meet a DESI member

What is your position or role in the DESI project?
Executive Coordinator for NSF’s NOIRLab Mid-Scale Observatories / Kitt Peak Directors office.

Where were you born?
Florida

Where do you live now?
Tucson, AZ

What do you do as part of DESI?
I provide administrative support including planning of DESI reviews and collaboration meetings, logistics, lodging and safety support along with procuring miscellaneous supplies as needed for the Kitt Peak DESI team.

What is the most interesting or exciting thing about your job?
The most interesting thing is interacting with people of all cultures, backgrounds and skill sets. I feel very honored and privileged to be able to work on the beautiful, magical Tohono O’odham land.

What do you do for fun?
I enjoy remote camping and exploring the deserts and forests of Arizona with my husband and three (adult!) kids.

What is your role in the DESI project?

I’m involved in the Milky Way Survey, where I contribute to the target selection and the definition of the Backup program, currently lead the MWS Visual Inspection efforts, and help out as a DESI observer. One of my roles was to work on the target selection of white dwarfs, which DESI is observing as secondary flux standards (white dwarfs are usually very blue, and have relatively simple and well understood spectra. Well, most of them).  Within DESI, I’m probably the person with the lowest redshift: my science interests are stars in the solar neighborhood, in particular within 100pc.

Where were you born? Where do you live now? What are the interesting places that standout that your work has taken you to ?

I was born and grew up in Berlin. One of the first questions I get asked is “which part”: West Berlin. During the cold war, it was pretty much the same as living on an island. Now I’m settled in the Midlands in the UK, which are very beautiful. That is, once the Sun comes out. I love being at observatories. All of them. Each and every one of them is very different: The views over the Arizona desert from Kitt Peak are just stunning (and their food is very nice).  Paranal is the true definition of desert, and the platform with four VLTs, one of them firing a quad AO laser, seems straight out of a science fiction movie. La Palma has some of the most varied landscapes (words can’t capture what it feels being on the rim of the Caldera). And being chased by wild boars in a moonless night at Calar Alto stands out as a memory.

What would you say is the most interesting or exciting thing about your job?

Three very different aspects come to my mind. I really enjoy working together with so many amazing people from all over the world and of all ages, that have such an enormous range of skills and knowledge. Thanks to them, I learn something new every day.  Then there is the huge satisfaction of answering a scientific question, pushing the boundary of our knowledge just that one step further. And finally, the day-to-day work is just great fun. I’m a data junkie, and with the rapidly growing number of ground and space-based photometric and spectroscopic surveys, there is no end to discovering new exciting things out there in the Universe.

Any advice for aspiring scientists?

Find out what you are good at, sharpen those skills, and then make good and constant use of them. Just like you would do when learning to play an instrument, or practice some sport. Keep questioning the things you think you know. Read a lot of papers and listen to a lot of talks spanning a wide range of topics. Look out for that odd small inconsistency in your data (or equations), turn it into a question, and then try to find an answer.

Finally, what do you do for fun?

Hey, astronomy is a lot of fun. But so is cycling, climbing, cooking, travelling, and spending time with friends and family.

What is your position or role in the DESI project?
I am a third year PhD student at Durham University, working on red quasars within the Galaxy Quasar Physics working group. Quasars are high redshift objects that tend to be very blue, but there is a small but important subset that show much redder colours (“red quasars”). Our group at Durham are very interested in these red quasars because we have found fundamental differences in the radio properties of red quasars, compared to their blue counterparts. We are excited to explore reddened quasars within DESI.

Where were you born?
I was born in Yorkshire in the UK, but grew up down South in in Berkshire so never got the accent!

Where do you live now?
I now live in Durham UK, close to the University. Durham is a beautiful city and I love walking by the river.

What do you as part of DESI? 
Within DESI I am studying the diversity of quasars and in particular dust-reddened quasars. I have a secondary target program that has been targeting reddened quasars that may have otherwise been missed by the nominal QSO selection. I am also a member of the ECS committee within DESI. The ECS committee organises monthly ECS meetings and plans pre-meeting ECS activities such as networking events and data tutorials.

What is the most interesting or exciting thing about DESI ?
I love being connected to people within the collaboration from all over the world. I have already learnt so much from being part of DESI and have met so many interesting people. In my work I enjoy exploring new datasets, trying to make connections and understanding new results. I particularly enjoy looking at different exotic quasar systems that DESI has been observing such as broad absorption line quasars and reddened quasars.

