Podcasts about astrobee

Lt. Col. Nichole “Vapor” Ayers '11 joins us from orbit! SUMMARY From cadet to astronaut, she shares how the U.S. Air Force Academy prepared her for life aboard the International Space Station, the lessons space learned in the space program about leadership and how viewing Earth from 250 miles up re-shapes one's call to serve.   SHARE THIS EPISODE LINKEDIN  |  FACEBOOK   COL. AYERS' TOP 10 LEADERSHIP TAKEAWAYS  - Seeing Earth from space changes your perspective on leadership.  - The fragility of Earth inspires a desire to protect it.  - A lifelong dream of becoming an astronaut requires hard work and dedication.  - Teamwork at the Air Force Academy prepared me for life in space.  - Daily routines on the ISS are structured and focused on science and maintenance.  - Astronauts are normal humans, not just heroes in space.  - Quick thinking and calm leadership are crucial during space missions.  - Community support is vital for success in unconventional paths.  - Inspiring the next generation is a key part of my mission.  - Curiosity and exploration should be fostered in young people.   CHAPTERS 00:00 Journey to the Stars: Becoming an Astronaut 03:32 Life Aboard the ISS: Daily Routines and Responsibilities 07:23 Lessons in Leadership: Quick Thinking in Space 10:54 Observations from Above: Humanity and Resilience 12:10 Inspiring the Next Generation: A Sense of Purpose 13:17 The Long Blue Line: Community and Support     ABOUT NICHOLE BIO U.S. Air Force Lt. Col. Nichole Ayers is a trailblazing pilot, leader, and astronaut whose journey began at the United States Air Force Academy, where she graduated in 2011 with a degree in mathematics. An accomplished F-22 Raptor pilot, Ayers is one of the few women ever to fly the world's most advanced stealth fighter—and she's one of even fewer to command them in formation for combat training missions. Col. Ayers earned her wings through years of training and operational excellence, logging over 200 flight hours in combat and playing a critical role in advancing tactical aviation. Her exceptional performance led to her selection in 2021 by NASA as a member of Astronaut Group 23, an elite class of 10 chosen from among 12,000 applicants. As a NASA astronaut candidate, Col. Ayers completed intensive training at Johnson Space Center, which included spacewalk preparation, robotics, survival training, systems operations, and Russian language. Now qualified for spaceflight, she stands on the threshold of a new chapter that led her to the International Space Station. Throughout her career, Col. Ayers has exemplified the Academy's core values of Integrity First, Service Before Self, and Excellence in All We Do. Her journey from cadet to combat aviator to astronaut is a testament to resilience, determination, and a passion for pushing boundaries.   LEARN MORE ABOUT NICHOLE NASA Astronaut Nichole Ayers     ALL PAST LBL EPISODES  |  ALL LBLPN PRODUCTIONS AVAILABLE ON ALL MAJOR PODCAST PLATFORMS   TRANSCRIPT SPEAKERS Guest, Lt. Col. Nichole "Vapor" Ayers '11  |  Host, Lt. Col. (ret.) Naviere Walkewicz '99   NASA  00:00 Station, this is Houston. Are you ready for the event?   Lt. Col. Nichole Ayers  00:05 Houston, Station, I'm ready for the event.   NASA Air Force Academy, this is Mission Control, Houston. Please call Station for a voice check.   Naviere Walkewicz  00:13 Station, this is Lt. Col. Naviere Walkewicz. How do you hear me?   Lt. Col. Nichole Ayers  00:17 Hi, ma'am. I've got you loud and clear. Welcome to the International Space Station.   Naviere Walkewicz  00:20 Welcome to a special presentation of the US, Air Force Academy, Association and Foundation's, Long Blue Line Podcast Network. I'm Naviere Walkewicz, Class of '99. I was honored recently to speak with a true pioneer, United States Air Force Academy graduate, accomplished fighter pilot, 2022 Young Alumni Excellence Award recipient and now NASA astronaut, Lieutenant Colonel Nicole “Vapor” Ayers, Class of 2011, Vapor joined us from the International Space Station orbiting about 250 miles above Earth. Her journey from Cadet to astronaut embodies the pursuit of excellence and the spirit of exploration that distinguishes the Long Blue Line. For this conversation Vapor and I explored what it means to be a human in the vastness of space, how one's perspective shifts when Earth shows up as a distant blue marble, and what her journey can tell us about courage, connection and the Future. Lieutenant Colonel Ayers, this is such an honor. So excited. Seeing Earth from space forever changes your perspective. How was the experience for you? And how has it changed the way you view your role as a leader?   Lt. Col. Nichole Ayers  01:32 Yeah, you know, I think for everybody, the experience is slightly different. For me, seeing the earth from the Dragon window for the first time was one of the most amazing things I've ever seen. And then seeing the Earth every day from the cupola and then the lab window that we have here, you know, you don't see country or state lines on the Earth, right? There's not like each state has a different solid color, right? There's just geography and just terrain. And so you get to learn the world all over again in terms of colors and textures and geography and water. You know, there's so much water on this earth, and it's hard to put it into perspective until you're actually looking at the Earth, and it's, it's something that has really hit me, because the Earth is so fragile. You know, we see these beautiful auroras, we see thunderstorms, we see different natural disasters, and it's really kind of made me want to take better care of this earth. And you know, when I get home, I want to just do things a little bit better and just take that extra step, to take my make my part in taking good care of this earth.   Naviere Walkewicz  02:38 That makes amazing sense. And, you know, I think it takes us to kind of your path to becoming an astronaut. Can you walk us through what that was like?   Lt. Col. Nichole Ayers  02:47 Yeah, sure. So, you know, I was, I've been saying that I wanted to be an astronaut since I was little kid. And, you know, I always had an affinity for space and for the sky. And growing up in the Shuttle era, you know, as soon as I learned that you could fly the shuttle be the pilot. I was like, “Ooh, that's what I want to do.” And so, the very serious little Nichole set my goals really high and started working towards that path. And, you know, grew up right there in Colorado Springs, watched the Air Force Academy graduation, you know, and the Thunderbirds fly over every year. And it just kind of seemed like a natural path for me to go to the Air Force Academy, become a pilot and try to pursue the astronaut dream from the pilot's perspective. So you know, I worked really hard, set my goals really high, and never got bumped off that path and was able to apply and actually get selected. And now here I am talking to you from the International Space Station.   Naviere Walkewicz  03:36 And it's pretty incredible being able to see you weightless there, and you're here in its full glory. It's pretty amazing. Can you, talk about your time at the Air Force Academy? Specifically, what foundational experiences would you say have really kind of played a part with your life in space right now?   