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Astronaut’s Dream Becomes a Reality

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By Rushawn Walters, Howard University News Service

As a young girl growing in Pittsfield, Massachusetts, a small town of 44,000 and 130 miles west Boston, Stephanie Wilson said she spent her nights looking up into the sky wondering what was out there.

For a class assignment, Wilson got the chance to speak with an astronomy professor at a local college who talked to her about space and the things that go on outside of Earth.

From that conversation, Wilson said, her passion for space and engineering and her future as a NASA astronaut were born. Ultimately, she would make three flights aboard a U.S. space shuttle into space.

“It really started a thought process about what other opportunities were available and what were some other ways that I could function in aerospace,” she said. “I also had an interest in working with my hands and understanding how devices are put together. So, I did decide to study engineering in college.”

After graduating high school in 1984, she attended Harvard University and received a Bachelor of Science degree four years later in engineering science. Upon graduation, she got a job at the Martin Marietta Astronautics Group in Denver as a loads and dynamics engineer.

Wilson later earned a Master of Science degree in aerospace engineering from the University of Texas, where she researched the control and modeling of large, flexible space instruments, much like the structures and devices used at NASA.

Wilson began working for the Jet Propulsion Laboratory in Pasadena, California, as a member of the Attitude and Articulation Control Subsystem for the Galileo spacecraft, the unmanned spacecraft that studied Jupiter, its moons and other Solar System bodies. It was launched in 1989 and arrived at Jupiter seven years later.

She focused on the spacecraft’s spin rate accuracy, antenna pointing accuracy and platform pointing accuracy.

In April of 1996, Wilson was selected by NASA to be an astronaut candidate and reported to Johnson Space Center in August for two years of training.

“A lot the choices I made were broad because they would allow me many opportunities,” she said.

As her first assignment, Wilson was assigned to work with Space Station payload displays and procedures, which deals with the actual weight of the spacecraft including passengers, cargo and other equipment. She then worked in the Astronaut Office CAPCOM Branch as a prime communicator with on-orbit crews, working in Mission Control, managing space flights, usually from the point of launch until landing or the end of the mission.

Wilson completed her first spaceflight on Space Shuttle Discovery in 2006 and logged almost 13 days, becoming the second African-American woman to fly into space. Following that expedition, Wilson was assigned to the a second mission aboard Space Shuttle Discovery that delivered the Node 2 connecting module to the International Space Station. Between 2006 and 2010, Wilson went on a total of three expeditions to space.

The astronaut said she credits God and her upbringing for all the opportunities and accomplishments in her nearly 30-year career.

“I think my faith played an essential role in my career,” she said. “I also think my family, friends and teachers played a part as well because they always encouraged me to go for my dreams.”

Wilson is the recipient of the NASA Distinguished Medal, which she was awarded in 2009 and 2011, the NASA Space Flight Medal, 2006, 2007 and 2010, an honorary doctorate of Science from Williams College, the Harvard College Women’s Professional Achievement Award and the Harvard Foundation Scientist of the Year Award.

She is still with NASA working in the branch for operations of the International Space Station, the habitable artificial satellite located in Earth’s lower orbit.

“I do believe I found my purpose in life,” she said.   “I have to remind myself that God is in control.  I might not understand his plan, but he does have one. I hope you people will see that anything is possible.”

 

Bay Area

How Is AI Affecting California? The State Wants You to Share Your Story

The program marks the first time the state has opened the platform to all Californians. State officials said the effort is designed to give residents a direct role in discussions about how AI should be regulated and used as the technology rapidly expands across industries.

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iStock
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By Bo Tefu, California Black Media  

Gov. Gavin Newsom announced May 7 that California is expanding its Engaged California digital democracy initiative statewide, inviting residents to help shape future state policies on artificial intelligence (AI) and its impact on jobs and the economy.