Any advice for an aspiring scientist?
Never give up and never think you are not good enough. Sometimes you might wonder whether there is an easier path than academia, but ask yourself if there is anything as enjoyable as exploring the Universe!

What do you do for fun?
I like going to the pub with my friends – and Durham is not short on great pubs! I also enjoy giving public science talks and going to music festivals.

What is your position or role in the DESI project?
I am a graduate student at the Ohio State University working with Klaus Honscheid and Ashley Ross. I have primarily focused on DESI’s fiber positioner robots which I have a long history with stretching back to my time as an undergraduate at the University of Michigan.

Where were you born? Where do you live now?
I was born in Pontiac, Michigan on the north side of Metro Detroit. A fun fact is that the car company Pontiac (now defunct) is named after the city which in turn was named after Pontiac, a chief of the Ottawa people. I now live in Columbus, Ohio.

What do you do as part of DESI?
I have been working with DESI’s fiber positioner robots since 2016. My work has been a good mix of writing software, running hardware, and thinking a lot about how the robots move, including calibration and individual quirks. When I moved to Ohio State the scale of my work grew and I developed the software interface between the Instrument Control System and the Focal Plane System. Through the commissioning campaign I was hard at work with the rest of the focal plane team in operating the focal plane, addressing operational quirks, and improving the operational efficiency when using the focal plane.

Most recently I have become interested in the creation of the clustering catalogues from DESI data. DESI views the universe in its own unique way, creating a characteristic fingerprint in its data. When trying to extract cosmological information from DESI’s observations it is important to understand and take out effects that arise from DESI’s hardware and observing strategy. This way we can make conclusions on the underlying universe rather than just what DESI saw.

What is the most interesting or exciting thing about your job?
It is exciting to work on such an amazing instrument. DESI’s 5,000 positioner robots are a complex system to work with but they enable us to map galaxies on a scale never done before. Another great feature of DESI is that its size requires a large collaboration of vibrant people to learn from and interact with!

Any advice for an aspiring scientist?
I am still a young scientist myself but learning to ask questions is a skill that I am still developing and wish I had developed earlier. There should be no shame in not knowing something. Also asking a question can dramatically increase the value of reading a paper or listening to a talk.

What do you do for fun?
When I get the time, I love to go hiking; both on day hikes and multi-day hikes. When I do not have time, I go for walks instead. More often though I spend my time reading, enjoying some music, or experimenting in the kitchen.

What is your role in the DESI project?

I am the co-chair of the Cosmological Simulations Working Group, which means I help organize the efforts to produce simulations of the maps of galaxies that DESI will make.  These simulations help us figure out the ingredients that went into the early universe, even though we can only look at the final product—the galaxies today.  It’s kind of like trying to figure out the ingredients of a cake by tasting it: you can make a good guess based on the flavors, but if you really want to know if you got the recipe right, you have to try to bake it yourself and see if it comes out the same.  That’s what we do, thousands of times over, with our simulations.

Day-to-day, I write and run simulations and tools to help the DESI collaboration use the data.  I write papers about the simulation techniques and tests we come up with to show that our simulations are high enough quality to match the amazing data being delivered by the DESI observations.

Where were you born? Where do you live now? What are the interesting places that standout that your work has taken you to ?

I was born in Virginia, USA, grew up in the Philadelphia suburbs, and currently live in NYC.  I was always interested in astronomy, but I sort of stumbled into studying it in undergrad after taking an introductory course.  When I got to the cosmology courses, I was hooked!

Astronomy has given me many amazing travel opportunities, starting with Tokyo for an undergrad summer research project.  Since then, I’ve been to conferences in Munich and Lisbon, and a summer school in Chile—that’s the Chilean summer, so I got to dodge the North American winter!  I’ve gotten to visit observatories in the German Alps and the Chilean desert—the latter was really special, because it’s one of the darkest observing sites in the world, and you can see the Magellanic Clouds since it’s in the southern hemisphere.  The Magellanic Clouds are a pair of satellite galaxies that orbit our galaxy; I had written my undergrad thesis on them, but had never seen them myself until that trip to Chile!

What would you say is the most interesting or exciting thing about your job?

I work on cosmological simulations, which are computationally demanding and require supercomputers to run.  I love the challenge of squeezing every last ounce of performance out of a supercomputer, especially when doing so helps us learn something about the universe.

Any advice for aspiring scientists?

