Go! For Launch

On this episode of Go! For Launch, hosts Audrey and MacKenzie are joined by two extraordinary high school leaders, Sophia and Michelle, who serve as Chief Science Officers through SciTech Institute’s international CSO program. From organizing STEM fairs to meeting with elected officials, these student changemakers are redefining what youth leadership looks like—and showing how young people can spark real impact in their communities.Sophia and Michelle share how they each found their way into STEM, what it means to be a Chief Science Officer, and why creating action plans has transformed their perspective on leadership, communication, and possibility. Whether they’re designing healthcare innovations or presenting at national conferences, these two are walking proof that curiosity, initiative, and collaboration can unlock powerful opportunities—at any age.You’ll also hear how the CSO program prepares students to lead, travel, and advocate for issues that matter, and how Sophia and Michelle are already thinking ahead to futures in biomedical research, AI, and regenerative medicine. If you’re a student (or know one) who’s looking to lead with purpose, this is the episode to press play on.In this episode, you’ll learn:1. What the Chief Science Officers program is—and how to get involved2. How action plans help students build real-world leadership and technical skills3. The power of student voice in shaping schools, policy, and community engagement4. Why exposure to conferences, travel, and networking is critical for young scientists5. What regenerative medicine and AI in healthcare could mean for the futureTimestamps:00:00:34 – Meet Sophia and Michelle: future biomedical innovators00:01:29 – What a Chief Science Officer is—and what they do00:03:10 – How they each discovered STEM and the CSO program00:05:45 – How to start a CSO chapter at your school00:08:11 – What is an “action plan” and why it matters00:10:11 – Favorite projects and building momentum across schools00:12:19 – Real-world lessons in leadership and professional growth00:14:38 – From Florida to Chicago to D.C.: learning to lead on the road00:16:05 – Talking with elected officials and advocating for STEM00:17:40 – Reflections on growth and community impact00:20:19 – Opportunities that emerged because of the CSO program00:22:35 – Advice for students who want to lead and make a difference00:25:32 – What’s next: colleges, careers, and continuing the mission00:31:07 – What excites them most about biotech and healthcare00:34:17 – Curiosities that keep them up at night—from environmental justice to unknowable scienceHelpful Links:• SciTech Institute’s Chief Science Officers Program – https://scitechinstitute.org/chief-science-officers/• National STEM Ecosystems – https://stemecosystems.org/• MIT InvenTeams – https://lemelson.mit.edu/inventeamsFollow Accelerator Media:https://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-org⸻This podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider volunteering with us or making a donation: https://acceleratormedia.org/donate/

On this episode of Go! For Launch, science policy fellow Dr. Natasha Dacic joins hosts Audrey and MacKenzie for a compelling look at how scientific research intersects with government decision-making—and how young scientists can help shape the future.Dr. Dacic shares her journey from a small liberal arts college in Idaho to earning a PhD in environmental science at the University of Michigan, with research stops at NASA and fieldwork deep in the Idaho wilderness along the way. Now serving as a science and technology policy fellow through the AAAS on Capitol Hill, she offers an inside view of how science informs legislation—and why it often doesn’t.Together, they explore the difference between fellowships and internships, how to communicate science to policymakers, and what it was like to help pass her first piece of legislation recognizing World Migratory Bird Day. This episode is a must-listen for anyone curious about using science for public good, bridging policy and research, or just wondering how to make an impact without having it all figured out at once.In this episode, you’ll learn:1. What a science and technology policy fellowship actually is—and what fellows do on Capitol Hill2. How Natasha navigated an unconventional path from physics and fieldwork to policy and politics3. Why science often doesn’t drive policy, and how that can (and should) change4. Practical advice for students and early-career scientists who want to make a difference5. What it takes to pass a bipartisan piece of legislation—about birdsTimestamps:00:00:34 – Natasha’s background and introduction to the AAAS fellowship00:02:09 – Her journey from Idaho to NASA and the University of Michigan00:08:21 – Discovering the NASA Student Airborne Research Program00:14:25 – What drew her to science policy: environmental philosophy and beyond00:16:35 – What science policy really means—and why it’s not all about data00:20:39 – Why relationships, politics, and timing shape legislation more than science alone00:26:41 – The role of science communication in influencing policy00:29:21 – Internships vs. fellowships: what’s the difference?00:34:17 – Natasha’s two NASA internships and how she landed them00:36:46 – What it’s really like working in the Senate as a science fellow00:41:00 – How she helped pass legislation for World Migratory Bird Day00:46:51 – What’s next after the fellowship—and why it’s a tough time for science jobs00:48:55 – Advice for young people wanting to use science to change the world00:54:43 – Do phone calls to Congress matter? (Yes!)00:55:08 – Natasha’s final reflections and what she’s most curious about todayHelpful Links:• AAAS Science & Technology Policy Fellowships – https://aaas.org/programs/science-technology-policy-fellowships• NASA Student Airborne Research Program – https://science.nasa.gov/earth-science/early-career-opportunities/student-airborne-research-program/• U.S. Congressional Research Service – https://usa.gov/agencies/congressional-research-service• World Migratory Bird Day – https://migratorybirdday.org/Follow Accelerator Media:https://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-orgThis podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider volunteering with us or making a donation: https://acceleratormedia.org/donate/