The program marks the first time the state has opened the platform to all Californians. State officials said the effort is designed to give residents a direct role in discussions about how AI should be regulated and used as the technology rapidly expands across industries.

“We’ve got to be clear-eyed about this moment: AI is moving fast, bringing enormous opportunity, but also real risks,” Newsom said in a statement. “Californians deserve a seat at the table as we shape what’s to come.”

The initiative will roll out in two phases. Beginning immediately, Californians can sign up online to share how AI is affecting their work and communities and provide ideas for possible government action. Later this summer, a smaller group reflecting the state’s workforce demographics will participate in live discussions focused on developing policy recommendations.

State officials said the goal is to identify areas of agreement among Californians and provide policymakers with public feedback as the state develops future AI regulations and workforce strategies.

Engaged California is modeled after digital democracy programs used in Taiwan and is intended to encourage structured public discussion rather than social media-style debate. Officials described the effort as a form of “deliberative democracy” aimed at helping residents engage directly in state decision-making.

“The more Californians are engaged in the democratic process, the better able we’ll be to confront the challenges we face together,” said Nick Maduros, California Secretary of Government Operations, in a statement.

The statewide launch builds on two earlier pilot programs. One pilot gathered public input following the Los Angeles firestorms to help guide recovery efforts, while another collected ideas from state employees about improving government operations.

California has positioned itself as a national leader in AI policy and development. Since 2023, the Newsom administration has introduced initiatives focused on responsible AI use in government, cybersecurity protections, workforce training and regulations targeting risks such as deepfakes and AI-generated robocalls.

The state has also partnered with companies in Silicon Valley — including NVIDIA, Google, Adobe, IBM and Microsoft — to expand AI education and workforce training programs across California schools and universities.

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Advice

Book Review: Books for College-Bound Students

The kind of workday your Grandpa had is probably over, and you can’t count on toiling at the same place for 40 years for a pension and a gold watch. You already know that, and these books will help you decide your next step. You’ll learn what kind of worker you are, what’s stopping you from finding a job or occupation you’ll love, how to determine the purpose you envision for your future, and how to get where you need to be.

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Book covers. Photo courtesy of Terri Schlichenmeyer.
Book covers. Photo courtesy of Terri Schlichenmeyer.

By Terri Schlichenmeyer

Authors: Various, Copyright: c.2026, Publishers: Various, SRP: $21.00 – $29.00, Page Counts: Various

The videos and news reports were inspiring.

In them, a hesitant prospective college student became a happy, new college-bound student with the click of a key. They were accepted into the college of their dreams – so how can you get the same feeling next spring, when you’re the one with the highest of hopes?

You can start by reading these great books and sharing them with your family…

You probably already know that getting into the college of your choice is not something you do last-minute. In “The People’s Guide to College Applications: A Week-by-Week Approach to Writing, Connecting, and Getting in” (Prometheus Books, $ 21.95), Jill Constantino takes you through each step, but not in a frantic way. There’s no pressure here, just easy-to-grasp, makes-sense methods to apply for the college you want. There are reminders here, things you can’t forget and things you can, hints on asking for referrals and writing essays, and plenty of reminders to take a deep breath. Bonus: it’s also a book for parents, who may feel just as much pressure as their child does.

Okay, but let’s say that you’re an adult, a parent who’s sweating those college applications, classes, and the FAFSA for yourself, ugh!  Then you’ll want to read “Student Parent: The Fight for Families, the Cost of Poverty, and the Power of College” by Nicole Lynn Lewis (Beacon Press, $26.97). an urgent call meant for nontraditional students who are also Black, Latinx, gay, Moms, or Dads.

Inside this book, you’ll find stats and stories that may already sound familiar, tales of not enough money, not enough support, not enough arms or sleep or resources. If you’re looking for a book of advice, this isn’t it, though. It’s more of a resource that you’ll want to take to your guidance counselor or any local politician.

