too many meetings and too much staring at a screen. Today, I arrived at CfA at 9:30 AM after a 1.5-hour commute due to bad traffic, which I made longer by detouring to the Post Office to mail legal documents related to a family business matter. At 10:00 AM, I attended an in-person interview for a new librarian hire. Between the interview and a virtual planning meeting for the NASA booth at the January AAS meeting, I worked on a proposal for a fellow to assist me with illuminance research and uploaded data to an Open Science Foundation project as a step towards making it publicly available. I ate lunch at my desk, a habit that I am trying to break. I had planned to attend a stress test of a new feature that would improve the reading of scanned literature hosted by ADS; however, that session was deferred to next week. I had planned to attend a virtual meeting of the Astrophysics Data Center Executive Council (ADEC) but my supervisor recommended that I simply submit an update for the minutes. Instead, he met in-person with all the project scientists to review which professional meetings we planned to attend over the next year and would we be staffing a booth or presenting. We were briefly sidelined by a discussion of the network issues ADS and SciX have been experiencing. As a further aside, these issues were also preventing a colleague from compiling a bibliography of all the papers written by Steve Murray, one of the founders of ADS. The biography of Murray will appear in the third edition of the Biographical Encyclopedia of Astronomers that I am editing. After that, I worked on a draft lesson plan for a training module intended to teach librarians about using the new Science Explorer (SciX) interface and about Open Science resources. Then, I met virtually to discuss our progress in designing these lessons with the librarian with whom I am collaborating. Next, I cross-referenced candidates for the ADS and SciX users groups and issued invitations for new members of the ADS Users Group. The commute home took only an hour. My menfolk were at Boy Scouts so I ate dinner alone, chatted with my mother on the telephone, and, then, attended a virtual Compline service. By then, my men were home and I put my son to bed. I am now writing this profile, which I should have completed last week. Earlier this week, I chased down registrations for the January AAS meeting for our team here and the Oral History Interview program. I started collecting information for a HAD News article about the Astro observatory. I looked over illuminance measurements made by a colleague during the 2017 total solar eclipse for comparison with my 2024 experiment. I walked across Harvard to collect a book about the development of astrophotography because CfA no longer has a local library. I attended a colloquium given by Stephanie Jarmak, our project scientist for planetary science, on her asteroid research. I reviewed recent claims of planets orbiting Barnard’s Star and sent the latest paper on the topic to my graduate advisor who is now retired. I participated in a planning meeting for the November ADS User
Bartlett and her son on eclipse day
Bartlett and her son on eclipse day.
Image Credit: J. Bartlett
Group. Looking forward to the rest of the week, the project scientists will meet with the leader of our development team to discuss priorities for the next year. We have a general staff meeting. I have two virtual appointments to mentor proteges: one is a non-traditional graduate student and the other is a mid-career scientist. I also need to write a recommendation for my summer intern from last summer. I will meet with a developer about assigning keywords from the Unified Astronomy Thesaurus to scholarly articles but need to review the 100 test cases he sent me so far. The senior editors of the Biographical Encyclopedia of Astronomers will meet this week to coordinate assignments. I anticipate editing at least two articles. On a personal level, I attended the live (touring company) Mamma Mia! with my husband last night but will probably spend this weekend working on the tax filings for our family business. All things considered, going to sea sounds like a wonderful idea right at the moment. How many hours do you work in a week? I plead the 5th. What is your salary? I am a Smithsonian Astrophysical Observatory trust fund employee in the Boston metropolitan area, IS-1330-14 step 10, with a mandated annual salary of $179,462. What is your level of satisfaction with your current job? Very high. What are the most enjoyable aspects of your job? I enjoy the flexibility to define my position and pursue my own interests while contributing to an essential community resource.
Bartlett teaching students how  a sextant works
Showing how a sextant works
Image Credit: J. Bartlett