On this episode of Go! For Launch, planetary scientist Dr. Mohamed Ramy El-Maarry joins hosts Audrey and MacKenzie to share his incredible journey—from growing up in Egypt dreaming about space and dinosaurs, to working on missions for ESA, NASA, and the UAE Space Agency. Now an associate professor at Khalifa University in Abu Dhabi, Dr. El-Maarry is helping lead planetary science education and exploration across the Middle East.He walks us through his winding path into planetary geology, the serendipity of working on comet 67P with ESA’s Rosetta mission, and the experience of joining NASA’s New Horizons flyby of Arrokoth—one of the most distant objects ever visited. Along the way, we explore the UAE’s ambitious plans for Mars, the Moon, and asteroid missions, and how global collaboration is fueling the next chapter of space science.This episode is a must-listen for aspiring planetary scientists, space enthusiasts, and anyone wondering how curiosity and courage can shape a world-class career—even when you start far from the world’s biggest space agencies.—In this episode, you’ll learn:1. How Dr. El-Maarry’s passion for both space and geology led him to planetary science2. What it’s like to work on missions to Mars, comets, and the Kuiper Belt3. The UAE’s vision for space exploration and science education4. Why international collaboration is vital to advancing space technology5. How an asteroid came to be named after Dr. El-Maarry—and why it matters—Timestamps:00:00:34 – Dr. El-Maarry’s early life and educational path00:05:24 – Discovering planetary geology and defying expectations in Egypt00:12:07 – Working with NASA and ESA on Mars missions00:18:14 – Falling in love with comets through ESA’s Rosetta mission00:25:14 – From Mars to comets: expanding a research focus to icy worlds00:30:03 – Joining NASA’s New Horizons mission to Arrokoth00:36:43 – The challenge of reaching Uranus and Neptune00:37:29 – The UAE’s space exploration program: Hope mission, lunar plans, and asteroid tour00:45:12 – The role of international collaboration in space research00:48:23 – Space exploration as a catalyst for education and technology00:54:11 – Why planetary science constantly evolves—and why that’s exciting00:57:15 – Tangible innovations born from space research00:57:46 – How an asteroid got Dr. El-Maarry’s name01:01:55 – What Dr. El-Maarry is most curious about today: solar system formation and exoplanets—Helpful Links:• Dr. Mohamed Ramy El-Maarry – Khalifa University profile https://ku.ac.ae/college-people/mohamed-ramy-el-maarry • Rosetta Mission Overview – ESA https://esa.int/Science_Exploration/Space_Science/Rosetta_overview• New Horizons and Arrokoth – NASA https://science.nasa.gov/solar-system/kuiper-belt/arrokoth-2014-mu69/• Emirates Mars Mission – Hope Probe https://emiratesmarsmission.ae/Follow Accelerator Media:https://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-org—This podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider volunteering with us or making a donation: https://acceleratormedia.org/donate/

On this episode of Go! For Launch, wildlife presenter and author Patrick Aryee joins host Audrey Odwuor to explore how nature fuels innovation—from Velcro to bullet trains—and how science communicators can drive real-world impact. Patrick shares captivating stories from the wild, actionable advice for STEM content creators and science communicators, and how biomimicry is helping solve some of today’s most urgent challenges.He traces his journey from studying cancer biology to working with the BBC Natural History Unit and presenting award-winning wildlife series. Along the way, he unpacks the incredible potential of biomimicry—revealing how animal adaptations have inspired technologies that improve our daily lives.From the dexterity of elephant trunks to a breathtaking encounter with a sperm whale, this episode is packed with insight and inspiration. Patrick also offers bold, practical guidance for aspiring science communicators—blending marketing psychology, storytelling frameworks, and content strategy to help science reach farther and resonate deeper.In this episode, you’ll learn:1. How nature’s innovations have inspired breakthrough technologies2. Patrick’s path from molecular biology to global science storytelling3. Why first-principles thinking can transform how we solve problems4. The power of marketing and psychology in science communication5. What it’s like to swim alongside a sperm whaleTimestamps:00:01:33 – Patrick’s early spark for science: Tomorrow’s World and Star Trek00:04:03 – Extracting DNA from an onion: the eureka moment that changed everything00:06:54 – Choosing wildlife communication over lab work00:10:30 – What is biomimicry and why does it matter?00:12:01 – The story behind Velcro and how animals inspired it00:14:02 – Patrick’s message for young readers of 30 Animals That Made Us Smarter00:17:02 – How to start looking to nature for solutions00:21:51 – Communicating science across divides—without shame or judgment00:27:22 – The power of understanding audience motivation00:30:01 – Why science communicators should study marketing00:31:14 – Copywriting frameworks that can improve your messaging00:33:07 – Advice for building a personal brand and online presence00:36:03 – Helping others through digital products and STEM entrepreneurship00:39:29 – Tools for discovering what people are already curious about00:42:05 – Biomimicry in action: elephants, robots, and problem-solving00:48:18 – Close encounter with a sperm whale: a profound, life-changing moment00:54:02 – Patrick’s deep curiosity: ancient texts, words, and the nature of realityHelpful Links:• Patrick Aryee’s website: https://patrickaryee.com/• 30 Animals That Made Us Smarter: https://amazon.com/Animals-That-Made-Smarter-Ingenuity/dp/1642832677• Patrick on Instagram: https://instagram.com/patrick_aryee• Think Media podcast: https://www.youtube.com/c/ThinkMediaPodcast• AnswerThePublic: https://answerthepublic.com/• AlsoAsked: https://alsoasked.com• Ahrefs keyword tool: https://ahrefs.comFollow Accelerator Media:https://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-org⸻This podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider volunteering with us or making a donation: https://acceleratormedia.org/donate/

This podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider volunteering with us or making a donation: https://acceleratormedia.org/donate/In this episode of Go! For Launch, Audrey Odwuor speaks with Sarah Hansen and Curt Newton from MIT OpenCourseWare (OCW)—a pioneering initiative that’s been making world-class MIT course materials freely available online for over two decades.Curt, OCW’s director, and Sarah, who leads open education innovation and hosts the Chalk Radio podcast, share the origin story of the program and its global impact on learners, educators, and institutions. They dive into what makes OCW unique, how it empowers self-directed learners, and why openly licensed education has never been more important in a changing world.From inspiring career pivots to new frontiers in AI-driven translation and open pedagogy, this episode explores how access to knowledge can truly transform lives—and how you can start learning today, for free.In this episode, you’ll learn:1. How MIT OpenCourseWare became a global leader in open education2. What makes OCW different from other online education platforms3. How learners around the world are using OCW to launch new careers4. Why openness, cultural relevance, and adaptability matter in education5. How AI and translation tools are expanding OCW’s global reachTimestamps:00:01:33 – What is MIT OpenCourseWare and who is it for?00:04:44 – MIT’s bold decision in 2000 to give its course materials away for free00:06:48 – Building a global movement for open education00:08:03 – How educators adapt OCW to fit local cultures and communities00:10:16 – Favorite STEM courses and how they help new learners00:12:01 – Why “How to Speak” is OCW’s most-watched video00:14:11 – OCW’s global impact and the power of AI-driven translation00:17:12 – A Ukrainian initiative using AI to translate OCW into native language00:19:00 – How an artist used OCW to pivot into a career in finance00:20:42 – Learners in Uganda, Sudan, and beyond share their stories00:23:00 – The case for lifelong learning: “K to gray” education00:25:24 – Sarah and Curt share their nontraditional paths to MIT00:29:13 – How AI might shape the future of self-directed learning00:32:18 – Where to begin with OCW and how to find your learning path00:33:32 – “OpenCourseWare is like the Grand Canyon—choose your own adventure”00:34:52 – What Sarah and Curt are deeply curious about00:37:32 – The human side of MIT and the heart behind open learningHelpful Links:MIT OpenCourseWare: https://ocw.mit.eduChalk Radio podcast: https://youtube.com/playlist?list=PLUl4u3cNGP63YwKIMA9K08FFvdeBEl6Lo&si=W7vozMfP1TxRF84jSocial and Ethical Responsibilities of Computing: https://computing.mit.edu/cross-cutting/social-and-ethical-responsibilities-of-computing/MIT MicroMasters Programs: https://micromasters.mit.eduFollow Accelerator Media:https://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-org

In this episode of Go! For Launch, we talk with Dr. John Wensveen, President of the International Space University, about the rise of the space economy and how young people can carve out a future in one of the fastest-growing sectors on Earth—and beyond. John shares his unexpected path from evacuating a burning 747 as a child to leading a global institution at the forefront of space education. We dive into the expanding opportunities in space careers, the commercialization of space, and how new technologies and policies are reshaping what’s possible. From satellite constellations and spaceports to the growing need for sustainability and AI in orbit, John gives a powerful glimpse into the future of space and what it will take to build it. In this episode, you’ll learn: 1. Why space is becoming a full-scale global economy 2. What the “new space economy” means for emerging careers and industries 3. How public-private partnerships are shaping space exploration and policy 4. What the International Space University is doing to prepare the future workforce 5. Why space exploration helps us solve problems here on Earth Timestamps:00:01:49 – How evacuating a burning 747 sparked a lifelong fascination with flight 00:04:29 – What is the International Space University and how did it begin? 00:07:26 – Inside the ISU master’s program and global reach 00:09:22 – From industry to economy: the rise of the new space economy 00:11:14 – Why space is becoming embedded in every sector of life 00:14:36 – The future of global collaboration and space governance 00:18:08 – What happens when the ISS is dismantled? 00:20:11 – Satellite-as-a-service and solar storm forecasting 00:22:01 – ISU’s Moonshot 2030 strategy and global satellite campuses 00:26:30 – Investing in space to solve Earth’s most urgent problems 00:29:10 – Mars vs. Moon: what’s practical, what’s possible 00:30:53 – The most in-demand jobs and future career trends in space 00:34:08 – Space medicine, AI-driven satellites, and Earth observation 00:37:01 – Why sustainability and cybersecurity are top priorities 00:39:10 – Building lifelong learning pathways for space careers 00:44:06 – The Artemis Accords and global space policy 00:46:20 – Advice for anyone curious about entering the space field 00:50:06 – The big question: can space go on forever?Helpful Links: International Space University: https://isunet.edu Artemis Accords: https://nasa.gov/artemis-accords/… Space Foundation: https://spacefoundation.org Space Symposium: https://spacesymposium.org ISU Programs and Opportunities: https://isunet.edu/programs/ Follow Accelerator Media: https://x.com/xceleratormedia https://instagram.com/xcelerator.media/… https://linkedin.com/company/accelerator-media-org…This podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider making a donation: https://acceleratormedia.org/donate/