Astronomy is full of opportunities to combine your interests.  Interested in astronomy and earth science?  You can study exoplanet atmospheres.  Astronomy and machine learning?  There’s gravitational lens identification in telescope images.  Astronomy and high-performance computing?  Cosmological simulations (that’s me!).  These are just a tiny fraction of the interdisciplinary possibilities!

And don’t be afraid to challenge yourself—as an undergrad, I knew computer science came more naturally to me than astrophysics.  But studying astrophysics has proven rewarding exactly because it was challenging.  Doing something challenging is often where we have the biggest opportunity for learning and growth.

Finally, what do you do for fun?

In pre-COVID times, I did tango dancing and rock climbing.  These days, I like to explore the many parks of NYC on foot, and when the weather keeps me inside, I like to play video games and dream up the latest plot twist for my Dungeons & Dragons campaign.

What is your role in the DESI project?

I am the lead on a key science goal of DESI, the selection of the biggest Bright Galaxy Sample (BGS) to date which aims to measure the positions to 20 000 000 galaxies over 14 000 square degrees with a median redshift of z ∼ 0.2. I’m also in charge of providing the Survey Validation BGS targets. I’m an active member of the BGS and target selection working groups.

My main work involves the construction of the BGS target catalogue for DESI and for this I use the Legacy Surveys Imaging data. Efficient target selection is central to achieving the scientific goals of BGS. I implemented a new way to do star-galaxy classification exploiting a combination of GAIA’s compact point spread function (PSF) and model magnitudes from the Legacy Surveys (LS) pipeline TRACTOR. My work also involves the assessment of the target catalogue using other datasets such as SDSS and GAMA galaxies, as well as mock galaxy data like the MXXL light-cone catalogue. My work also focuses on galaxy clustering analysis and mitigation of systematics.

Where were you born? Where do you live now? 

I was born and raised in Colima, Mexico, a beautiful Mexican state with two volcanoes and nice beaches. Since 2017, I live in the beautiful city of Durham, UK. Famous for its almost 1000 years old Cathedral, and for being the filming place of some of the Harry Potter movies.

What would you say is the most interesting or exciting thing about DESI?

I guess the most exciting thing is the opportunity to unveil the mysteries of our Universe with one of the most ambitious surveys of the time as DESI is. But, beyond that astonishing thing, is the fact that there’s no recipe for many things, and so you have the opportunity to be the first in creating this new knowledge. For instance, building the BGS target catalogue, I have to come up with new ways to identify spurious objects or fake galaxies. For this effort, besides the data analysis I normally do, I found some motivation to dip into web development and create an interactive webpage to carry visual inspection of the Legacy Surveys Imaging.

Any advice for aspiring scientists?

Quoting Coldplay, “nobody says it was easy…” but hey, you definitely will enjoy the road, especially when you do what you like. Don’t be afraid to be wrong or to not know things, as Richard Feynman used to say “I have approximate answers and possible beliefs, different degrees of certainty about different things but I am not absolutely sure of anything, and in many things, I do not know anything about it …”

Finally, what do you do for fun?

I occasionally do outdoor games and sports. I like to play table tennis and someday I would like to practice some real tennis. I like coding for fun and to learn new programming tools. I am a bit of a foodie person, so I like to try new dishes and also like to cook occasionally. But the thing I do enjoy the most is playing with my son.

Anything else you’d like to share ?

Yes. Thank you, DESI! Thanks to this collaboration I’ve learned plenty of things and meet wonderful people on the road. The experience I’ve gained with DESI opens many doors in my career, and that’s something I will always be grateful for.

What is your role in the DESI project?

I work on the large-scale clustering patterns of galaxies and quasars, and how we can learn about cosmology from these measurements, in particular how dark energy has been changing the expansion history of the Universe. I’m especially interested in developing new types of these analyses based on ”voids” in the galaxy distribution. But right now I’m also learning about the details of observing galaxy spectra while contributing to the visual inspection effort of early data, and preparing for my first remote observing run later in the year.

Where were you born? Where do you live now? 

I was born in Delhi, India. I live in Portsmouth, in the UK. Work took me to the wonderful far north of Europe, in Helsinki, where I worked as a postdoc for two years and where the sea would freeze over in the winter – but the most interesting place has to be a safari game reserve in KwaZulu-Natal, South Africa, which was the venue for a week-long cosmology conference I once attended!