Lt. Col. Nichole Ayers  03:54 Yeah you know, I think the Air Force Academy, for me, the biggest part was just being on teams. You know, I played volleyball there. And, you know, I would say every Squadron is its own little team. And you know, as a four degree, you're there with all of your classmates, and you're going through training sessions together. And so being on these teams in different environments, and some austere environments and high pressure situations, and learning how to take care of other people in those moments, I think, has been huge in my path to getting here. You know, those, all those words speak truth here on the International Space Station, you know, we're in an austere environment. Sometimes we're under pressure situations, and it's just a few of us up here working together with the ground to make this International Space Station stay in orbit, to execute all of the science and the maintenance and keep it running and continue to learn everything we possibly can, both about space and about Earth in order to inform how we do life on Earth and how we get to the moon and Mars.   Naviere Walkewicz  04:47 Thank you. So maybe, can you share with us what your daily routine aboard the ISS is like...   Lt. Col. Nichole Ayers  04:53 Yeah, you know, it's not unlike yours. Potentially. You know, our schedule is pretty set to the ground team figures out about, you know, what science and what maintenance needs to be done, and who's going to go do it. We are scheduled from about 7:30 in the morning to 7:30 in the evening, and we get, you know, two to two and a half hours of exercise time so that we can maintain our bone and muscle and cardiovascular health up here. And then when we're not working out, we're, like, I said, executing science. You know, I'm surrounded just here in this module, every single rack has some sort of payload or science experiment going on, so we just kind of follow the schedule. We work with the ground team to figure out where the things are that we need, and the procedures and all of that. But it's not unlike life on Earth...   Naviere Walkewicz  05:37 Maybe a little bit different. What's the biggest misconception people have about life on the ISS, you think? And what's something that surprised you while you're being there?   Lt. Col. Nichole Ayers  05:48 Man, you know, I've been asked this question before. I'm not sure if I know the biggest misconception. You know, I think that often people kind of put astronauts up on a pedestal, but, you know, we're just humans who like to do, like the work that we do. We're really passionate about what we do. We're good teammates. So we're just normal humans, and it's not the most glamorous job, you know, we do, you know, often wear diapers, or we're working really hard, or things like that. So, you know, just normal humans up here. I think one of the things that surprised me the most, I'll see if I can do this without bumping the Astrobee off the wall here. But for me, it took my brain a while to, you know, get used to seeing people on the wall, or, you know, our treadmills on the wall, or seeing people upside down, and there's no up and down in space. And so it took a while for me to get used to that, and for my brain to kind of remap what I consider up, down, left and right in space. And you know that people are just floating, and we get a float every day, I can let go the mic and talk to you.   Naviere Walkewicz  06:46 So we have a lot of cadets and young officers that listen to us. What advice would you give them in the dream of following in your footsteps?   Lt. Col. Nichole Ayers  06:56 Yeah, that's a great question. You know, I love to preach hard work and teamwork. You know, find something that you really enjoy doing. You know, NASA needs, I studied math, right? I'm a pilot, but we need doctors. We need scientists, we need engineers. So figure out what you really enjoy doing, work really hard at that thing, and then go find a team you can be on, and figure out how to take care of other people, and figure out how, how you mesh in this world, and how you can and thrive in these small environments or austere environments with other people. So I love to just say, you know, work hard, be a good teammate, and everything will work out in your favor. I think.   Naviere Walkewicz  07:30 Can you share if you've received any valuable insights or advice from other Air Force Academy grads who were astronauts?   Lt. Col. Nichole Ayers  07:37 Oh, yeah, I think tons, is what I would say, you know, Eric Kjell, and specifically Nick and Roger, who just recently flew and came back, you know, I think that there's been a ton of advice just in terms of of how we do life here on the International Space Station and how, you know, we're going to continue to explore on the Moon and Mars, and how we can share our story, and how we can share all of the science that we're doing. But I think one of the most practical things that I got was from Nick during the handover, when we, we had a couple days up here together, and he said, “Don't forget, you're still squishy.” You know, we're surrounded by a bunch of metal up here. Nothing is very soft. And so if you, if you get moving too quick, or you get too confident, it's very easy to stub a toe or hit something. And so we're still just squishy humans. And you know, if you take that one step further metaphorically, I think, you know, we're still just humans, and we make mistakes, and that's okay, as long as you can bounce back, and as long as you're not going too fast when you hit a handrail too hard.   Naviere Walkewicz  08:31 Absolutely. Well, you talked a little bit about the austere environment. What do you hope your mission and your story inspiring the next generation of Academy grads, especially those who feel called to serve in bold and unconventional ways.   Lt. Col. Nichole Ayers  08:46 Yeah, you know, I think the bold and unconventional part really hits me, because, you know, growing up during the shuttle era, and then I was at the Air Force Academy when the last shuttle flight flew. And you know, as you grow up, you say you want to be an astronaut, people often say like, Wow, that's awesome. And then when you become an adult, sometimes you don't quite get the same response, you know, sometimes you get a laugh. And so, you know, I would say that even if people don't believe you, or they don't necessarily support what you want to do, if you've got a goal or a dream, just continue to, like I said, work hard at it, you know, put your nose to the grinder. Get really good at whatever it is that you want to go do, and don't let the naysayers get you. You know, there will always be someone there who thinks it's silly, but you will always find someone who supports you. My old commander, Robin, again, he was the one who supported me and got me here, and he said, “Are you silly?” Like, why would you ever think that's silly, or hesitate to tell me what you want to do? So, keep talking about your goals, keep working towards it. And yeah, like I said, maybe someday you could be up here with us.   Naviere Walkewicz  09:44 Absolutely bold and unconventional, for sure. And speaking of such space missions demand precision under pressure. Can you share a moment, whether in training or on the ISS where quick thinking and calm leadership made a difference for you?   