What do you like most about your working environment? My current team is mutually supportive and bound together by a common passion for ADS. What opportunities does your job provide to be creative and/or to take initiative? On the creative side, I am exploring how to better promote and exploit public libraries within ADS. I am also considering how to harvest dissertations for ADS and the Astronomy Genealogy Project more efficiently than the current practice of hand entering all the data. All the project scientists are thinking about what relevance means within our discipline and how we would express that algorithmically. With respect to taking the initiative, I am working with the new AAS Working Group on the Unified Astronomy Thesaurus to recover from the loss of the part-time curator previously provided by the Wolbach Library. While the abrupt closure of the Wolbach Library was very disruptive, it is an opportunity to re-think everything about the Thesaurus and to revitalize this project to provide a single, controlled vocabulary to describe research products in astronomy, planetary science, and heliophysics. How satisfied are you with your work-life balance in your current job? To the extent that my life is out of balance, the fault is in my own enthusiasms. I am very intellectually engaged in many of the improvements to ADS on which we are working. I enjoy working with my scientific data. I am passionate about the preservation of our astronomic heritage and understanding the human cultural aspects of our science. I like doing public outreach projects. My son is at the angsty teen phase where no parent could understand the social trauma of high school nor remember how to solve an algebra equation or punctuate an essay. He does not, however, hesitate to ask me to work from home on a school holiday so he can have friends over or invite me to play D&D with his friends when tax season passes. Although I only work in-person at CfA three times a week, the hour plus commute from Framingham means that I see little of my family on those days. However, living closer would mean less satisfactory accommodations for our family. How family-friendly is your current position? My supervisor and my colleagues have been nothing but supportive of maintaining work-life balance. Our discussion today of what professional meetings we should attend included an appraisal of whether the anticipated travel would put too much stress on our families. The three-day a week in-person requirement is very much tempered by flexibility to take care of family matters, a sick child, a school play, What advice do you have for achieving work-life balance (including having a family)? I am blessed by a supportive husband and a delightful (for a teen, that is) son. I have an extended family, including elderly parents, that I love. My life would be diminished by the loss of any of these. On the other hand, I do have to work to support my family. However, I cannot work or take care of them if I do not maintain my own mental and physical health. Everyone’s requirements and responsibilities regarding work and family life are different. Each of us must determine our own definition of balance and figure out for ourselves what we need to accomplish that. In addition, the balance point will probably shift over the course of our lives. We need to keep assessing our situation and our needs. Do not be afraid or ashamed to ask for what you need to be a balanced and successful person. What do you do for fun (e.g., hobbies, pastimes, etc.)? My family are medieval re-enactors. I enjoy archery, axe throwing, fencing, dance, cooking, embroidery, weaving, and nalbinding. I am determined to master the drop spindle. I look forward to some version of my schedule that allows me to resume swimming on a regular basis. I read voraciously. My husband generously refrained from commenting on the number of my books, even when two trips with a pick-up truck were required when I was moving offices. Can we include your email address for people who may want to contact you directly about your specific career route? Certainly, jennifer.bartlett_at_cfa.harvard.edu (replace the _at_ with @).

Thursday, January 16, 2025

Meet your CSWA: Rayna Rampalli

Born and raised in California, Rayna Rampalli (she/her) is a fifth-year NSF GRFP fellow in the Department of Physics and Astronomy at Dartmouth College. She graduated from Wellesley College with a bachelor's in astrophysics and spent two years doing astronomy research through Columbia
University's Bridge to the Ph.D. Program in STEM. With Prof. Elisabeth Newton, she 
is focused on completing her dissertation research - using stars as tools to understand the evolution of planets and our own Milky Way. Rayna is committed to making astronomy more inclusive and accessible. 

Describe the first time you made a personal connection with the planets and stars
Growing up in California, I didn’t have access to the darkest night skies (though you’d be surprised what you can see in Sacramento!). When I was nine years old, I attended a summer camp at a local science museum with a planetarium. All of us were always excited to spend time there learning about various constellations and how different cultures interpreted them and watching videos about our solar system. This shared interest in the universe united under one sky and the calmness of the planetarium has stayed with me over the years.

How did you end up working in the field?
I am definitely one of those people who never grew out of her childhood interests. But as a high schooler, I wanted to know what a career in astronomy was actually like and was lucky enough to attend the University of Arizona’s advanced astronomy camp led by Dr. Don McCarthy. We spent an entire week observing and analyzing data using the telescopes on Kitt Peak, and I definitely saw myself content to do this for the rest of my life!