Alright, but what if you’ve decided that college can wait? Is that okay? Look for “The Mission Generation: Reclaim Your Purpose, Rewrite Success, Rebuild Our Future” by Arun Gupta and Thomas J. Fewer (Wiley, $29.00) because – guess what? – you have many options for your future.

The kind of workday your Grandpa had is probably over, and you can’t count on toiling at the same place for 40 years for a pension and a gold watch. You already know that, and this book will help you decide your next step. You’ll learn what kind of worker you are, what’s stopping you from finding a job or occupation you’ll love, how to determine the purpose you envision for your future, and how to get where you need to be. This book isn’t just for high schoolers, but for anyone ages 16 and beyond who’s feeling restless, ready for change, or who’s thinking about some kind of purposeful retirement.

And if these aren’t the college-based or not-college-bound books you need, then be sure to ask your favorite bookseller or librarian for help on ideas, how-to’s, test prep books, or study guides. They’ll have books for you, and maybe a little inspiration, too.

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Arts and Culture

Against All Odds: Mary Jackson’s Journey to NASA Engineer

Jackson’s life took a significant turn when she was offered the opportunity to work in a wind tunnel, a facility used to test the effects of air moving over aircraft structures. It was here that her passion for engineering truly took flight. However, there was a challenge: to become an engineer, she needed to take advanced courses that were only offered at a segregated high school.

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Mary Jackson. Public domain.
Mary Jackson. Public domain.

By Tamara Shiloh  

When we talk about breaking barriers in science, technology, engineering, and mathematics, the name Mary Jackson deserves a place at the top of the list.

Jackson was born in 1921 in Hampton, Virginia, a place that would later become central to her groundbreaking work. From an early age, she showed a strong aptitude for math and science—subjects that, at the time, were not widely encouraged for African American women. But Jackson was not one to be limited by expectations. She earned degrees in mathematics and physical science from Hampton Institute (now Hampton University), setting the foundation for a career that would change history.

Before joining NASA, Jackson worked as a teacher and later as a research mathematician at the National Advisory Committee for Aeronautics (NACA), the agency that eventually became NASA. Like many African American women of her time, she began her career as a “human computer,” performing complex calculations by hand. It was in this environment that she worked alongside brilliant minds like Katherine Johnson, forming part of a powerful group of African American women whose calculations helped launch America into space.

Jackson’s life took a significant turn when she was offered the opportunity to work in a wind tunnel, a facility used to test the effects of air moving over aircraft structures. It was here that her passion for engineering truly took flight. However, there was a challenge: to become an engineer, she needed to take advanced courses that were only offered at a segregated high school.

Jackson did something truly remarkable. She petitioned the city of Hampton for permission to attend those classes. She didn’t accept “no” as an answer. And she won.

In 1958, Jackson became NASA’s first African American female engineer.

But Jackson’s impact didn’t stop there.

Later in her career, she chose to step away from her engineering position—not because she couldn’t continue, but because she wanted to make a difference. She moved into roles focused on equal opportunity, working to ensure that women and minorities had access to the same opportunities she fought so hard to get.

Jackson’s story gained wider recognition through the book and film Hidden Figures, which highlighted the contributions of African American women at NASA. But long before the spotlight found her, Jackson was doing the work—quietly, persistently, and brilliantly.

Jackson retired from Langley in 1985. Among her many honors were an Apollo Group Achievement Award and being named Langley’s Volunteer of the Year in 1976. She served as the chair of one of the center’s annual United Way campaigns and a member of the National Technical Association (the oldest African American technical organization in the United States).

She and her husband Levi had an open-door policy for young Langley recruits trying to gain their footing in a new town and a new career. A 1976 Langley Researcher profile might have done the best job capturing Mary’s spirit and character, calling her a “gentlelady, wife and mother, humanitarian and scientist.”

For Jackson, science and service went hand in hand.

She died on Feb. 11, 2005, at age 83, at a convalescent home in Hampton, Virginia.

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