Lt. Col. Nichole Ayers  09:57 Yeah, definitely. I think that I.... Actually, a great example is our space walk that Anne McClain and I did about a month and a half ago. You know, right in the middle of the space walk, the priorities changed and the game plan changed. And if you were just an onlooker watching, sitting at home watching, you may not have even noticed that. And I think that's a huge testament to our ground team and our flight director, Deanna Trujillo, for the day, you know, her ability to lead that ground team and change the game plan on the fly, and then get those words up to us through some calm loss and some other hardships that we were working through, and then for us, for Anna and I, to work together, both just the two of us out outside the space station and the vacuum of space, but also us with the ground to make that all look very seamless. We're very proud of how that space walk went, and our ability to kind of change the plan on the fly, execute, come up with new ways of doing things, and figuring out how we're going to leave the station in a good state, and also achieve all those objectives. So think that was we're actually really proud of the way that we, you know, manage all of those changes, and hopefully to the onlooker like yourself. It looks seamless.   Naviere Walkewicz  11:04 Absolutely and it kind of talks a little bit to what you said earlier about, you know, seeing Earth from a different vantage point and wanting to protect it. I'd like to actually ask you more about that. So can you share, from your vantage point what you've observed about humanity and the resilience as you, as you look on it, from us, from our perspective here on Earth, and you being up there,   Lt. Col. Nichole Ayers  11:24 Yeah, you know, I think that one of the biggest things that, you know, I mentioned the natural disasters that we see and, you know, and I feel a sense of duty to photograph and to try to document the things that just humans endure on a daily basis. You know, I talked about thunderstorms or landslides, forest fires, all sorts of things. You know, we see it from such a different vantage point up here. And, you know, knowing that there are people down there who are trying to survive, and knowing that those people will survive, and that we have an entire community that's going to rally around those people in those instances. And you know, just trying to do our part from up here and give, you know, that unique vantage point and give as much data and as much help as we possibly can. I think that's one of the biggest things that our world does well, is, you know, helping each other when we're in need.   Naviere Walkewicz  12:09 And Lieutenant Colonel Ayres, maybe you can share what's been the impact of this mission on your sense of purpose, and how do you think it will shape your next chapter when you come back on Earth?   Lt. Col. Nichole Ayers  12:22 This is a great question. I've done a lot of thinking about this, you know, you know, finally achieving your childhood dream. What's next? You know, what do you do next? And I think for me, the biggest thing that I want to continue to do is just inspire the next generation. You know, all those little kids who say they want to be astronauts, and then they get laughed at as adults. You know, I think that's it's so important to just foster that curiosity and foster that sense of exploration. And really, you know, encourage the next generation to go do what they're passionate about, because we will always need someone in that niche thing that you're passionate about. And so helping people get there is, is really what I want to do next. And, you know, helping the next youth get to their dreams and their goals and continue to just build this society that continues to explore and as you know, especially as we go to the moon and onto Mars and we commercialize low earth orbit, I think there's so much that we can do. And it's I feel, again, a sense of duty to help the next generation do that?   Naviere Walkewicz  13:21 Well, we talk about the next generation and the long blue line being enduring. Is there anything else you'd want to share with Air Force Academy grads in general?   Lt. Col. Nichole Ayers  13:30 Yeah, you know, I think it might be a dead horse that I'm beating at this point, but the teamwork is so important. You know, just, just take care of the people around you. Make sure that you're always looking out for each other. You know, the long blue line is a very special thing to be a part of. And, you know, like yourself, you know, I met you a couple years ago, and it feels like I could just go, you know, hang out with you, have dinner, and we could pick up like old friends. And that's what the long blue line is all about. You know, having friends all over the world who can help you. You know, I got to hang out with Nick Hague in space, another member of the long blue line who told me I was going to be squishy. You know, things like that are just the unique moments that we have as Academy grads. You know, there's always going to be someone there who supports you and who loves you and who wants to see you be successful,   Naviere Walkewicz  14:15 Wonderful. Thank you so much for this time. There's probably so many more questions we could ask you, but I think the biggest one is just, you know, we would leave you with it's such an honor and a privilege to see you out there. We're proud of everything that you're doing, and we can't wait to see more of what you're able to accomplish while you're in space and when you come back.   Lt. Col. Nichole Ayers  14:34 Thank you so much. Like I said, so excited to talk to you today and to just share the experience and also, you know, have a have an influence on the AOG. I'm excited that the AOG is interested in space and interested in all of us who are out here. You know, again, the Long Blue Line is a really cherished and unique group to be a part of. So honored and proud to be a part of that group, and excited that I got to share a little bit of what we do up here with you guys today.   Naviere Walkewicz  15:02 Thank you so much for the time. Naviere Walkewicz  Well, before I close, I'd like to share what happened after the podcast. My cell phone rang, and I had a call from government, and I said, “Who could be calling me?” Well, I answered, and wouldn't you know 250 miles above the Earth, Vapor Ayers was calling me on my cell phone just to say what an amazing conversation we had. What technology we have, that she sounded like she was next door. It was an incredible opportunity for us to talk a little bit more about the podcast and highlight what you might hear in an upcoming Checkpoints article. So for now, I'll sign off. I'm Naviere Walkewicz, Class of '99. Thank you for listening. This has been a special presentation of the US, Air Force Academy, Association and Foundation's Long Blue Line Podcast Network. You can listen to this and all our podcast network programming at LongBlueLinePodcast.org once more, that's LongBlueLinePodcast.org   NASA  16:03 Station, this is Houston. ACR, thank you. That concludes our event.   KEYWORDS NASA, astronaut, International Space Station, Air Force Academy, leadership, resilience, teamwork, space exploration, inspiration, Earth       The Long Blue Line Podcast Network is presented by the U.S. Air Force Academy Association & Foundation      