This podcast is produced by volunteers at Accelerator Media, a nonprofit educational media organization. Our work is supported by listeners and viewers like you. If you’d like to help us ignite curiosity and inspire long-term thinking about our shared future, please consider making a donation: https://acceleratormedia.org/donate/In this episode of Go! For Launch, we meet Dr. Jessica Esquivel, a particle physicist working at a national lab who’s on the front lines of unlocking the secrets of the quantum realm. From studying muons and magnetic fields to dreaming about teleportation and time travel, Jessica shares what it’s like to be part of some of the most complex and collaborative scientific efforts in the world.Jessica takes us inside the Muon g-2 experiment—an ambitious collaboration involving a massive magnetic ring, intense particle beams, and hundreds of scientists all working together to test the limits of the Standard Model of particle physics. She also opens up about her unconventional path into science, the importance of representation, and how asking so-called “stupid” questions might just lead to world-changing discoveries.In this episode, you’ll learn:1. How muons may hold clues to undiscovered particles and new physics2. Why failure and curiosity are essential tools for scientists3. How quantum physics connects to futuristic ideas like time travel4. What it’s really like to work on large-scale, interdisciplinary experiments5. How high-energy physics and AI are working together to push discovery forwardTimestamps:00:01:49 – What it means to be a particle physicist00:03:16 – The power of representation and sci-fi inspiration00:05:56 – Building and working with massive detectors00:08:00 – Busting the lone genius myth in science00:09:03 – The next generation of neutrino experiments00:11:27 – Why physics is getting more interdisciplinary00:13:25 – What is a muon—and why study it?00:16:43 – Quantum fluctuations and virtual particles00:18:09 – The three frontiers of high-energy physics00:21:30 – Could this research lead to time travel?00:23:28 – The role of failure in scientific discovery00:26:22 – How AI and quantum computing are reshaping physics00:30:23 – Redefining success in experimental physics00:32:24 – What comes after Muon g-2?00:37:21 – Why the future of physics is all about neutrinos00:40:06 – Transferable skills and careers beyond the lab00:43:12 – How particle physics tools could transform everyday life00:45:33 – Final thoughts from JessicaHelpful Links:Careers in national labs: https://www.energy.gov/science/careersMuon g-2 experiment: https://muon-g-2.fnal.gov/Intro to particle physics: https://www.fnal.gov/pub/science/Follow Accelerator MediaX (Twitter): https://x.com/xceleratormediaInstagram: https://instagram.com/xcelerator.media/LinkedIn: https://linkedin.com/company/accelerator-media-orgWebsite: https://acceleratormedia.org/#GoForLaunch #ParticlePhysics #MuonG2 #QuantumPhysics #ScienceCareers #JessicaEsquivel #NationalLabs #Neutrinos #Podcast

In this episode of Go! For Launch, we sit down with Dr. Heather Whitley, Associate Program Director for High Energy Density Science at Lawrence Livermore National Laboratory (LLNL), to talk about what it’s really like to work on some of the most advanced science in the world—and how you could be part of it.From simulating fusion reactions like the ones that power the sun to exploring how to deflect asteroids, LLNL is tackling some of the biggest questions in science and security. Heather breaks down how her team made history by achieving ignition—producing more energy from fusion than they put in—and what that means for the future of clean energy. She also shares the many paths into the lab, from internships to apprenticeships to PhDs, and what LLNL looks for when hiring curious, motivated young people.💡 In this episode, you’ll learn:✅ What it’s like to work on real experiments that simulate stars, explosions, and extreme environments✅ How ignition works—and why it’s one of the most important scientific breakthroughs of our time✅ How young adults can get started at LLNL through internships, postdocs, or even hands-on technician roles✅ What skills and mindsets make someone a great fit for national lab careers✅ Why LLNL values team players, lifelong learners, and people who ask big questions✅ How Heather navigated her own unexpected path from chemistry student to fusion energy leader🎧 Timestamps:00:00:43 – What does LLNL actually do?00:02:28 – Fusion, astrophysics, and high energy density science00:05:16 – Simulating asteroid impacts and planetary physics00:07:18 – Career paths: from PhDs to apprenticeships00:11:17 – Internships and postdocs: how to get your foot in the door00:14:20 – What LLNL looks for in early-career hires00:17:14 – The ignition breakthrough explained00:19:51 – What’s next for fusion—and future job opportunities00:23:40 – Heather’s career story: from New Mexico to Livermore00:32:02 – Quantum computing, astronomy, and asking better questions🔗 Helpful Links:🔹 Careers and internships at LLNL: https://www.llnl.gov/join-our-team🔹 Watch LLNL’s science in action: https://www.youtube.com/@LivermoreLab🔹 Explore more about the National Ignition Facility: https://lasers.llnl.gov/Follow Accelerator Media🔹 X (Twitter): https://x.com/xceleratormedia🔹 Instagram: https://instagram.com/xcelerator.media/🔹 LinkedIn: https://linkedin.com/company/accelerator-media-org🔹 Website: https://acceleratormedia.org/#GoForLaunch #FusionEnergy #LLNL #STEMCareers #ScienceJobs #CleanEnergy #Ignition #NationalLabs #Podcast

