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Spotted: ‘Death Star’ Black Holes in Action

Spotted: ‘Death Star’ Black Holes in Action

Huge black holes are firing powerful beams of particles into space — and then changing their aim to fire at new targets. This discovery, made using NASA’s Chandra X-ray Observatory and the U.S. National Science Foundation (NSF) National Radio Astronomy Observatory’s (NRAO) Very Long Baseline Array (VLBA), shows what kind of widespread impact black holes can have on their surrounding galaxy and beyond.

A team of astronomers looked at 16 supermassive black holes in galaxies surrounded by hot gas detected in X-rays by Chandra. Using radio data from the VLBA, operated by the National Radio Astronomy Observatory, they studied the directions of beams — also known as jets — of particles fired a few light-years away from the black holes. This gives the scientists a picture of where each beam is currently pointed, as seen from Earth. Each black hole fires two beams in opposite directions.

The team then used Chandra data to study pairs of cavities, or bubbles, in the hot gas that were created in the past by the beams pushing gas outwards. The locations of large outer cavities indicate the direction those beams pointed millions of years earlier. The researchers then compared the directions of the radio beams with the directions of the pairs of cavities. Read the full release HERE.

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Mobile Planetariums Bring the Stars to You

Mobile Planetariums Bring the Stars to You

In the United States, only 1 child in 5 has seen the Milky Way. With the growth of outdoor lighting, light pollution has hidden the night to the point where most of us have never seen a truly dark sky. While many can experience the heavens through science museums and planetariums, access to these resources is limited.

Part of the mission of the National Radio Astronomy Observatory (NRAO) is to provide innovative and immersive learning about astronomy to students. The visitor center at the Very Large Array, for example, has a wealth of educational resources. But one thing that’s missing is a way to give children an immersive astronomical experience. That is why we propose obtaining a mobile planetarium.

While building a planetarium at the VLA visitor center would be cost-prohibitive, a mobile planetarium system is more economical. It’s based upon an inflatable dome 6 meters across and capable of hosting 38 students at a time. Like a regular planetarium, a mobile planetarium can provide both realistic images of the night sky and 360-degree video to immerse students in learning experiences. The projection system can display 4K videos in both standard and dome formats.  It is an excellent way for students to experience the awe and wonder of the night sky. As a mobile system, the planetarium could also be used in local schools and at other NRAO locations. As such, it would provide a particularly valuable learning experience for classrooms in remote rural areas.

To join our campaign for a mobile planetarium, Become a VLA Member! Join before June 30 and 100% of your membership will directly support the planetarium.

The post Mobile Planetariums Bring the Stars to You appeared first on National Radio Astronomy Observatory.

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AUI Announces 2024 Scholarship Recipients

Eighteen high school students receive award for academic achievement, community involvement and leadership skills

Below are the recipients of the 2024 AUI Scholarship conducted by International Scholarship and Tuition Services, Inc. These students will each receive an award of $3,500 per year to aid in defraying expenses at the college or university of their choice.

Grace Dillon

Grace DillonGrace Dillon is a senior at Western Albemarle High School and a member of the National Art Honor Society. Her journey into the arts began the moment she gripped a triangular crayon in her hand, and it hasn’t stopped since.

It is not just about art for Grace – she has a fierce love for alternative rock. Her musical path has explored various instruments, including drums, and her current favorites, the electric guitar and bass guitar. When she is not shredding the guitar or belting out lyrics on stage, she finds complete relaxation and expression though her drawings.

Looking ahead, Grace plans to continue her artistic pursuits by attending Piedmont Virginia Community College where she aims to further explore her interests in visual and performing arts.

Grace is the daughter of Tavia and Gary Dillon. Tavia is the Recruitment Specialist in Charlottesville and has been a member of the HR team since 1999.


Amaya Estrada

Amaya EstradaAmaya Estrada is a senior at New Mexico Destinations Career Academy an online school through Gallup, New Mexico. Amaya has held a cumulative GPA of 3.45 and is ranked 12 out of 180. Through her online school, she has taken many medical-related classes in which she has earned certificates in medical terminology, health science fundamentals, allied health, and medical office procedures and admin. She will also graduate with a Nursing Assistant Certificate. Taking these classes has solidified and given her the push she needed to make her decision to attend UNM to major in nursing. Her long-term goal is to be a traveling RN who specializes in pediatric nursing or neonatal nursing working in the NICU.

Amaya spends her free time reading, spending time with her friends and family, cooking, and babysitting. Babysitting and having a five-year-old sister has sparked her interest in working in pediatrics or the NICU. She plans to travel the country working at various hospitals caring for sick children.

Amaya is the daughter of Jonathan Estrada, a Technical Specialist who’s been with the Observatory since July 2023.