What would you say is the most interesting or exciting thing about DESI?

The most exciting feeling as an astronomer is that brief eureka moment when you solve some interesting problem, and for a short time you get to feel that you are the only person in the world who knows the answer to a question that lots of people might be interested in … but these are pretty rare! More commonly, the best thing about it is the opportunity to interact with really clever, motivated and interesting students and colleagues every day.

Any advice for aspiring scientists?

Science is tough, but it is extremely rewarding so it’s worth sticking at it. Try to work with and learn from as many people as you can – it’s a collaborative effort!

Finally, what do you do for fun?

I like to say I’m a rock climber and mountaineer. The truth is that I haven’t been able to do any serious climbing for a long time, because work and kids and other things have taken up my time, but it’s still an important part of my identity! Nowadays (at least, pre-Covid) I enjoy playing squash instead.

What is your role in the DESI project?
I’m a post-doc mainly involved in GQC working group.

Where were you born? Where do you live now? 
I was born in Seoul, Korea and currently living in Shanghai, China for my post-doc position at SJTU.

What would you say is the most interesting or exciting thing about DESI?
One of the most interesting thing about DESI for me is to experience the pipeline for processing spectroscopic data. Before joining DESI, ‘data’ were just some binary files to me consisting of many columns including RA, DEC, z, and some weights. But, after joining DESI, I had many chances to learn about how raw data are processed in the pipelines before arriving at my hands. For example, participating in visual inspection and working on fiber assignment are the ones where I can experience some part of the raw data process.

Any advice for aspiring scientists?
Either failure or success, it can be a stepping stone for the next step.

Finally, what do you do for fun?
Reading books. Rather than reading fast, I prefer slow reading and enjoying each line, which makes me feel like having conversation with author. And, recently, (I’m not sure if I should say “because of“ or “thanks to” COVID19, but anyway) I started a couple of online book clubs with some old friends. After reading one chapter of the same book every week or every two weeks, we regularly meet online and discuss anything related to the chapter. You may want to try this as well. It is really fun!

What do you do as part of DESI (both generally and day-to-day activities)?
I mostly work within the Lyman alpha working group [the science team in DESI that focuses on extracting information from quasar spectra in order to learn more about the history of  the universe, Ed.]. Alongside with Michael Walther I am co-lead of the Picca task force [Picca is the analysis code developed to process quasar spectra]. We work on the development of the analysis pipeline Picca, and we coordinate the team of developers. On a day-to-day basis I participate in many working group discussions where we discuss the research of the different members. I identify potential defects on the analysis and coordinate the actions required in Picca to fix/test them.

Where were you born ? Where do you live now ? What are the interesting places that standout that your work has taken you to?
I was born in a very small town near Barcelona, and I now live in Paris. I’ve also been living in Marseille and the Canary Islands! My work has taken me to several places both in Europe and the US.

What would you say is the most interesting or exciting thing about your job?
For me, the most interesting bits of scientific research are the sense of accomplishment once you finally solve the puzzle you are into, and the sense of seing things no one else in the world has seen yet.

Any advice for aspiring scientists?
Create a plan: what do you want to do in the next 5 years? And in 10 years? Where do you want to live? Yes, I think it is more important to live in a place you like rather than having a “better” position. Detail the initial stages of the plan, and just have a broad idea of what you want to achieve. Focus on the opportunities and modify the plan as necessary. And always have a backup!

Finally, what do you do for fun?
I like to do many, many things: climbing, biking, hiking (mostly in the mountains), dancing, cooking, … I also enjoy a lot “Castells” : we create human pyramids that go up 6 stories or even higher!

What do you do as part of DESI (both generally and day-to-day activities)?
I have developed the auto-guiding system, an algorithm that analyzes the stars in the field and provides corrections to the telescope, driving it to the exact target location and stabilizing the telescope motors in that precise sky position during the entire exposure. This system is key to ensure the light from the target galaxies fall into each of the 5000 fibers. Any mispositioning or tracking error would prevent the light entering into those tiny fiber holes, decreasing the spectra signal-to-noise, reducing the survey efficiency and causing contamination from other sources. I have been part of the commissioning of all three of the following instruments: ProtoDESI, Commissioning Instrument and finally DESI. After many nights of tests at the Mayall telescope, we managed to reach the tight requirements on guiding accuracy and tracking.