In this episode of Go! For Launch, we sit down with Peter Kerrigan, Deputy Director of the German Academic Exchange Service (DAAD), to explore the incredible opportunities for college students looking to study in Germany. From world-class research institutions to tuition-free universities, Germany offers a unique and accessible higher education system that welcomes students from around the globe.Peter breaks down the different types of universities, how students can find the right program, and what to expect from life in Germany—covering everything from academics to culture, cost of living, and even beer festivals (though he admits he’s not a big beer drinker!). He also shares invaluable advice for students hesitant to take the leap, encouraging them to push past their fears and embrace the experience of studying abroad.💡 In this episode, you’ll learn:✅ Why Germany is one of the most international higher education destinations in the world✅ How to find and apply to the right university for your field of study✅ The differences between universities, technical universities, and universities of applied sciences✅ What to expect in terms of tuition (or lack thereof), cost of living, and student life✅ How learning German can enhance your experience, but why it’s not always necessary✅ The mindset shift needed to embrace the independence of German university life🎧 Timestamps:00:00:43 - Introduction: We sit down with Peter Kerrigan from DAAD00:01:19 - Peter’s background and experience studying in both the U.S. and Germany00:04:12 - What DAAD does and how it helps international students00:09:02 - How Germany became a top destination for international students (12% of students are non-German!)00:13:24 - Breaking down the different types of universities in Germany00:16:41 - How to search for the right degree program and application process00:20:12 - Understanding tuition fees (or the lack thereof) and the real cost of studying in Germany00:27:18 - Choosing between big cities and smaller university towns—what’s right for you?00:33:04 - Cost of living and student discounts that make life in Germany affordable00:36:21 - How student visas work and what to expect when applying00:38:49 - Key deadlines and how the German academic calendar differs from other countries00:42:23 - Do you need to speak German? When it’s required and when it’s not00:49:17 - How German universities expect more student independence compared to U.S. schools00:53:31 - Peter’s advice: Take a deep breath and go for it—this experience could change your life🔗 Helpful Links:🔹 Learn more about DAAD: https://www.daad.de/en/🔹 Explore studying in Germany: https://www.study-in-germany.de/en/🔹 Research universities and programs: https://www.myguide.de/en/Follow Accelerator Media🔹 X (Twitter): https://x.com/xceleratormedia🔹 Instagram: https://instagram.com/xcelerator.media/🔹 LinkedIn: https://linkedin.com/company/accelerator-media-org🔹 Website: https://acceleratormedia.org/#StudyAbroad #DAAD #Germany #HigherEducation #GoForLaunch #Podcast #FreeTuition

In this episode of Go! For Launch, hosts Audrey, Kam, and MacKenzie sit down with Colonel Jim Voss, a former NASA astronaut and University of Colorado professor, to dive into the realities of space exploration and the paths that lead there. With five space shuttle missions and six months aboard the International Space Station, Jim shares his journey from the Army to orbit, offering a firsthand look at the thrills of spacewalks, the rigor of astronaut training, and the power of international collaboration in space.Jim reflects on how commercial spaceflight is reshaping the industry, the skills young people need to join this frontier, and what excites him about NASA’s Artemis program. From record-breaking EVAs (Extravehicular Activity) to lessons in teamwork across cultures, he inspires listeners to chase big goals and think critically about humanity’s cosmic future.💡 In this episode, you’ll learn:✅ How commercial companies like SpaceX are transforming space exploration✅ What it takes to train for space—years of prep, from robotics to emergencies✅ Key traits for aspiring astronauts: problem-solving, flexibility, and grit✅ The impact of global teamwork on the International Space Station✅ Why striving for bold dreams pays off, even if you don’t reach orbitTimestamps:00:00:43 - Introduction: Hosts welcome Colonel Jim Voss, former NASA astronaut00:01:14 - Colonel Voss introduces himself and shares his background in the Army and NASA00:02:07 - Discussing his five space shuttle flights and six-month stay on the ISS00:04:38 - The biggest changes in space exploration over the past 10-15 years00:06:25 - NASA’s shift to commercial partnerships and the rise of private spaceflight00:10:12 - Careers in the space industry: Skills and paths beyond being an astronaut00:12:49 - Memorable experiences from his five space missions00:15:22 - What daily life is like aboard the International Space Station00:17:00 - The intense training process for astronauts and what it takes to prepare00:24:04 - What makes a great astronaut? The key skills NASA looks for00:24:30 - His record-breaking EVA (extravehicular activity) and what spacewalking is like00:29:22 - The importance of international collaboration in space exploration00:35:10 - How spaceflight changes your worldview00:39:52 - The Artemis program and the future of lunar and Mars missions00:44:12 - Final advice: Set ambitious goals and work toward them, even if the path changes00:45:28 - What keeps him curious? Reflections on global challenges and collaboration🔗 Helpful Links:🔹 Learn more about Jim Voss: https://www.colorado.edu/engineering/james-voss🔹 Explore NASA’s Artemis program: https://www.nasa.gov/feature/artemis/🔹 Check out the International Space Station: https://www.nasa.gov/international-space-station/🔹 Discover CU Boulder’s Aerospace Engineering: https://www.colorado.edu/aerospace/🔹 NASA Astronaut Careers: https://www.nasa.gov/humans-in-space/astronauts/become-an-astronaut/Follow Accelerator Mediahttps://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-orghttps://acceleratormedia.org/#SpaceExploration #Astronaut #NASA #STEM #GoForLaunch #Podcast #SpaceCareers

In this episode of Go! For Launch, hosts Audrey, Kam, and MacKenzie sit down with Zhilin Wang, a Senior Applied Scientist at NVIDIA, to explore the cutting edge of natural language processing (NLP) and large language models (LLMs). Zhilin shares how NVIDIA’s advanced AI infrastructure powers the training of models like ChatGPT and Llama, and how his team develops techniques to make AI more helpful and human-like in conversation.Zhilin also walks us through his unconventional path into AI, from studying education and psychology at Cambridge to building an ed-tech startup that sparked his passion for NLP. He discusses his work on improving AI’s reasoning abilities, training methods, and social signal detection—and what the future holds for AI-human interaction.💡 In this episode, you’ll learn:✅ How NVIDIA’s AI chips accelerate breakthroughs in machine learning✅ What it takes to train LLMs to follow instructions and understand context✅ How psychology and education theory can shape better AI models✅ The role of internships and nontraditional learning in building an AI career✅ Whether AI chatbots will ever become indistinguishable from humans🔗 Helpful Links:🔹 Learn more about Zhilin on his GitHub page: https://zhilin123.github.io/🔹 Learn more about NVIDIA AI Research: https://www.nvidia.com/en-us/research/🔹 Explore NVIDIA’s NeMo framework for LLMs: https://developer.nvidia.com/nemo🔹 Read about Llama 2 and its impact on AI: https://huggingface.co/meta-llama🔹 Discover NVIDIA’s AI careers and internships: https://www.nvidia.com/en-us/about-nvidia/careers/