Ellee Fitzgerald

Ellee FitzgeraldEllee Fitzgerald is a homeschooled senior completing dual enrollment courses at Piedmont Virginia Community College (PVCC) in Charlottesville, Virginia. After graduation, she plans to continue her studies at PVCC to complete an Associate of Science Degree in Engineering with intentions to finish her bachelor’s degree at Virginia Tech. Ellee’s interest in engineering is the culmination of years of curiosity about how things work and the satisfaction gained from building things that suit practical purposes. She can often be found in the workshop soaking up knowledge and honing new skills. While she is undecided about what industry she’d ultimately like to work in after college, she has an early interest in automotive and aeronautical engineering.

A lifelong artist, Ellee has most recently focused her creative talents on sketching, painting, ceramics, and building models (including a scale-model RC Land Cruiser). Over the past year, Ellee has also built a thriving pet care business and can often be found exploring outdoors with one of her furry clients, the family dog, or taking part in her favorite hobbies of hiking and camping.

Ellee is the dependent of Tom Fitzgerald and Carlie Rowlands, ALMA Budget Manager.


Michael Hanrahan

Michael HanrahanMichael Hanrahan is a senior at Albemarle High School in Charlottesville, Virginia. He has a strong academic record with a 4.33 GPA. He balances academics with a passion for extracurricular activities. Michael has played soccer at an elite level, traveling to national competitions in Florida and California, and maintains a daily fitness routine through strength training. In addition to athletics, he’s actively involved in his school community, serving as a peer tutor in rigorous subjects like calculus, AP physics, and AP literature. In this role, Michael acts as a mentor and friend, supporting younger students through the challenges of high school. He plans to continue his academic journey this fall at Virginia Tech.

Michael is the stepson of Anand Crossley, NRAO Metric Analyst.

 

 


Gabriel Indebetouw

Gabriel IndebetouwGabriel Indebetouw is a senior at Monticello High School in Charlottesville, Virginia. He also studies at the county’s Center 1 for media communications and digital innovation. He has a 4.3 GPA, balancing numerous AP and dual-enrollment courses with his creative side as a photographer. He has been using his height to his advantage as a goalkeeper with the Monticello soccer team.

Gabriel aspires to combine his creativity, curiosity, and drive in the areas of marketing, design, advertisement, and entrepreneurship, starting at Rochester Institute of Technology.
Gabriel is the son of Scientist Remy Indebetouw in Charlottesville.

 

 


Andrew Jennings

Andrew JenningsAndrew Jennings is a senior at Albemarle High School in Charlottesville, Virginia, where he holds a 4.0 GPA. He has taken coursework as part of the county’s Math, Engineering, and Science Academy, and will attend college at Virginia Tech in the fall to study engineering with an emphasis in computer engineering. Andrew serves as the treasurer of the National Honor Society and is also a member of the math and music honor societies.

Andrew is an Eagle Scout and a member of the Order of the Arrow, scouting’s national honor society. He has been a member of the Albemarle baseball team for the past four years, and his Eagle Scout service project benefitted a local baseball league. Andrew also plays lead trumpet in the Albemarle jazz ensemble and is a member of the marching band, where he served as a Field Captain, the highest student leadership position.

Andrew is the son of Jason and Amy Jennings. Jason is the Head of Observatory Budgets and has worked at NRAO since 2009.


Kai Lehmensiek

Kai LehmensiekKai Lehmensiek is a senior at Western Albemarle High School in Crozet, Virginia. He was born and raised close to Cape Town, South Africa, before relocating to Charlottesville in August 2022. Kai is an avid runner who has served as a cross-country and track team captain and as a member of two 4x800m all-state teams. In the 2024 indoor track season, he became the district champion and an all-state athlete in the 1000m, helping his team to their ultimate victory at the state meet. When not running, Kai enjoys playing the piano, having had lessons for about 12 years. In South Africa, he participated in the Stellenbosch Eisteddfod, a prestigious local competition, where he won the J. S. Bach category and was named best jazz pianist for his performance of Gershwin’s three preludes for piano. In Charlottesville, he participated in the CMTA Music Festival, where he was awarded a double superior both times he performed. Having strived to do well in challenging courses, Kai has also taken the Cambridge IGCSE and AS level examinations in Mathematics as extracurricular activities and was awarded a distinction in each.

Kai is the son of Scientist Robert Lehmensiek, who has worked at NRAO since 2022.


Hannah Noel Lumpkin

Hannah LumpkinDolly Parton’s quote, “If I can hold God’s attention, I can hold the worlds,” deeply resonates with me. It embodies courage and faith, qualities I strive to embody alongside being outgoing, setting high standards, and sharing charisma. I see myself as a leader who finds joy in bringing fun to situations, though my stubbornness can sometimes be a double-edged sword.

Reflecting on Dolly’s words reminds me of our shared faith and inspires me to be my best self. My name is Hannah Noel Lumpkin, aged 17, born in Albuquerque, NM. My parents, Shawnda and Cleve Lumpkin, raised me alongside my older brother, who has since graduated from high school and college and resides in Tularosa, NM. Originally from Belen, NM, I recently moved to Aragon, NM, to live on our family’s small ranch with my parents, allowing me to attend Quemado High School.