Who inspires you?
At the beginning of graduate school, my advisor encouraged our research group to develop a mission statement for ourselves based on Dr. Lucianne Walkowicz’s workshops. In writing this, I realized how my goals to engage in open and inclusive science are a reflection of the incredible mentors I’ve had in my academic journey. They have guided me with a level of integrity, support, openness, and commitment to improving inclusion that have allowed me to feel like I deserve and belong in this field. The grit, resilience, and unwavering support of my family is also a daily inspiration to leave every space I enter better than I found it.

What community issues are important to you and why?
In the last decade, astronomy has made significant progress in identifying DEI issues and proposing recommendations. However, the execution of these initiatives can fall short and lead to a lack of true, sustainable change. To ensure meaningful impact, we need to incorporate expertise from programs like Movement Consulting and the expertise of social scientists to effectively implement and sustain these efforts. Additionally, while much of the focus in DEI efforts has rightly been on how identity impacts inclusion, we also need to consider more subtle forms of privilege, such as the advantages tied to certain institutions over others. Addressing these institutional inequities is crucial to creating a more level playing field. 

Tell us about a favorite moment so far in your career.
As a senior at Wellesley College, a few other physics majors and I started documenting how courses at Wellesley were historically designed to, and successfully did, support women pursuing physics and astronomy. I remember us digging through materials in the library archives and reading letters from Sarah Frances Whiting and Annie Jump Cannon, who was the first woman astronomer I ever learned about. It was truly a full circle and learning-from-history moment. 

What advice would you give to someone who wants to take the same career path as you?
Do not underestimate the power of collaboration and being unafraid to admit you do not know something. Seek opportunities to grow your mentorship network beyond your current institution.

What do you do for fun?
I love swimming both in the pool as part of the Upper Valley (UV) Rays masters swim team and in whatever various natural bodies of water I’m near at the moment. You can also usually find me watching the latest bad TV shows available on Netflix.

If you weren’t in the field of astronomy, what would you be doing?
I took a few American studies courses in college that were super fun and contextualized my own experiences as a South Asian woman of color. I would probably pursue a PhD in it to understand American society, history, and culture in all its diversity and complexity from an interdisciplinary perspective.

What changes would you like to see for women in astronomy?
I recently read this article about how women in academia end up doing all the “academic housework” at their institution. These inequities in labor begin as early as college and propagate to the larger systemic inequities we see in the field. I envision a world where this is longer the case. I also want to encourage the discourse that women are not a monolith and to value the unique contributions and identities women bring to astronomy, particularly women of color. 

What are your goals as a part of the CSWA?
I am excited to help the CSWA implement the many impactful projects outlined in its strategic plan. As an early-career researcher, I am also committed to increasing engagement and involvement from other early career folks with the CSWA and the other working groups in the AAS. 


Thursday, January 9, 2025

CSWA Sessions & Events at AAS National Harbor 2025

by Karly Pitman, CSWA Chair




We look forward to seeing you at the 245th American Astronomical Society meeting to be held January 12-16, 2025 at the Gaylord National Resort & Convention Center in National Harbor, Maryland.  


CSWA will be hosting and co-hosting several events early in the week.  Please come by to meet your CSWA representatives, network, and support the advancement of women in our field.


AAS and CWSA Meeting Schedule:


Sun. Jan. 12:

AAS Grad School & REU Fair

Prince George’s Exhibit Hall E

5:30-7:00 p.m. ET

Come hear about CSWA's strategic plan and current activities and how you can get involved with AAS at the CSWA table!


Mon. Jan. 13:

CSWA Hackathon - Take Action for Equity

Chesapeake 6

1:00-3:15 p.m. ET

The AAS Committee on the Status of Women in Astronomy (CSWA) has recently authored several papers with recommendations by and for our community on ways to support gender equity and the success of women in astronomy. In this interactive, solutions-oriented session, attendees will choose from a menu of canonical and systemic problems facing women in our field (e.g., issues impacting employment pipeline and retention, compensation, two-body problem, workplace civility, barriers to power and leadership, etc.) and collaborate in real time to brainstorm practical and tactical solutions to address them. We all know what the problems are - what we need is dedicated time together to solve them. If you don’t have time to volunteer for a committee but want to effect change and take action, this is your opportunity.