Science isn’t just about research—it’s about communication, connection, and making an impact beyond the lab. Dr. Shane Hanlon’s journey from muddy boots ecology to Capitol Hill and beyond is a testament to the power of science storytelling.With a PhD in biology and a background in conservation and disease ecology, Shane realized that his passion wasn’t just in conducting science—it was in communicating it. From working in congressional affairs with the U.S. Fish and Wildlife Service to training scientists in public engagement at the American Geophysical Union, he’s built a career in science communication. Today, as Executive Editor of C&EN Brand Lab at the American Chemical Society, Shane leads a team that creates science communication content for a broad range of audiences.Join hosts Audrey and MacKenzie as they dive into Shane’s unique career path, the evolving role of science communicators, and why humanizing scientists is key to building trust in science. Shane shares insights on how researchers can develop communication skills, the impact of policy experience on a science career, and the challenges and opportunities AI presents in the world of science storytelling.In this episode, you’ll learn:✅ How Shane transitioned from a career in conservation to science communication.✅ Why humanizing scientists helps build trust in science.✅ The role of policy in shaping science careers and communication.✅ How AI is changing the landscape of science communication.✅ Advice for aspiring science communicators and researchers looking to expand their impact.🔗 Helpful Links:🔹 Learn more about science communication resources at AGU: https://www.agu.org🔹 Explore opportunities in science communication at ACS: https://www.acs.org🔹 Explore C&EN Brand Lab https://cenbrandlab.org/Follow Accelerator Mediahttps://x.com/xceleratormediahttps://instagram.com/xcelerator.media/https://linkedin.com/company/accelerator-media-org⏱️ Timestamps:00:00:00 – Introduction: Meet Dr. Shane Hanlon and his journey from scientist to communicator.00:01:15 – How Shane discovered his passion for science communication.00:02:55 – From muddy boots to Capitol Hill: Working in science policy.00:06:43 – What is science communication, and why does it matter?00:09:28 – Why trust in science starts with humanizing scientists.00:14:05 – Building a career in science communication: Skills and strategies.00:16:21 – The role of AI in the future of science communication.00:21:07 – Advice for scientists who want to engage with the public.00:29:07 – How Shane balances personal passion and professional impact.00:33:12 – Final thoughts: Why storytelling is key to the future of science.#ScienceCommunication #TrustInScience #SciComm #STEM #GoForLaunch #Podcast

🌍Did you know you can study, live, and work in Doha, Qatar—a dynamic, cosmopolitan city where over 80% of the population is non-Qatari? At Education City, students have access to world-class universities without leaving one campus, including Carnegie Mellon University, Texas A&M University, Georgetown University, Cornell University, Northwestern University, Virginia Commonwealth University, and Hamad Bin Khalifa University. This unique “multiversity” model allows students to take courses across institutions, gain hands-on experience in cutting-edge research centers, and engage in a globally connected academic community. With state-of-the-art facilities, diverse student life, and an emphasis on interdisciplinary learning, Education City offers an unparalleled educational and cultural experience at the heart of the Middle East. Join hosts Audrey and MacKenzie as they explore the visionary Education City in Doha, Qatar, with Dr. Francisco Marmolejo, President of Higher Education at Qatar Foundation. This world-class learning hub is redefining higher education, bringing together top universities, innovative research, and global talent to shape the future of learning. In this episode, you’ll learn: ✅ How Qatar Foundation built the world’s largest cluster of American universities outside the U.S. ✅ Why Education City is designed as a “multiversity”—offering students access to multiple universities at once. ✅ How AI, precision health, and sustainability are shaping Qatar’s education and innovation ecosystem. ✅ The unique Universal Skills Passport designed to prepare students for the jobs of tomorrow. ✅ How students from 110+ countries create a truly global learning environment. ✅ What the future of higher education might look like in an era of rapid technological change. ✅ How Education City’s interest-free loan program allows students to repay their education costs through income-based payments—with the option to work in Qatar after graduation and have 25% of their loan forgiven for each year they stay employed in the country. 🔗 Helpful Links: 🔹 Learn more about Qatar Foundation & Education City: https://www.qf.org.qa 🔹 Explore the universities at Education City: https://www.qf.org.qa/education ⏱️ Timestamps: 00:00:00 – Introduction: Meet Dr. Francisco Marmolejo and the vision behind Education City. 00:01:15 – Dr. Marmolejo’s career from World Bank to leading Qatar’s higher education strategy. 00:02:55 – What is Qatar Foundation, and how does it shape education, research, and innovation? 00:05:03 – Inside Education City: A 12km² hub of universities, research centers, and innovation hubs. 00:06:43 – How students customize their education by taking courses from multiple universities. 00:09:28 – Multidisciplinary learning: Why future careers require flexible skill sets. 00:14:05 – The Universal Skills Passport: A new way to certify essential real-world skills. 00:16:21 – How students can apply to Education City, access scholarships, and benefit from Qatar Foundation’s interest-free loan program—including loan forgiveness for graduates who work in Qatar. 00:18:02 – How Education City students receive financial aid and merit-based scholarships. 00:21:07 – Qatar’s Vision 2030: How education is driving national and global transformation. 00:24:50 – AI, sustainability, and innovation: Qatar’s role in cutting-edge research. 00:29:07 – STEM & Women in Engineering: How Qatar is leading the way in female STEM participation. 00:33:12 – Future of higher education: Will universities survive the digital revolution? 00:41:14 – Final thoughts: Why Education City is a blueprint for global higher education. #EducationCity #QatarFoundation #HigherEducation #Innovation #STEM #FutureOfEducation #UniversityLife #GoForLaunch #Podcast #nsta