Throughout my journey with epilepsy, I’ve grown into a warrior, finding opportunities to lead a normal life during my high school years. I actively participated in JV/V volleyball, JV/V basketball, and track, excelling in the 800-meter run and contributing to relay teams that made it to the State multiple times. Additionally, I thrived as an officer in FFA, learning to speak up and lead my team. Beyond sports and extracurriculars, I dedicated my time to various volunteer activities, including Vacation Bible School, rodeo concession stands, ranch rodeos, school fall festivals, church fiestas, and even working at a fast-food restaurant during my junior year.

My most significant achievement in high school was becoming Catron County Fair/Rodeo Queen. This role allowed me to represent my county and school with dignity, demonstrating leadership and courage to other young ladies. Looking ahead, I aspire to further my involvement in queening and pursue studies in business and cosmetology at ENMU. For as long as I can remember my mom has always called me a fashionista because of how I like to style myself, do my hair, makeup, nails, and lashes. As a teenager I have enjoyed doing my friends’ hair and makeup, so why not get paid for it. One day I would love to own my own salon and because of this I thought that I would need to know how to run a business so this is why I want to get my business degree as well.

As I matured, I entered the workforce and demonstrated leadership skills in various capacities, including management, customer service, and financial management. At home, I take charge of chores such as feeding, cleaning, cooking, and caring for our animals, showcasing my leadership abilities in a domestic setting.

Volunteering is a passion of mine, particularly within the church community. During the summer, I eagerly volunteer as a youth leader for Vacation Bible School, guiding and mentoring younger children. This commitment to serving others is why I consider myself a leader, not only professionally and at home, but also among my peers. I enjoy organizing gatherings, sometimes even covering expenses, and orchestrating plans, embodying leadership in all aspects of my life.

Through the ups and downs of life, I’ve been blessed with an unwavering support system that has enriched my journey. Reflecting on the remarkable individuals who have shaped my life, I am grateful for the love, guidance, and strength they have provided me.

Hannah is the dependent of Shawnda and Cleve Lumpkin. Cleve is an Auto Diesel Mechanic in New Mexico and started working at the NRAO in 2023.


Tyler Manglicmot

Tyler ManglicmotTyler Manglicmot is a senior at Fork Union Military Academy in Fork Union, Virginia. He is president of FUMA’s chapter of the National Honor Society with a 4.6 GPA. He is a three-season varsity athlete on the FUMA football, basketball, and baseball teams. Tyler will be attending the University of Virginia next year and plans on majoring in mechanical engineering.

Tyler is the son of Ferzen and Sarah Manglicmot. Ferzen has worked at NRAO in Charlottesville since 2007 and is an MIS Systems Administrator IV.

 

 

 

 


Lochren Miller

Lochren MillerLochren Miller is a senior at Horizon West High School in Winter Garden, Florida. Lochren ran the 800- meter for his high school track team, is an avid weightlifter, and started a Bible study during his lunch period. During his junior and senior years, he worked part time at Salt and Straw at Disney Springs in the Walt Disney World Resort. In addition to this, Lochren participated in the Dual Enrollment program, earning 60 college credit hours. He will graduate with his high school diploma and with an Associate in Arts degree from Valencia College in Orlando, Florida.

Lochren is currently serving as an Intern at Horizon West Church in Winter Garden, Florida. In the fall, Lochren will attend Spurgeon College at Midwestern Baptist Theological Seminary, pursuing both a BA in Biblical Studies and a Master of Divinity through the seminary’s Accelerate program. Following seminary, Lochren plans to serve as a missionary, possibly in the South American region.

Lochren is the son of Wesley and Renda Miller. Wesley is an MIS Administrator IV out of the Green Bank Observatory.


Elizabeth “Lyzz” Moellenbrock

Elizabeth MoellenbrockElizabeth “Lyzz” Moellenbrock was born in Socorro and will graduate from Socorro High School this spring. In middle and high school, Lyzz has enjoyed participating in FTC Robotics, Science Fairs, and Science Olympiad. A major highlight was when she won first place in the astronomy event at the 2023 New Mexico State Science Olympiad competition.

Outside of STEM clubs, Lyzz has participated in choir, band, Drama Club, cross-country, and the dance team at Socorro High School, in addition to working as an assistant dance instructor for younger children. Hobbies include reading, crochet and cross-stitch, origami, jigsaw puzzles, and spending time with the family cats.

Lyzz will attend New Mexico Tech next year, majoring in physics or mathematics.

Lyzz is the daughter of Claire Chandler and George Moellenbrock, and older sister to Andrew. Claire has held a variety of management positions within NRAO’s NM Operations since 2005, most recently being the Deputy Assistant Director for Operations. George has been a member of the CASA software development team since 2000. Both are members of the NRAO Scientific Staff.