Where were you born ? Where do you live now ? What are the interesting places that standout that your work has taken you to?
I was born in Barcelona and continue to live and work here. Thanks to projects like DESI, I had the opportunity to visit the most outstanding observatories on earth, such as El Roque de los Muchachos in the Canary Islands, the Cerro Tololo Interamerican Observatory in Chile and of course, DESI’s home, Kitt Peak National Observatory in the US. Astronomers and people working in observatories have something special and always lead to interesting conversations during the long nights of observation.

What would you say is the most interesting or exciting thing about your job?
The fact that with our algorithm we can move the Mayall telescope weighting 375 tons with a precision of a few milliarcseconds is really awesome!

Any advice for aspiring scientists?
Bring your own and risky ideas. Common and logical things have already been done and we won’t discover anything new with the things we know.

Finally, what do you do for fun?
When I had less kids at home I used to make films and build drones. Now I am playing with them and looking forward to build more things together once they grow.

What is your position or role in the DESI project?
I am a PhD student working mainly as a part of the Target Selection and Galaxy and Quasar Physics Working Groups.

Where were you born and where do you live now?
I was born in a small town in North Eastern India called Agartala. After doing by undergraduate studies in Bhubaneswar, India, I moved to Pittsburgh, USA where I am currently doing my grad school at the University of Pittsburgh.

What do you do as part of DESI?
I mostly work on developing and testing algorithms to select objects of which DESI will measure the spectra using the data from the imaging surveys. After the observations, I also go through the spectra to check whether the data satisfies all the science requirements. I also work on studying the physics of galaxies and want to study how populations of galaxies evolve. I have also done some observations with the instrument and help in developing some of the infrastructure for the survey.

What is the most interesting or exciting thing about DESI ?
Astronomy is the oldest form of observational science but we still know so little about our universe. We are still in the dark about what 95% of the universe is made of! By being a part of DESI, I get to work with a lot of wonderful people who are trying to answer some of the most basic and profound questions about our Universe like, When and Why did everything begin? or What is causing the expansion of the Universe? This exploration of the unknown is what excites me the most.

Any advice for an aspiring scientist?
Be curious, ask questions and try explore all the resources available to find the answers yourself. Sometimes you will find an answer, sometimes you won’t but in the process you will get to understand the scientific method of tackling a problem. Even if you don’t end up being a professional scientist, I believe learning the scientific method to solve any problem in our life is very important.

What do you do for fun? 
​I love exploring different cuisines and and recreate them on my own. I love to go out on hikes and explore new places. I also like to talk to others about science and help organize science outreach events in the city.

What is your role in the DESI project ?

I am a second-year PhD student and I help test the algorithm which assigns our 5,000 robotically-controlled fibers to targets. I also search for intrinsic alignment in DESI galaxies and am part of the outreach team! Most of my time is spent figuring out the best way to condense a lot of different information into a format that’s easy to communicate – whether it be summarizing the results of fiber assignment, finding a good statistic to quantify galaxy alignment, or explaining a cosmology idea to the public.

Where were you born ? Where do you live now ? What are the interesting places that standout that your work has taken you to ?

I was born in Kenya but spent most of my life in Colorado. Now I live in Massachusetts, where I’m attending school. A few years ago I got to spend a summer on the big island of Hawaii and observe on one of the largest telescopes in the world! That was a very memorable adventure, and since then I’ve been able to go back twice thanks to astronomy.

What would you say is the most interesting or exciting thing about  your job ?

I’ve only been working on cosmology for a year, so for me the most exciting part about my job is that I’m learning something new every day. I get to explore the details of fascinating questions – How did the universe begin? How is it structured? What’s the deal with dark energy? And get paid for it! Being part of DESI, I also really enjoy getting to collaborate and make friends with astronomers all over the world.

Any advice for aspiring scientists ?

You don’t have to be a genius to be a good scientist. I’ve loved astronomy since kindergarten, but up until my first year of college I was certain that I wasn’t actually smart enough to be an astrophysicist. I eventually realized that persistence and creativity can go a long way – and I was smarter than I was giving myself credit for! The most admired scientists around me are not ones who immediately know the answer to every question, but those who have creative ideas and think about problems differently than others. Also learn to code.

Finally, what do you do for fun ?

Play music! I collect different types of instruments and love learning new ones. My favorite right now is the pipe organ. I also like to bake – especially astronomy cakes.

Below is one of Claire’s marvelous creations in the shape of the Mayall telescope.  More of her creations here! 