Go! For Launch Ep 04 - Featuring Drs. Jessica Walden and Chris McGuire Join our host Audrey Odwuor as she dives into an inspiring conversation with Drs. Jessica Walden and Chris McGuire, a dynamic duo blending their passion for environmental science with their entrepreneurial venture, Les Amis de la Terre Market. From their journeys in oceanography and groundbreaking research on microplastics to Chris’s work as an environmental scientist with the State of California and Jessica’s role as a commissioning editor connecting research with real-world applications, this episode showcases the many ways STEM professionals can create meaningful change. Through their zero-waste grocery store, they tackle plastic pollution head-on, demonstrating how interdisciplinary science and entrepreneurial spirit can drive innovative, sustainable solutions. Packed with actionable insights, this episode is a must-listen for budding scientists, entrepreneurs, and environmental advocates alike. In this episode, you’ll learn: 1. The personal stories that inspired Jessica and Chris to pursue Earth system science. 2. How their research on microplastics sparked the idea to create a zero-waste market. 3. The challenges and rewards of balancing careers in environmental science with entrepreneurship. 4. Advice for transitioning from academia to impactful roles in industry or business. 5. Practical tips on building interdisciplinary skills and making science accessible to diverse audiences. Helpful Links: Learn more about Amis de la Terre Zero-Waste Market: https://www.amisdelaterremarket.com Explore the Surfrider Foundation: https://www.surfrider.org/ Discover environmental science opportunities at the California State Water Resources Control Board: https://www.waterboards.ca.gov/ Timestamps: 00:00:00 – Introduction: Meet Drs. Jessica Walden and Chris McGuire, environmental scientists and entrepreneurs. 00:01:01 – Early inspirations: From junior lifeguarding to the Marine Corps, shaping their passion for Earth science. 00:03:38 – The origin story of Les Amis de la Terre Market: Combating plastic waste during COVID-19. 00:07:27 – The science of microplastics: Insights from oceanography labs. 00:15:24 – Balancing a PhD, marriage, and a startup: Lessons in resilience and teamwork. 00:22:12 – Transitioning from academia to industry: Advice for young scientists. 00:28:44 – Engaging with the community: Surfrider Foundation, local nonprofits, and policy impact. 00:36:45 – Building interdisciplinary skills: Communicating science and embracing new tools like AI. 00:45:52 – The future of sustainability: Seasonal diets, carbon footprints, and upcoming EV partnerships. 00:56:26 – Closing thoughts: Making a global impact through small, local actions.

Join hosts Audrey and Kam as they dive into a captivating discussion with Dr. Paul Fletcher, a professor at the University of Cambridge and a neuroscience consultant for Ninja Theory. Dr. Fletcher shares his fascinating journey from medicine to neuroscience, exploring the mysteries of the brain, mental health, and interdisciplinary collaboration. Discover how his work with Ninja Theory on the Hellblade series brought psychosis representation into gaming, blending science and storytelling to challenge stigma and enhance understanding. In this episode, you’ll learn: 1. Dr. Fletcher’s path from clinical psychiatry to cognitive neuroscience. 2. Insights into the adaptive nature of the brain and the construction of reality. 3. The transformative potential of video games for mental health representation and intervention. 4. How interdisciplinary collaboration is key to advancing neuroscience and tackling mental health stigma. 5. Practical advice for pursuing a career in neuroscience or interdisciplinary fields. Helpful Links: https://www.ninjatheory.com/ https://www.hellblade.com/ Ninja Theory’s Hellblade Series: Learn more about the groundbreaking game exploring psychosis. https://www.neuroscience.cam.ac.uk/ Cambridge Neuroscience Resources: Discover the latest research and opportunities in neuroscience. https://neuroscience.cam.ac.uk/member/pcf22/ Dr. Paul Fletcher’s Publications: Explore Dr. Fletcher’s work on cognitive neuroscience and mental health. This episode is a must-listen for anyone curious about the brain, the power of storytelling in science, or the intersection of technology and mental health. Timestamps: 00:00:00 – Introduction: Meet Dr. Paul Fletcher, Cambridge professor and neuroscience consultant. 00:02:20 – Dr. Fletcher’s journey from clinical psychiatry to cognitive neuroscience. 00:07:25 – A day in the life of a cognitive neuroscientist: insights into interdisciplinary research. 00:10:45 – Bringing psychosis to life in Hellblade: The science behind the game. 00:16:40 – Video games as tools for mental health representation, challenge, and intervention. 00:24:00 – Skills and advice for aspiring neuroscientists and interdisciplinary professionals. 00:35:10 – Predictive processing theory: Understanding how the brain constructs reality. 00:46:00 – Closing thoughts: The importance of curiosity and collaboration in science and beyond.