Tue. Jan. 14:

1400 Degrees and AAS CSWA Networking Event at AAS245

(Offsite event at Rosa Mexicano, RSVP link below; 6:30-9:00 p.m. ET)


1400 Degrees is partnering with the American Astronomical Society’s Committee for the Status of Women in Astronomy for an evening networking and community-building event at the AAS245 meeting in National Harbor, Maryland, on January 14th, 2025. Connect over dinner and beverages with scientists from different institutions, career stages, and scientific sub-disciplines within physics and astronomy in a casual and comfortable environment. Feel free to share this invitation with your (21+) women and gender minority colleagues attending the AAS conference. Space is limited, so make sure to RSVP quickly. We hope to see you there!

 

Link to RSVP on Eventbrite: https://www.eventbrite.com/e/1400-degrees-and-aas-cswa-at-aas-2025-tickets-1083319611119


Hosts: Karly Pitman/CSWA and Gabriele Betancourt-Martinez (Heising-Simons Foundation; 1400 Degrees: https://1400degrees.org/)

We hope you can join us for some or all of these events. Find the full schedule for AAS 2025 at https://aas.org/meetings/aas245




Thursday, January 2, 2025

Emily Calandrelli: 100th Woman in Space

On November 24, 2024, Emily Calandrelli, an aerospace engineer and popular science communicator, became the 100th woman to reach space. Calandrelli joined five other passengers on Blue Origin’s ninth space tourism flight. Blue Origin streamed the launch and Calandrelli’s reaction, which brought hundreds of supportive comments online, but Calandrelli also received some toxic and sexist comments disparaging her response.

Calandrelli received degrees in Mechanical and Aerospace Engineering from the University of West Virginia. She then attended MIT and earned master’s degrees in Aeronautics and Astronautics and Technology and Policy in 2013. Calandrelli also interned at NASA. 

Since 2013, Calandrelli has worked as a science communicator, advocating for STEM education, particularly for girls, through various media. She is the host of Xploration Outer Space, part of Fox’s Xploration Station, which targets pre-teens and teens with mainly STEM-based programs. Calandrelli had already filmed YouTube videos with the engineering department at the University of West Virginia and had a growing online following as The Space Gal on her social media channels when Fox tapped her to host the program.

Calandrelli also pursued writing with Ada Lace, a STEM adventure series for kids. This six-book series follows 8-year-old Ada Lace as she uses science to solve problems. Calandrelli has also written a picture book, Reach For The Stars, and two science experiment books for kids. 


In 2020, Calandrelli took her passion for STEM education a step further. She pitched the idea for a children’s science show to Netflix and the company picked up the show. Calandrelli, who was pregnant with her first child, got to choose whether she wanted to film the series pregnant or wait until after delivery. The science communicator took the opportunity to film the entire series of Emily’s  Wonder Lab while 36 weeks pregnant.


In an interview with Parentaly, Calandrelli said, “On TV, you don’t usually see someone who is pregnant doing something other than being an expectant mother - or hiding it.” While the show wasn’t renewed for a second season, it still ranks high on Netflix’s list of shows. 


Calandrelli has continued to support STEM education and careers for girls and women through her YouTube channel, recently launching Emily’s Science Lab, where she demonstrates science experiments for kids. Calandrelli also maintains active social media accounts on Instagram, Facebook, X, TikTok, and Bluesky, where she reaches several million followers as The Space Gal.



When Calandrelli traveled past the Kármán line in November, fulfilling a long-held dream to travel to space, she posted her reactions online, despite the risk of all-too-familiar disparaging comments from internet trolls.  Calandrelli posted on Instagram, “I refuse to give much time to the small men on the internet.” Instead, she continues to focus her efforts on advocating for STEM and space exploration for all, particularly for girls and women.


Find out more about Emily Calandrelli at thespacegal.com