What is your position or role in the DESI project?
I am part of the team that developed the GFA units. I personally implemented the firmware running on the GFA and participated in the software parts, as well as some management tasks. [Note: The GFA is the Guide, Focus and Alignment camera on the focal plate]

Where were you born?
I was born in Barcelona, Spain.

Where do you live now?
In a small city near Barcelona called Terrassa.

What do you as part of DESI?
The GFAs are a small form factor CCD controller used in Guiding, Focus, and Alignment in DESI. It was completely designed and developed at IFAE in Barcelona. Now we are mainly doing bug hunting and solving some problems that were detected during the DESI commissioning.

What is the most interesting or exciting thing about DESI?
I’ve always been passionate about science and technology. This led me to get a degree in Physics and another one in Electronic Engineering. Working in DESI as well as in other projects where I collaborate in my institute lets me apply my technical skills in Physics projects, so I can enjoy both sides of the projects, science and engineering. Also, it gives me the opportunity to travel to amazing places with amazing  research instruments and meet very interesting people.

Any advice for an aspiring scientist?
I guess I won’t be original, but I will go with, work hard, be passionate, and do not be afraid of taking responsibilities.

What do you do for fun?
I am an amateur photographer and I am always thinking about apps or electronic devices I could make.

What is your role in the DESI project ?

I’m a member of the DESI scientific research staff at NSF’s NOIRLab, where our team works to ensure that DESI performs as expected and will continue to do so throughout its many upcoming years of operations. I’ve been heavily involved in the DESI target selection imaging surveys for over five years. As part of this effort, I’m responsible for processing roughly a quarter petabyte of NASA infrared satellite images. Recently, I’ve shifted toward working with the DESI commissioning team that’s testing all of the newly installed DESI hardware at Kitt Peak’s Mayall telescope via a campaign of preliminary sky observations. Within the DESI commissioning team, I’ve created image processing pipelines to analyze data from the commissioning camera and guider cameras.

Where were you born ? Where do you live now ? What are the interesting places that standout that your work has taken you to ?

I grew up in Bellevue, Washington. I currently live in Tucson, Arizona. The past travel opportunities that stand out to me are DESI-related trips to England and Spain for collaboration meetings, and visiting Cerro Tololo Inter-American Observatory in Chile. Kitt Peak is also great — even though it’s only about an hour’s drive from Tucson, it’s still a world-class astronomical site.

What would you say is the most interesting or exciting thing about your job ?

In terms of DESI, I really enjoy working with my fellow collaboration members, who are all extremely talented in different areas of technical expertise. I like that I’m continually learning a lot from interacting with DESI collaborators across many institutions and specializations. More generally, as a scientist, my favorite research projects are those that involve mining huge data sets for rare discoveries.

Any advice for aspiring scientists ?

Nowadays there are many ways for everyone to get involved with scientific research, particularly through crowdsourced science initiatives in astronomy and other fields. The Backyard Worlds: Planet 9 project that I co-founded is one such example. Getting involved in crowdsourced science can be a great way to see what the research process is really like in practice, and to learn new skills that will have value even outside of careers in science.

Check out Backyard Worlds Planet 9 project ! https://www.zooniverse.org/projects/marckuchner/backyard-worlds-planet-9 

What is your role in the DESI project ?

I co-chair the DESI time domain working group. The goal of our team is to study the transient Universe: we want to find and characterize explosive events such as Supernovae and kilonovae, the disruption of stars close to supermassive black holes in the center of galaxies, and even the variability of binary stars within our own Galaxy. We are interested in studying thephysics behind the processes that happen within this transients, such as the accretion of mass in binaries and the creation of the heaviest elements of the Universe, but we also want to use some of these events to understand the dynamics of the Universe. In other words, we will also study cosmology with these events.

What have you been working on recently ? 

Currently, I am organizing the time domain working group activities. Within the working group, I have been leading efforts on potential science analyses that involve DESI and gravitational wave detections. In particular, I have been looking into using the DESI galaxies to do cosmology with gravitational waves from compact object binaries, such as binaries containing neutron stars and black holes. I am also studying how we can use some of the DESI fibers (some of the DESI 5000 “eyes to the sky”), to look at interesting emission from these binaries, and more in general, from transients that are detected in the sky by other experiments. In other words, I am interested in following up interesting objects and use them to understand the expansion and content of the Universe.

Where were you born, where do you live now?