Victoria “Jeanette” Otero

Jeanette OteroVictoria “Jeanette” Otero is a senior at Socorro High School, where she participates in many extracurricular activities while successfully completing course work. Jeanette’s sports activities include volleyball, track, softball, and wrestling. Her performing arts include singing at public events, dance, and theatre. During her time at Sarracino Middle School, she decided that she wants to graduate early so that she could get a head start on her career. Since then, she has been hard at work, earning enough high school credits by her junior year to graduate a year early.

She is currently enrolled in Western New Mexico University, where she will double major in criminal justice and psychology. After completing her courses at WNMU, Jeanette will enroll at the University of New Mexico where she will pursue her law degree. Her aspirations are to become a defense lawyer and work her way up to becoming a judge someday.

Jeanette is the daughter of Peter and Charity Otero. Peter is a Network Administrator at the NRAO working in the Domenici Science Operations Center. Charity is a Pharm


Derek Pixton

Derek PixtonDerek Pixton is a senior at Albemarle High School in Charlottesville, Virginia and is expecting to graduate with a weighted GPA of 4.38 in June of 2024.

He attended CATEC and completed both the fire science and emergency medical technician programs with honors. He is a Virginia Certified Firefighter and nationally registered Emergency Medical Technician (EMT) and serves in both roles with Stony Point Volunteer Fire Company while also working as an EMT for a local medical transport company. Derek is also a PADI certified rescue scuba diver. In addition to high school classes, Derek regularly takes courses in fire company leadership and advanced specialty skills for scuba diving.
During his high school years, his accomplishments include earning the rank of Eagle Scout with Boy Scouts of America, earning the Junior Firefighter of the Year from SPVFC, selection as student commencement speaker at the CATEC completer ceremony, finishing in second place twice at the annual Scuba Jam regional competition, and swimming for the Hollymead Swim Team.

Derek plans to attend a university and pursue a Bachelor of Science in Nursing (BSN) degree before possibly applying to medical school. Most importantly, Derek is extremely friendly and very much enjoys helping and serving other people.

Derek is the son of Jeff and Tina Pixton. Jeff Pixton has worked at NRAO since 2008 and is currently serving in the Technology Transfer Office handling the patenting and licensing activities of the Observatory and AUI.


Alexandra “Lynn” Planck

Lynn PlanckAlexandra “Lynn” Planck was born in Socorro, New Mexico, and is a senior at Socorro High School. She plans to go to New Mexico Tech and has already been accepted. Lynn wants to be an architect, but first, she’s going to be a civil engineer (because there’s no point in making pretty buildings if they fall down on top of you!). Her hobbies include acting, writing, reading and art.

Lynn is the daughter of Max and Jennifer Planck. Jennifer has worked as a Software Engineer for the NRAO for over 10 years.

 

 

 

 


Madeline Ray

Madeline RayMadeline Ray is a senior at Pocahontas County High School in Dunmore, West Virginia, where she is a dedicated art student, the president of the Spanish Club, a member of the Tourism Club, and maintains a 3.9 GPA. Madeline is a member of the Spanish National Honor Society and intends to continue learning the Spanish language as she attends college. Madeline attended the Governor’s STEM Institute in 2021. Madeline was a member of the track team all four years of high school, where she competitively threw discus. She enjoys creating art, listening to music, caring for animals, and spending time in nature. She is a popular weekend cook at The Bear’s Den LLC and has worked there for two years. Madeline plans to attend West Liberty University and pursue a Bachelor of Science degree in zoo science.

Madeline is the daughter of Jason and Susan Ray. Jason is the Electronics Division Head at the Green Bank Observatory.


Hannah Shannon

Hannah ShannonHannah Shannon is a senior at Western Albemarle High School and holds a GPA of 4.34. Throughout all her years in high school, Hannah has been member of the Environmental Studies Academy and has strived to be an advocate for environmental sustainability. The summer before and throughout her sophomore year, Hannah was an active member of the James River Leadership Academy. Through this program, she worked to better the health of the Chesapeake Watershed and the ecosystems in her community. She has also supplemented her education with courses through PVCC and environmental volunteer work. Hannah’s passions lie in the realms of art, literature, and nature. To further nurture these passions, she plans to attend Virginia Polytechnic Institute for an English degree.

Hannah is the daughter of Michael Shannon, Deputy Assistant Director of the Program Management Department in Charlottesville, Virginia.

 


Helena Tremblay

Helena TremblayHelena Tremblay is a senior at Eldorado High School in Albuquerque, New Mexico. Helena has been playing tennis since she was five and has recently picked up teaching it to the general public. She has been working for the City of Albuquerque at a tennis center for a little over two years. Through this, she discovered a passion for helping other people succeed at their goals. She plans to pursue psychology at the University of New Mexico and hopes to use the new skills she learns to help people at a grander scale.

She also has pursued multiple music-based hobbies, most notably classical guitar, which she played as part of a guitar ensemble for three years. Helena also exhibited interest in engineering from a young age and has been part of multiple clubs and competitions involving programming and engineering.