Trailblazer in biomimicry, Dr. Capella Kerst, joins us to share her inspiring journey from Stanford mechanical engineering PhD student to founder of geCKo Materials, a company revolutionizing industries with its nature-inspired Dry Adhesive technology. Learn how Dr. Kerst's fascination with gecko feet led to a breakthrough that is not only impacting fields like space exploration and dentistry but is also redefining the future of industrial materials. Her story is a testament to innovation born from simplicity, starting from her mom's garage and quickly capturing the intrigue and support of investors. Dr. Capella Kerst is an entrepreneur and engineer leading sustainable innovation as the founder of geCKo Materials. Inspired by nature's genius, she developed the groundbreaking geCKo Materials Dry Adhesive (gMDA) technology, which is revolutionizing industries from space exploration to manufacturing. Driven by a passion for biomimicry and social impact, she is committed to building a greener future and mentoring the next generation of changemakers in STEM. In this episode, you'll hear about: Dr. Capella Kerst's journey from Stanford PhD student to founder of geCKo Materials Breakthrough in Dry Adhesive technology inspired by gecko feet, revolutionizing industries like space exploration and dentistry Overcoming startup challenges as a solo founder, securing investments, and collaborating with major industry players like TSMC, Samsung, and Intel geCKo Materials' commitment to ethical entrepreneurship as a Public Benefit Corporation focused on societal and environmental welfare Pioneering space debris cleanup efforts in collaboration with NASA, including participation in REACH and Astrobee projects geCKo Materials' innovative approach to manufacturing and sustainability, aiming to be the next industrial Velcro Follow and Review: We'd love for you to follow us if you haven't yet. Click that purple '+' in the top right corner of your Apple Podcasts app. We'd love it even more if you could drop a review or 5-star rating over on Apple Podcasts. Simply select “Ratings and Reviews” and “Write a Review” then a quick line with your favorite part of the episode. It only takes a second and it helps spread the word about the podcast. Supporting Resources: Linkedin - https://www.linkedin.com/in/capellak/ https://www.linkedin.com/company/geckomaterials www.geckomaterials.com  info@geckomaterials.com https://www.alcorn.law/podcast/sap225/  https://www.alcorn.law/podcast/sap185/ Alcorn Immigration Law: Subscribe to the monthly Alcorn newsletter Sophie Alcorn Podcast: Episode 16: E-2 Visa for Founders and Employees Episode 19: Australian Visas Including E-3 Episode 20: TN Visas and Status for Canadian and Mexican Citizens Immigration Options for Talent, Investors, and Founders Immigration Law for Tech Startups eBook