Go! For Launch Ep 02 - Featuring Dr. Stephanie Manka Join hosts Audrey and Kam as they delve into a fascinating discussion with Dr. Stephanie Manka, a wildlife biologist turned science communicator and digital content creator. Dr. Manka shares her journey from traditional wildlife research to launching her platform, Fancy Scientist, where she mentors aspiring conservationists and advocates for effective science communication. Explore her insights on the challenges in wildlife careers, the power of community science, and her innovative approach to inspiring the next generation of conservationists. Whether you’re curious about wildlife conservation, breaking stereotypes in science, or making a meaningful impact through outreach, this episode offers a wealth of inspiration and actionable advice. In this episode, you’ll learn: 1. Dr. Manka’s transition from wildlife biology to digital content creation and her passion for outreach. 2. The importance of representation and breaking stereotypes in STEM fields. 3. Challenges and strategies for navigating competitive wildlife careers. 4. How community science bridges gaps between professionals and the public. 5. Dr. Manka’s vision for inspiring conservation through storytelling and education. Helpful Links: Fancy Scientist Resources Explore Dr. Stephanie Manka’s platform for mentorship, career guidance, and wildlife conservation insights: https://fancyscientist.com SciStarter - Community Science Projects Discover community science projects and contribute to real-world research: https://scistarter.org eBird - Citizen Science for Bird Enthusiasts Join the global birding community and contribute valuable data to conservation efforts: https://ebird.org Follow Dr. Manka on Instagram Stay updated with Dr. Stephanie Manka’s latest wildlife adventures and science communication content: https://instagram.com/fancyscientist Dr. Manka’s insights make this episode a must-listen for anyone passionate about wildlife, conservation, or the transformative power of science communication. Timestamps: 00:00:00 – Introduction: Meet Dr. Stephanie Manka, wildlife biologist and science communicator. 00:00:17 – From research to outreach: How Dr. Manka transitioned to science communication. 00:02:07 – Discovering a passion for community engagement and blogging. 00:03:43 – The challenges of wildlife conservation and the role of outreach. 00:06:20 – Career insights: Navigating competitive wildlife job markets. 00:09:30 – Community science: Empowering the public through real-world data collection. 00:12:40 – Bridging the gap: The impact of emotional connections on conservation efforts. 00:15:20 – Tips for aspiring conservationists: Gaining clarity and experience. 00:18:00 – The evolving role of communication in STEM. 00:21:45 – How AI is transforming wildlife research and data analysis. 00:25:10 – Breaking stereotypes: The story behind Fancy Scientist. 00:30:00 – Dr. Manka’s vision for conservation-focused storytelling and education. 00:36:45 – The importance of mindset, values, and personal growth in science and life. 00:42:00 – Closing thoughts: Inspiring change through outreach and effective communication.

Go! For Launch Ep 01 - Featuring NASA’s Brenna Biggs Join hosts Audrey, Kam, and MacKenzie as they dive into an inspiring conversation with Brenna Biggs, NASA Advanced Planning Specialist for the Airborne Science Program. Discover how NASA studies our home planet from the sky using cutting-edge airborne missions and gain insights into Brenna’s unique career journey—from her roots in chemistry and communications to her dream role at NASA. Brenna shares her passion for science outreach, the importance of representation, and the innovative missions shaping the future of Earth science. Whether you’re curious about NASA internships, the challenges of scientific flights, or how video games and puzzles sparked a career in STEM, this episode is packed with inspiration and discovery. In this episode, you’ll learn: 1. How NASA uses airborne missions to study Earth’s climate, air quality, and ecosystems. 2. The unique science conducted aboard NASA’s airborne laboratories, including the retired DC-8 and the new 777 flying laboratory. 3. Tips for navigating NASA internships and finding opportunities in STEM, even with little experience. 4. The role of representation and mentorship in inspiring the next generation of scientists. 5. How Brenna’s love for puzzles, video games, and fantasy stories fueled her passion for chemistry and science communication. Helpful Links: NASA Internships Explore internship opportunities for students aged 16 and up at NASA: https://intern.nasa.gov Student Airborne Research Program (SARP) Learn more about SARP and its opportunities for undergraduates: https://science.nasa.gov/earth-science/early-career-opportunities/student-airborne-research-program/ NASA GLOBE Program Engage with the GLOBE Program, a citizen science initiative for students and educators worldwide: https://www.globe.gov NASA Earth Venture Suborbital Missions Discover the latest NASA Earth Venture missions and their scientific goals: https://eospso.nasa.gov/mission-category/13 NASA’s Airborne Science Program Learn more about NASA’s use of airborne platforms for Earth science research: https://airbornescience.nasa.gov Timestamps: 00:00:00 – Introduction: Meet Brenna Biggs and overview of NASA’s Airborne Science Program. 00:00:28 – NASA’s Earth Science: Exploring the planet with airborne missions and key goals of the Airborne Science Program. 00:03:12 – The DC-8 and the 777: Transition from the iconic flying laboratory to the next-gen 777. 00:04:20 – Brenna’s Role: Balancing outreach, advanced planning, and inspiring future scientists. 00:06:15 – Brenna’s Journey: From communications to chemistry, fueled by a love for fantasy and science. 00:09:40 – Pop Culture and Science: How TV shows and video games influenced Brenna’s STEM path. 00:15:00 – Networking for STEM Careers: Brenna’s advice and personal experiences on building connections. 00:20:30 – Opportunities at NASA: Internships, the GLOBE Program, and ways to get involved in citizen science. 00:26:00 – Flying Scientific Missions: Inside NASA’s airborne labs and their unique challenges. 00:35:30 – Why Airborne Science Matters: 3D data collection, understanding pollution, and observing Earth from the sky. 00:44:00 – Future Airborne Missions: Preparing the 777, Earth Venture suborbital missions, and global collaborations. 00:48:00 – Insights and Impact: What NASA’s airborne missions have revealed about climate, pollution, and the planet. 00:50:30 – Taking Action: How individuals can make a difference in addressing climate challenges. 00:54:00 – Effective Science Communication: Brenna’s approach to bridging divides and fostering understanding.