Helena is the daughter of Steven Tremblay who works out of the Socorro office and is the VLBA Technical Scientist.


Michael Tucker

Michael TuckerMichael Tucker recently received his GED. He is now looking to start college, with a focus in accounting. Deciding to get his GED instead of finishing high school was a hard decision, but with the health conditions he has been struggling with, he is confident it was the right one to make. He enjoys chess, reading, and content creation in his spare time. He is excited to start college and begin his path to becoming an accountant!

Michael is the son of Reid Givens, a Software Engineer who has worked for the Observatory since 2019.


View this original story by AUI.

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2024 Jansky Fellows Awarded

2024 Jansky Fellows Awarded

As a part of its central mission to nurture and inspire the next generation of radio astronomers, the National Science Foundation’s National Radio Astronomy Observatory (NRAO) has selected two outstanding early career professionals for its 2024 Jansky Fellowship. 

The Jansky Fellowship encourages early career astronomy and engineering professionals to pursue their personal research interests through the lens of radio astronomy, and with the support of NRAO’s observatories and research and engineering resources. Appointed for two years, with the opportunity to renew for a third year, Jansky Fellows develop broad skill sets and establish themselves as innovative, independent research scientists and engineers, and top leaders in the field by deepening their understanding of radio astronomy while collaborating with NRAO scientific staff and their colleagues in the global astrophysics community. 

Adam Dong 

Adam Dong earned a bachelor’s degree in engineering in 2015 and a bachelor of science degree in physics in 2017, both from the University of Auckland. He is currently a Ph.D. candidate in astronomy at the University of British Columbia. Adam’s expertise is in characterizing pulsars and Fast Radio Bursts. Using the immense field of view and the large collection area of the Canadian Hydrogen Mapping Experiment (CHIME) telescope, he has led the effort to conduct the largest survey of single pulses from pulsars to date. Adam is also interested in the effects of satellite constellations on current and future-generation radio telescopes. As a Jansky Fellow at Green Bank Observatory in Green Bank, West Virginia, Adam will integrate data from CHIME, the CHIME outriggers, the Green Bank Telescope, and other observatories to explore the new landscape of large fields of view in conjunction with high astrometric precision.

Kyle Massingill

Kyle Massingill earned his undergraduate degree in physics at the University of Arizona, where he worked on the Event Horizon Telescope (EHT). He is currently a  Ph.D. candidate in astrophysics at Arizona State University, where he has focused on millimeter-wave filter-bank design, simulation, and testing. Kyle has integrated his filter-banks into novel weather sensors that are being tested on high-altitude balloons. Kyle has also worked on multiple extragalactic astronomy analysis projects, focusing on using ALMA data to survey high redshift galaxies. He is currently researching quasars to explore how feedback could be regulating galaxy evolution. As a Jansky fellow, at NRAO in Socorro, New Mexico, Kyle will use his interdisciplinary experience to contribute to calibration strategies for ngVLA and further his scientific research into quasars.

The National Radio Astronomy Observatory (NRAO) is a facility of the National Science Foundation, operated under a cooperative agreement by Associated Universities, Inc.



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Orion’s Erupting Star System Reveals Its Secrets

Orion’s Erupting Star System Reveals Its Secrets

An unusual group of stars in the Orion constellation have revealed their secrets. FU Orionis, a double star system, first caught astronomers’ attention in 1936 when the central star suddenly became 1,000 times brighter than usual. This behavior, expected from dying stars, had never been seen in a young star like FU Orionis. The strange phenomenon inspired a new classification of stars sharing the same name (FUor stars). FUor stars flare suddenly, erupting in brightness, before dimming again many years later. It is now understood that this brightening is due to the stars taking in energy from their surroundings via gravitational accretion, the main force that shapes stars and planets. However, how and why this happens remained a mystery—until now, thanks to astronomers using the Atacama Large Millimeter/submillimeter Array (ALMA).

“FU Ori has been devouring material for almost 100 years to keep its eruption going. We have finally found an answer to how these young outbursting stars replenish their mass,” explains Antonio Hales, deputy manager of the North American ALMA Regional Center, scientist with the National Radio Astronomy Observatory, and lead author of this research, published today in the Astrophysical Journal, “For the first time we have direct observational evidence of the material fueling the eruptions.”

ALMA observations revealed a long, thin stream of carbon monoxide falling onto FU Orionis. This gas didn’t appear to have enough fuel to sustain the current outburst. Instead, this accretion streamer is believed to be a leftover from a previous, much larger feature that fell into this young stellar system. “It is possible that the interaction with a bigger stream of gas in the past caused the system to become unstable and trigger the brightness increase,” explains Hales.

Astronomers used several configurations of ALMA antennas to capture the different types of emission coming from FU Orionis, and detect the flow of mass into the star system. They also combined novel numerical methods to model the mass flow as an accretion streamer and estimate its properties. “We compared the shape and speed of the observed structure to that expected from a trail of infalling gas, and the numbers made sense,”, says Aashish Gupta, a Ph.D. candidate at European Southern Observatory (ESO), and a co-author of this work, who developed the methods used to model the accretion streamer.