Astrobee has been wrapping its arms around objects on the International Space Station.

Seems we can't go through an hour without hearing news about artificial intelligence these days. There are a lot of exciting developments, and some of the most exciting when thinking about space are coming from the USRA's Research Institute for Advanced Computer Science (RIACS), which is on the cutting edge of the cutting edge. In this episode, we're speaking with the institute's director, Dr. David Bell, who will walk us through the differences between current AI, agentic AI, and--are you ready?--quantum-powered AI, and their current and future potential to revolutionize space exploration and development. Join us!Headlines Trump budget cuts: The Trump administration's fiscal 2026 "skinny" budget proposes slashing NASA's funding by $6 billion—24 % of its current $24.8 billion—threatening SLS, Orion, Gateway, and Mars Sample Return programs. Planet 9 revival: Scientists re-examining 1980s IRAS and 2006–2011 Akari infrared data have uncovered new gravitational signatures suggesting a hidden Planet 9 at ~700 AU, bringing the search closer to confirmation. Speed-round catch-up: NASA's Psyche asteroid mission is battling low fuel pressure; the decades-old Soviet Cosmos 42 Venus probe is slated to re-enter around May 10; and a recent poll finds over half of Gen Z and millennials believe in alien cover-ups. Main Topic – AI in Space with Dr. David Bell USRA & QuAIL overview: Dr. Bell outlines USRA's Research Institute for Advanced Computer Science (RIACS) and its Quantum Artificial Intelligence Lab—a collaboration with Google and NASA Ames driving AI and quantum computing integration in space missions Career path & pivotal shifts: With 20+ years at USRA and a prior decade at Xerox PARC, Bell traces AI's journey from 1959's first neural nets to the 2017 transformer breakthrough that sparked today's LLM revolution. Early AI successes: AutoClass's unsupervised learning on the 1980s IRAS mission discovered a new class of infrared stars, and ExoMiner's deep-learning engine has since validated over 300 exoplanets from Kepler data. Agent-based autonomy: USRA deployed mobile agents on the ISS to automate file transfers and Deep Space One's Remote Agent performed onboard planning, execution, and anomaly recovery in deep space during the 1990s. Evolution of planning & scheduling: The Europa planning engine—used daily for Mars rovers—has evolved into SPIFe (Spiffy) and real-time collaborative "playbook" apps, optimizing workflows on both robotic and crewed missions. Natural language interfaces: Clarissa, a precursor to Siri deployed on the ISS five years before commercial voice assistants, let astronauts query and navigate complex procedures by voice. Robotic assistants: Projects like Astrobee free-flying robots on the ISS and analog-terrain rover simulations demonstrate how AI-driven machines can support astronauts in exploration and maintenance tasks. Foundation models for Earth & space: USRA's Generative AI Lab is building multipurpose foundation models on global satellite data that now outperform traditional numerical simulations—forecasting weather faster and more accurately. Workforce development: Through the Feynman Quantum Academy and NASA-integrated data science curricula, USRA immerses students These show notes have been truncated due to length. For the full show notes, visit https://twit.tv/shows/this-week-in-space/episodes/159 Hosts: Rod Pyle and Tariq Malik Guest: Dr. David Bell

Seems we can't go through an hour without hearing news about artificial intelligence these days. There are a lot of exciting developments, and some of the most exciting when thinking about space are coming from the USRA's Research Institute for Advanced Computer Science (RIACS), which is on the cutting edge of the cutting edge. In this episode, we're speaking with the institute's director, Dr. David Bell, who will walk us through the differences between current AI, agentic AI, and--are you ready?--quantum-powered AI, and their current and future potential to revolutionize space exploration and development. Join us!Headlines Trump budget cuts: The Trump administration's fiscal 2026 "skinny" budget proposes slashing NASA's funding by $6 billion—24 % of its current $24.8 billion—threatening SLS, Orion, Gateway, and Mars Sample Return programs. Planet 9 revival: Scientists re-examining 1980s IRAS and 2006–2011 Akari infrared data have uncovered new gravitational signatures suggesting a hidden Planet 9 at ~700 AU, bringing the search closer to confirmation. Speed-round catch-up: NASA's Psyche asteroid mission is battling low fuel pressure; the decades-old Soviet Cosmos 42 Venus probe is slated to re-enter around May 10; and a recent poll finds over half of Gen Z and millennials believe in alien cover-ups. Main Topic – AI in Space with Dr. David Bell USRA & QuAIL overview: Dr. Bell outlines USRA's Research Institute for Advanced Computer Science (RIACS) and its Quantum Artificial Intelligence Lab—a collaboration with Google and NASA Ames driving AI and quantum computing integration in space missions Career path & pivotal shifts: With 20+ years at USRA and a prior decade at Xerox PARC, Bell traces AI's journey from 1959's first neural nets to the 2017 transformer breakthrough that sparked today's LLM revolution. Early AI successes: AutoClass's unsupervised learning on the 1980s IRAS mission discovered a new class of infrared stars, and ExoMiner's deep-learning engine has since validated over 300 exoplanets from Kepler data. Agent-based autonomy: USRA deployed mobile agents on the ISS to automate file transfers and Deep Space One's Remote Agent performed onboard planning, execution, and anomaly recovery in deep space during the 1990s. Evolution of planning & scheduling: The Europa planning engine—used daily for Mars rovers—has evolved into SPIFe (Spiffy) and real-time collaborative "playbook" apps, optimizing workflows on both robotic and crewed missions. Natural language interfaces: Clarissa, a precursor to Siri deployed on the ISS five years before commercial voice assistants, let astronauts query and navigate complex procedures by voice. Robotic assistants: Projects like Astrobee free-flying robots on the ISS and analog-terrain rover simulations demonstrate how AI-driven machines can support astronauts in exploration and maintenance tasks. Foundation models for Earth & space: USRA's Generative AI Lab is building multipurpose foundation models on global satellite data that now outperform traditional numerical simulations—forecasting weather faster and more accurately. Workforce development: Through the Feynman Quantum Academy and NASA-integrated data science curricula, USRA immerses students These show notes have been truncated due to length. For the full show notes, visit https://twit.tv/shows/this-week-in-space/episodes/159 Hosts: Rod Pyle and Tariq Malik Guest: Dr. David Bell