I was born in Rome, Italy. I grew up and studied there, until I moved to London for my PhD at UCL. Now I live the Chicago suburbs, I am a postdoc at the Fermi National Accelerator Laboratory and an associate fellow at the University of Chicago. I like to say that Chicago is the Rome of the US, so I feel at home here!

What would you say is the most interesting or exciting thing about your job?

What I love about my job is the possibility of constantly coming up with new ideas and perspectives to understand the Universe through different angles. I find that there too many interesting things I would like to work on, so I often don’t have the time to pursue them! I also love the possibilities that a big collaboration such as DESI gives to its members: the science possibilities are so broad that all of us get to learn about many different topic, and interacting with collaborators from a different field always brings to exciting new analyses, ideas and results.

Any advice for an aspiring scientist?

Society might teach us that there are fields other than science that are more important and that will make you more successful in life. Do not believe that, and if science is your passion, then never give up on your dream! Science is at the base of our everyday life even when we do not realize it, and astronomy in particular has always been one of the most inspiring science fields since the most ancient days of humanity.

What do you do for fun?

When I am not working, I love to do sports. I practice every day: I play beach volleyball competitively, and when I am not doing that, I love to do CrossFit. Olympic weightlifting is one of my favorite things in Crossfit! I also love to listen to music, go to concerts (rock, jazz, blues, electro-swing,…), and to the theatre.

What is your position or role in the DESI project?
I am a PhD student working on simulations for the Lyman-alpha working group

Where were you born? 
I was born in Mexico City, Mexico

Where do you live now?
I am currently living in Mexico City, Mexico

What do you as part of DESI?
I work changing the chemical composition of the Intergalactic Medium for the Lya-forest simulations, I have observed at the Mayall, and I just started to get more involved in Public Outreach and with the Early Career Scientists’ network.

What is the most interesting or exciting thing about DESI?
The most exciting thing of Astronomy for me is how from a very small place in the Universe we are able to know so much (and still so little!) about the Universe, its structure and evolution.  About my job, to see how the changes I make on the simulations affect the virtual universe we “create”. About DESI, I enjoy my daily work a lot, but the best part is getting to spend a few days working with the telescope and the instrument. Within the collaboration, it is also very exciting to know and share with astronomers and cosmologists who I admire, and getting to know the human beings behind the papers I read for my work.

Any advice for an aspiring scientist?
No matter how hard the way looks, don’t give up on the dream of becoming who you want to be. Allow yourself to turn into the grownup you wished to be when you were a child, and make that child proud: never stop questioning!

What do you do for fun?
I am a dancer trying to find her own language, so I currently take lessons of different styles. I love to travel, I do photography, I am passionate about spirituality, I meditate, paint (I’m not very skilled though), garden, spend time with my pets, and cook – and of course what most people do: watch movies and shows, and waste time in social media.

What is your role in the DESI project ?

I manage the work at the Mayall Telescope in support of the DESI project.  During the installation phase, this consisted of daily oversight and planning updates for the installation work plan.  Now that installation is complete, I coordinate the daytime work of the engineering and technical staff with the nighttime science observing.  In doing this, I work closely with Klaus Honscheid, Paul Martini, Connie Rockosi, and many others.

Where were you born ? Where do you live now?

I was born in Chattanooga, Tennessee, USA.  Before coming to NOIRLab, I’ve lived in three different countries across ten different time zones.  I live now in Tucson, Arizona, USA.  In normal times, I spend roughly half my time in the NOIRLab offices and the other half at the telescope on Kitt Peak.

What would you say is the most interesting or exciting thing about  your job ?

The most interesting thing is the constant flood of opportunities to learn new things.  I’ve absorbed so much about new technologies for instruments from the DESI project, that I sometimes forget all the fascinating cosmology that I’ve learned as well.  The most exciting thing is the chance to contribute to a science product that will have enormous lasting value to the cosmology and astrophysics communities.  And the most fun thing is working with so many people from so many different backgrounds who know so much more than I do about what they’re doing.  DESI project people are always fascinating to talk to!

Any advice for aspiring scientists ?

1) Stay curious; always wonder “what?” and “how?” and “why?”  2) Don’t ever be afraid to talk to people you don’t know.  That’s how you learn.  3) Don’t get discouraged.  Most things or ideas don’t work the first time.  Keep trying anyway.

Finally, what do you do for fun ?

I enjoy bicycling, hiking, going for walks, dining out, and being with my family especially outdoors.