“The range of angular scales we are able to explore with a single instrument is truly remarkable. ALMA gives us a comprehensive view of the dynamics of star and planet formation, spanning from large molecular clouds in which hundreds of stars are born, down to the more familiar scales of solar systems,” adds Sebastián Pérez of Universidad de Santiago de Chile (USACH), director of the Millennium Nucleus on Young Exoplanets and their Moons (YEMS) in Chile, and co-author of this research.

These observations also revealed an outflow of slow-moving carbon monoxide from FU Orionis. This gas is not associated with the most recent outburst. Instead, it is similar to outflows observed around other protostellar objects. Adds Hales, “By understanding how these peculiar FUor stars are made, we’re confirming what we know about how different stars and planets form. We believe that all stars undergo outburst events. These outbursts are important because they affect the chemical composition of the accretion discs around nascent stars and the planets they eventually form.”

“We have been studying FU Orionis since ALMA’s first observations in 2012,” adds Hales. It’s fascinating to finally have answers.”

About ALMA & NRAO

The Atacama Large Millimeter/submillimeter Array (ALMA), an international astronomy facility, is a partnership of the European Organisation for Astronomical Research in the Southern Hemisphere (ESO), the U.S. National Science Foundation (NSF) and the National Institutes of Natural Sciences (NINS) of Japan in cooperation with the Republic of Chile. ALMA is funded by ESO on behalf of its Member States, by NSF in cooperation with the National Research Council of Canada (NRC) and the National Science and Technology Council (NSTC) in Taiwan and by NINS in cooperation with the Academia Sinica (AS) in Taiwan and the Korea Astronomy and Space Science Institute (KASI).

ALMA construction and operations are led by ESO on behalf of its Member States; by the National Radio Astronomy Observatory (NRAO), managed by Associated Universities, Inc. (AUI), on behalf of North America; and by the National Astronomical Observatory of Japan (NAOJ) on behalf of East Asia. The Joint ALMA Observatory (JAO) provides the unified leadership and management of the construction, commissioning and operation of ALMA.

The NRAO is a facility of the U.S. National Science Foundation, operated under cooperative agreement by Associated Universities, Inc.

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NRAO Supports International Symposium for the Future of Science in the Caribbean

NRAO Supports International Symposium for the Future of Science in the Caribbean

The National Radio Astronomy Observatory (NRAO) participated in an international symposium to bring together scientists from around the world to the Caribbean, to explore the future of science and technology in the region, the abilities of its resident scientists, and those in diaspora.

This symposium brought together leading physicists, computer scientists, astronomers, technologists, entrepreneurs, policy makers, conservationists, and leaders to engage in events, conversations, and collaborations to imagine the future of science and technology in the Caribbean. The symposium synergized conversations, collaboration, and networking, to create new bridges and opportunities between Caribbean scientists, students, and the larger scientific community. One of the aims of the symposium has been to create a hub for relevant science, including radio astronomy, in the region with collaboration between scholars around the world and Caribbean academics—that we should all rise together.

Professor Shirin Haque, of the University of the West Indies (UWI), St. Augustine, Trinidad and Tobago, helped coordinate this meeting. Haque did her Ph.D. degree with UWI and the University of Virginia in Charlottesville under an IDB fellowship, and has been a longtime collaborator with NRAO. UWI and NRAO work together to share programs providing access and training in radio astronomy to underrepresented individuals, including the Radio Astronomy Data Imaging and Analysis Lab (RADIAL) program and the NINE program. To date nine UWI undergraduates have gotten into the RADIAL program, including three this year.

The symposium was the brainchild of Trinidadian diaspora Professor Stephon Alexander of Brown University, chief strategist Everard Findlay of EIME Corp in the USA, and Professor Shirin Haque of UWI as the local chair, with the generous support from the Simons Foundation to UWI.

Learn more about this symposium here.

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Protecting ALMA’s Skies

Protecting ALMA’s Skies

The Atacama Large Millimeter/submillimeter Array (ALMA), renowned for observing the cosmos’s darkest and most distant corners, has taken a step to ensure its observations remain unaffected by human-made interference.

At the heart of ALMA’s exceptional capabilities lies its extensive frequency range, spanning from 35 GHz to 950 GHz in ten distinct frequency bands. This comprehensive range is vital for ALMA’s mission to unlock the Universe’s secrets. However, it also exposes the observatory to potential RFI from both terrestrial and space-based sources.

A recently concluded study, led by senior radio frequency (RF) engineer and Spectrum Manager Giorgio Siringo, alongside ALMA Director Sean Dougherty, presents an extensive analysis of the current and future challenges of radio frequency interference (RFI) to ALMA’s operations. This white paper, “ALMA Spectrum and Radio Frequency Interference,” meticulously identifies vulnerabilities from sources of interference and proposes robust mitigation measures to safeguard ALMA’s valuable observations.