Seems we can't go through an hour without hearing news about artificial intelligence these days. There are a lot of exciting developments, and some of the most exciting when thinking about space are coming from the USRA's Research Institute for Advanced Computer Science (RIACS), which is on the cutting edge of the cutting edge. In this episode, we're speaking with the institute's director, Dr. David Bell, who will walk us through the differences between current AI, agentic AI, and--are you ready?--quantum-powered AI, and their current and future potential to revolutionize space exploration and development. Join us!Headlines Trump budget cuts: The Trump administration's fiscal 2026 "skinny" budget proposes slashing NASA's funding by $6 billion—24 % of its current $24.8 billion—threatening SLS, Orion, Gateway, and Mars Sample Return programs. Planet 9 revival: Scientists re-examining 1980s IRAS and 2006–2011 Akari infrared data have uncovered new gravitational signatures suggesting a hidden Planet 9 at ~700 AU, bringing the search closer to confirmation. Speed-round catch-up: NASA's Psyche asteroid mission is battling low fuel pressure; the decades-old Soviet Cosmos 42 Venus probe is slated to re-enter around May 10; and a recent poll finds over half of Gen Z and millennials believe in alien cover-ups. Main Topic – AI in Space with Dr. David Bell USRA & QuAIL overview: Dr. Bell outlines USRA's Research Institute for Advanced Computer Science (RIACS) and its Quantum Artificial Intelligence Lab—a collaboration with Google and NASA Ames driving AI and quantum computing integration in space missions Career path & pivotal shifts: With 20+ years at USRA and a prior decade at Xerox PARC, Bell traces AI's journey from 1959's first neural nets to the 2017 transformer breakthrough that sparked today's LLM revolution. Early AI successes: AutoClass's unsupervised learning on the 1980s IRAS mission discovered a new class of infrared stars, and ExoMiner's deep-learning engine has since validated over 300 exoplanets from Kepler data. Agent-based autonomy: USRA deployed mobile agents on the ISS to automate file transfers and Deep Space One's Remote Agent performed onboard planning, execution, and anomaly recovery in deep space during the 1990s. Evolution of planning & scheduling: The Europa planning engine—used daily for Mars rovers—has evolved into SPIFe (Spiffy) and real-time collaborative "playbook" apps, optimizing workflows on both robotic and crewed missions. Natural language interfaces: Clarissa, a precursor to Siri deployed on the ISS five years before commercial voice assistants, let astronauts query and navigate complex procedures by voice. Robotic assistants: Projects like Astrobee free-flying robots on the ISS and analog-terrain rover simulations demonstrate how AI-driven machines can support astronauts in exploration and maintenance tasks. Foundation models for Earth & space: USRA's Generative AI Lab is building multipurpose foundation models on global satellite data that now outperform traditional numerical simulations—forecasting weather faster and more accurately. Workforce development: Through the Feynman Quantum Academy and NASA-integrated data science curricula, USRA immerses students These show notes have been truncated due to length. For the full show notes, visit https://twit.tv/shows/this-week-in-space/episodes/159 Hosts: Rod Pyle and Tariq Malik Guest: Dr. David Bell

Welcome to Astronomy Daily, your go-to Podcast for the latest news and insights in the world of space and Astronomy. I'm your host, Anna. Today we'll start with SpaceX's rapid progress at Starbase, where they're making significant advances with their launch towers and preparing for future missions. Then we'll move on to a fascinating new initiative from Japanese company Astroscale, which aims to tackle the growing problem of space junk with an innovative $90 million mission. Next, we'll dive into some exciting research being conducted on the International Space Station by NASA astronauts Butch Wilmore and Suni Williams. Finally, we'll explore Harvard professor Avi Loeb's intriguing hypothesis about how advanced civilizations might use black holes as a power source. Let's dive in.- **SpaceX's Rapid Progress at Starbase**: SpaceX has done it again. They've stacked launch tower two at orbital launch pad B at Starbase, Texas, in record time. This rapid assembly, completed in just 41 Daily, is an impressive feat of engineering and logistics, setting the stage for their innovative chopstick system designed to catch boosters mid-air. - **Astroscale's $90 Million Space Junk Removal Mission**: Japanese company Astroscale recently secured a $90 million contract to remove a bus-sized rocket stage from orbit. This mission, funded by the Japanese Aerospace Exploration Agency (JAXA), is a significant step forward in space sustainability. Astroscale's project, named ADRAS-J2, aims to tackle the issue of space debris head-on, using advanced robotic technologies to clean up our orbits. The mission involves using a robotic arm to grab the tumbling rocket stage and pull it into Earth's atmosphere, where it will burn up on reentry. - **Exciting Research on the ISS**: NASA astronauts Butch Wilmore and Suni Williams have been conducting groundbreaking research on the International Space Station (ISS). Their work includes experiments on plant growth in space, fluid physics, and utilizing Astrobee, a set of free-flying robots designed to assist with chores and maintenance. - **Avi Loeb's Black Hole Moon Hypothesis**: Harvard professor Avi Loeb has sparked intriguing discussions with his latest hypothesis, the Black Hole Moon. This groundbreaking idea suggests that advanced civilizations could exploit black holes as potent energy sources, potentially providing a technosignature detectable from Earth. Loeb builds upon Roger Penrose's concept of extracting energy from a rotating black hole's accretion disk and proposes the creation or capture of a small black hole weighing about 100,000 tons. This black hole could emit a massive continuous energy output through Hawking radiation, potentially powering an entire planet and even consuming waste. Detecting such a system could revolutionize our search for extraterrestrial intelligence.For more space news, be sure to visit our website at astronomydaily.io. There you can sign up for our free Daily newsletter, read insightful blog posts, and catch up on all the latest space and Astronomy news with our constantly updating newsfeed. Don't forget to listen to all our previous episodes as well. You can also follow us on social media. Just search for AstroDailyPod on Facebook, X, YouTubeMusic, and TikTok to stay connected with our community and never miss an update. Until next time, keep your eyes on the stars.Sponsor Links:NordpassNordVPNMalwarebytesProton Mailbitesz.comBecome a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-the-podcast--5648921/support.