The ALMA Spectrum Management Office is collaborating in Chile with the Radio Sub-Committee of the Light Pollution Working Group of the Chilean Astronomical Society (SoChiAs) and the Chilean Low-Earth Orbit Satellites Group (CLEOsat), internationally with the Centre for the Protection of the Dark and Quiet Sky from Satellite Constellation Interference (CPS) of the International Astronomical Union (IAU), with the National Radio Dynamic Zones (NRDZ) initiative of the National Radio Astronomy Observatory (NRAO) of the USA, and with the Committee on Radio Astronomy Frequencies (CRAF) of the European Science Foundation (ESF), and participating in the preparatory meetings for the WRC-27 of the International Telecommunication Union (ITU).

Read more at the Joint ALMA Observatory website. 

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ALMA Reveals Jupiter’s Moon Io has been Volcanically Active for Billions of Years

ALMA Reveals Jupiter’s Moon Io has been Volcanically Active for Billions of Years

Jupiter’s moon Io is the most volcanically active place in the solar system. During its 1.8-day orbit, this moon is gravitationally squeezed by Jupiter, leading to volcanic eruptions larger than any on Earth today.

Io, Europa, and Ganymede are in an orbital configuration known as a Laplace resonance: for every orbit of Ganymede (the farthest of the three from Jupiter), Europa completes exactly two orbits, and Io completes exactly four. In this configuration, the moons pull on each other gravitationally in such a way that they are forced into elliptical, rather than round, orbits. Such orbits allow Jupiter’s gravity to heat the moons’ interiors, causing Io’s volcanism and adding heat to the subsurface liquid ocean on icy Europa.

How long has Io been experiencing volcanic upheaval? In other words, how long have Jupiter’s moons been in this configuration?

To discover the answer, researchers utilized the ALMA (Atacama Large Millimeter/submillimeter Array) telescope in Chile—a telescope that is itself surrounded by volcanoes—to measure sulfur isotopes on Io.

Read the full press release from Caltech.

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The Very Large Array to Host Spring Open House Event on April 20, 2024

The Very Large Array to Host Spring Open House Event on April 20, 2024

The U.S. National Science Foundation National Radio Astronomy Observatory (NSF NRAO) is thrilled to invite the public to the Very Large Array (VLA) Spring Open House event on Saturday, April 20, 2024, from 9:00 am to 4:00 pm. Located in Socorro, New Mexico, this free event offers an exciting opportunity for visitors to explore the iconic VLA and engage with leading scientists and engineers from NRAO.

The VLA Spring Open House promises a day filled with enriching experiences, including guided tours, captivating talks, educational activities, and a variety of local food options. Visitors will have the chance to interact with NRAO staff, who will be on-site throughout the day to provide insights and answer questions about the VLA and its groundbreaking research.

The event will feature engaging presentations by NRAO staff speakers throughout the day:

– Dave Finley will delve into the fascinating History of VLA.

– Chris Carilli will enlighten attendees with a talk on ngVLA (next generation Very Large Array).

– Paul Demorest will share insights about nanoGRAV, an innovative research initiative.

 

Guided tours, led by NRAO scientist and engineer volunteers, will be offered every half hour between 9:30 am and 3:00 pm, providing visitors with an immersive behind-the-scenes look at the VLA’s operations and capabilities.

In addition to the educational programs, attendees can enjoy a variety of food options from local vendors, including:

 

The Wandering Scorpion  https://roaminghunger.com/the-wandering-scorpion/ 

Red Wagon Coffee Truck  https://www.facebook.com/RedWagonCoffeeCompany/ 

Rosie’s Burgers and More

Chavez Food Truck

 

For those interested in hands-on learning, educational activities such as sunspot observation, H-alpha telescope viewing, and solar bead crafts will be available, offering a unique and interactive experience for visitors of all ages.

As the event takes place outdoors, attendees are advised to dress appropriately for the weather and bring sunscreen and plenty of water. In the event of adverse weather conditions, activities will be moved indoors to the visitor’s center to ensure a seamless and enjoyable experience for all.

Admission to the VLA Spring Open House is free, but advance tickets are required. To secure your spot and learn more about the event, please visit the official event page at https://public.nrao.edu/event/very-large-array-spring-open-house-2024/.

Don’t miss this incredible opportunity to explore the wonders of the Very Large Array and engage with the world-renowned scientists driving groundbreaking discoveries in radio astronomy. We look forward to welcoming you to the VLA Spring Open House on April 20th!

 

About NRAO

NRAO is a facility of the National Science Foundation, operated under cooperative agreement by Associated Universities, Inc.