As these updated robots make a beeline through the International Space Station, they will test their new skills.

When SpaceX successfully launched their 30th commercial resupply mission, NASA sent several new scientific experiments and technology demonstrations to the International Space Station.

**Show Notes: Astronomy Daily Podcast, Series 2 Episode 48 - October 9, 2023***Hosted by Steve Dunkley, live from Australia, with AI Newsreader Hallie.*1. **Introduction:**- Steve welcomes listeners and introduces Hallie, his digital counterpart.- Hallie shares a story about the AstroBee robots on the International Space Station (ISS). One of them, the yellow AstroBee, has returned to work.- Steve expresses his fondness for the AstroBee robots and their utility on the ISS.2. **Upcoming Space Missions:**- A mission to examine asteroid Syke is set to launch on October 12. The mission will utilize data from the retired observatory, Sophia.- NASA's Syke Mission, launching on October 12, aims to research asteroid 16 Syke, believed to be metal-rich and one of the largest asteroids in the asteroid belt. The mission will use data from the retired Sophia Telescope and NASA's Ames Research Center.3. **SpaceX Launch:**- SpaceX is set to launch 22 Starlink Broadband satellites on October 9 from California's Vandenberg Space Force Base. The launch can be viewed live on SpaceX's account on X (formerly Twitter).4. **AstroBee Robots on ISS:**- The yellow AstroBee robot, named Honey, has returned to the ISS after maintenance. It can perform tasks autonomously, aiding astronauts and serving as a platform for research and STEM outreach.5. **Mount Wilson Observatory:**- The observatory, once a prime location for astronomical discoveries, faces challenges due to light pollution from Los Angeles.- Despite its historical significance, funding challenges persist. The observatory relies heavily on volunteers for maintenance and operations.- The observatory marks the hundredth anniversary of a significant discovery, shedding light on its rich history and contributions to astronomy.6. **Closing Remarks:**- Steve encourages listeners to visit the Mount Wilson Observatory website (mtwilson.edu) for more information.- He also promotes the Space Nuts podcast and the Astronomy Daily podcast, available at spacenuts.io and bitesz.com.- Steve invites listeners to join the Space Nuts Facebook group and sign up for the Astronomy Daily newsletter.*End of episode. Thank you for tuning in!*This show is part of the Spreaker Prime Network, if you are interested in advertising on this podcast, contact us at https://www.spreaker.com/show/5648921/advertisement

Egg Challenge… Tattoos at wedding… People want more money… Buc-ees help wanted sign… Last car under twenty thousand… Malls are coming back?... Ye turns it over to new wife… Oliver Anthony number one… Russia craft “ceased to exist”… chewingthefat@theblaze.com India attempting to land on the moon… Astrobee the space robot… Flying car with Nasa tech… Spain wins Women's World Cup… New coach for USA Women's team… Pig parts into humans… Solve the problem for a million bucks. Learn more about your ad choices. Visit megaphone.fm/adchoices

หุ่นยนต์ที่ชื่อ Astrobee ซึ่งเป็นหุ่นยนต์ผู้ช่วยนักบินอวกาศ พัฒนาโดย NASA Ames Research Center มีหน้าที่ช่วยลดเวลาการทำงานประจำวันของนักบินอวกาศ โดยทำงานผ่านการสั่งการด้วยการเขียนโปรแกรมคอมพิวเตอร์เพื่อควบคุม และเป็นโอกาสดีของเยาวชนไทยที่จะมีโอกาส เข้าร่วมกิจกรรมแข่งขันเขียนโปรแกรมด้วยภาษา JAVA ควบคุมหุ่นยนต์ Astrobee ผ่านโครงการ Kibo Robot Programming Challenge ครั้งที่ 4 ซึ่งกำลังเปิดรับสมัครถึงวันที่ 14 พฤษภาคม 2566 นี้ (เว็บไซต์โครงการแข่งขัน https://www.nstda.or.th/spaceeducation/kibo-rpc-2023/) วันนี้รายการ Sci เข้าหู ได้ชวนตัวแทนเยาวชนโครงการแข่งขัน Kibo Robot มาร่วมพูดคุย 2 คนครับ คนแรกคือ นายธฤต วิทย์วรสกุล นักศึกษาชั้นปีที่ 1 Faculty of Science, University of British Columbia ตัวแทนเยาวชนทีมชนะเลิศในการแข่งขันครั้งที่ 2 และนายภูรี เพ็ญหิรัญ นักศึกษาชั้นปีที่ 2 สาขาวิศวกรรมซอฟต์แวร์ มหาวิทยาลัยธรรมศาสตร์ ตัวแทนเยาวชนทีมชนะเลิศ ในการแข่งขันครั้งที่ 3  มาร่วมพูดคุยเพื่อแบ่งปันประสบการณ์ที่ได้รับจากโครงการ และเผยเคล็ดลับความสำเร็จทำให้คว้าแชมป์ประเทศไทย ติดตามรับฟัง Podcast รายการ Sci เข้าหู ย้อนหลังได้ที่ https://www.nstda.or.th/sci2pub/podcast-sci-in-ear/  https://youtu.be/wguA59tW-lA