For media inquiries or further information, please contact: 

NRAO Media Contact

Corrina C. Jaramillo Feldman
Public Information Officer – New Mexico
VLA, VLBA, ngVLA
Tel: +1 505-366-7267
cfeldman@nrao.edu

 

Event Details:

Date: April 20, 2024  

Time: 9:00 am – 4:00 pm  

Location: Very Large Array, Socorro, NM  

Admission: Free (Advance tickets required)  

Tickets can be found HERE: https://nraoepo.ticketapp.org/portal/product/20?_gl=1*3d2rux*_ga*MTExNzUzNTEwNC4xNzA1NDMxMDg2*_ga_2PHM2Y21WB*MTcxMTYzMjU1OS40Ny4xLjE3MTE2MzI2NTQuMjkuMC4w

The event link can be found HERE: https://public.nrao.edu/event/very-large-array-spring-open-house-2024/

 

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Associated Universities, Inc. and the National Radio Astronomy Observatory celebrate success of Chilean students in pursuit of STEM careers

Associated Universities, Inc. and the National Radio Astronomy Observatory celebrate success of Chilean students in pursuit of STEM careers

Atacama Desert, Chile – February 2024 – The U.S. National Science Foundation National Radio Astronomy Observatory (NSF NRAO) and Associated Universities, Inc. (AUI) are proud to celebrate the remarkable achievements of two local students, Iris and Camila, as they embark on their journeys into STEM (Science, Technology, Engineering, and Mathematics) careers.

Iris and Camila, both 19 years old and natives of San Pedro de Atacama, have been integral parts of the AUI and NSF NRAO initiative PROVOCA (PROmote + VOCAtions), which which seeks to promote, guide, accompany and retain female talent in STEM. Their involvement in PROVOCA, spanning from its inception to their recent participation in the mentorship program in 2023, has been transformative, leading them on paths they never imagined.

Initially aspiring to pursue careers in medicine, Iris and Camila discovered new horizons through their engagement with PROVOCA. The mentorship program provided them with exposure to various STEM disciplines, igniting a passion for fields they had never considered before. Iris has chosen to pursue biology, while Camila is venturing into engineering, with a focus on aerospace engineering.

The transition from their hometown of San Pedro to prestigious universities in Santiago and Concepción marks a significant milestone, not only for Iris and Camila but also for their families. As the first members of their families to attend college, they are blazing trails and inspiring future generations in their community.

PROVOCA’s mentorship program played a pivotal role in Iris and Camila’s journey, guiding them through self-discovery and empowering them to redefine their career aspirations. By providing a supportive environment for exploration and growth, PROVOCA enabled them to articulate their motivations and confidently pursue their true passions in STEM.

AUI and NSF NRAO recognize Iris and Camila’s achievements as emblematic of PROVOCA’s mission to nurture STEM talent at the grassroots level. Their stories exemplify the transformative power of mentorship and the importance of early exposure to diverse STEM opportunities.

“We firmly believe that when students embark on a journey of exploration and self-discovery from an early age, their STEM identity is strengthened, setting a solid foundation for their future endeavors,” said Sonia Duffau, Outreach and Diversity Officer for AUI and NSF NRAO in Chile. “Iris and Camila’s success stories inspire us all and reaffirm our commitment to fostering STEM excellence in our community.”

As Iris and Camila embark on their academic pursuits, ALMA Observatory joins NSF NRAO and AUI in this celebration, as it contributes 9 out of the 51 mentors of the PROVOCA program, and extends its best wishes for their continued success and looks forward to witnessing their future accomplishments in the dynamic world of STEM.

 

About AUI

Associated Universities, Inc. (AUl) is a non-profit organization that collaborates with the scientific community to plan, build and operate cutting-edge facilities, including Federally Funded Research and Development Centers (FFRDCS).

About ALMA & NRAO

The Atacama Large Millimeter/submillimeter Array (ALMA), an international astronomy facility, is a partnership of the European Organisation for Astronomical Research in the Southern Hemisphere (ESO), the U.S. National Science Foundation (NSF) and the National Institutes of Natural Sciences (NINS) of Japan in cooperation with the Republic of Chile. ALMA is funded by ESO on behalf of its Member States, by NSF in cooperation with the National Research Council of Canada (NRC) and the National Science and Technology Council (NSTC) of Taiwan  and by NINS in cooperation with the Academia Sinica (AS) in Taiwan and the Korea Astronomy and Space Science Institute (KASI).

ALMA operations are led by ESO on behalf of its Member States; by the National Radio Astronomy Observatory (NRAO), managed by Associated Universities, Inc. (AUI), on behalf of North America; and by the National Astronomical Observatory of Japan (NAOJ) on behalf of East Asia. The Joint ALMA Observatory (JAO) provides the unified leadership and management of the construction, commissioning and operation of ALMA.

NRAO is a facility of the National Science Foundation, operated under cooperative agreement by Associated Universities, Inc.

For media inquiries or further information, please contact: 

NRAO Media Contact

Corrina C. Jaramillo Feldman
Public Information Officer – New Mexico
VLA, VLBA, ngVLA
Tel: +1 505-366-7267
cfeldman@nrao.edu

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