Cette année, pour la troisième édition du Défi de programmation robotique Kibo (Kibo-RPC), c’est Taïwan et son équipe de l’université nationale de Taiwan qui s’est imposé et a terminé à la première place ! Le Kibo-RPC est un programme éducatif dans lequel les étudiants doivent résoudre divers problèmes en manipulant et déplaçant des robots en vol libre (Astrobee et Int-Ball) en utilisant leurs compétences en programmation dans le module d'expérimentation japonais "Kibo" de la Station spatiale internationale (ISS). Un programme éducatif qui offre la chance à ces étudiants d’échanger et discuter avec les scientifiques et ingénieurs professionnels et d'observer leur travail de près, dans l’espoir que ce programme pousse les étudiants à développer leurs propres objectifs éducatifs et professionnels à un niveau élevé. Les participants sélectionnés à ce programme viennent du monde entier via des préselections régionales et nationales et ont la chance d'apprendre des méthodologies de pointe et de perfectionner leurs compétences en sciences, technologie, ingénierie et mathématiques grâce à ce programme international spatial pensé par l'Agence japonaise d'exploration aérospatiale (JAXA) en coopération avec la NASA, agence spatiale américaine. Taïwan a réussi la meilleure performance de la simulation en finale de la 3e édition du Kibo-RPC avec son robot qui a rempli sa mission sans faute. Associée à des partenaires tunisiens, l’équipe taïwanaise baptisée « KIBO la na tsu bu KIBO/Robology Awesome Aliens » a terminé première selon les critères d’évaluation des scientifiques de la JAXA et de la NASA. Retour en détail sur cette performance et la robotique en jeu pour cette simulation de vol libre au sein de la station spatiale internationale dans l’émission Taïwan en ébul’action.

Jonathan Barlow from the NASA Ames Research Center joins me to talk about Astrobee—the free-flying robots on the International Space Station that test new technologies, sensors, and operations, and assist astronauts and mission controllers alike. Jonathan is the Astrobee Lead Engineer and has been with the program since the beginning, so we go way back to its origins and talk in-depth about what the robots are up to today on the ISS.This episode of Main Engine Cut Off is brought to you by 43 executive producers—Simon, Lauren, Kris, Pat, Matt, Jorge, Ryan, Donald, Lee, Chris, Warren, Bob, Russell, Moritz, Joel, Jan, David, Joonas, Robb, Tim Dodd (the Everyday Astronaut!), Frank, Julian and Lars from Agile Space, Matt, The Astrogators at SEE, Chris, Aegis Trade Law, Fred, Hemant, Dawn Aerospace, Andrew, Harrison, Benjamin, SmallSpark Space Systems, Schultzy, and seven anonymous—and 818 other supporters.TopicsWhat is Astrobee? | NASAAstrobee - Four Years in Video | NASA Image and Video LibraryNASA Celebrates Three Years of Astrobees Buzzing on Space Station | NASAMeet ISAAC, Integrating Robots with the Space Stations of the Future | NASAAstrobee Space-Bots Mark a New Milestone in Human-Robot Teamwork | NASANPS, NASA Team Up on “Astrobatics” Project to Advance Spacecraft Robotics - Naval Postgraduate SchoolArtemis 1 Launch Events - Off-NominalThe ShowLike the show? Support the show!Email your thoughts, comments, and questions to anthony@mainenginecutoff.comFollow @WeHaveMECOListen to MECO HeadlinesJoin the Off-Nominal DiscordSubscribe on Apple Podcasts, Overcast, Pocket Casts, Spotify, Google Play, Stitcher, TuneIn or elsewhereSubscribe to the Main Engine Cut Off NewsletterMusic by Max JustusArtwork photo by ESA

Robots will play a significant role in NASA's mission to return to the Moon.

Hoje a nossa conversa vai se focar em Microserviços e Inteligência Artificial e como é que estes 2 mundos se casam. Por isso certamente a nossa conversa nos vai levar por caminhos das Arquiteturas e ambientes de aplicações Cloud Native, vamos certamente falar de Containers, Serverless e Data-Driven e Event Driven Architectures e como é que o AI encaixa neste mundo novo de arquiteturas modernas e altamente elásticas, dinâmicas e escaláveis. AI News: Actor Pattern on dapr https://docs.dapr.io/developing-applications/building-blocks/actors/actors-overview/ Researchers develop a new robot that can efficiently navigate sidewalks in urban environment https://techxplore.com/news/2021-09-robot-efficiently-sidewalks-urban-environments.html What is Astrobee? | NASA https://www.nasa.gov/astrobee NASA's Astrobee Robot First Free Flight in Space https://www.youtube.com/watch?v=hk-1j3sXTqA Email us at podcast@buildingthefuture.pt Hosts: Marco António Silva: https://www.linkedin.com/in/marconsilva/ José António Silva: https://www.linkedin.com/in/canoas/ Vitor Santos: https://www.linkedin.com/in/vitor-santos-ab87662/

Be inspired as we chat with Maree Timms, founder of Digital Technologies Advisory Committee Wangaratta. DTAC Wangaratta helps students across the region & beyond connect with STEM in a variety of ways! Hosted by Ben Newsome from Fizzics Education About DTAC Wangaratta The Digital Technologies Advisory Committee is a collection of organisations and individuals who are working hard to fix the problem our region is facing with Digital Inclusion. it started as a collaboration between the NE Tracks LLEN ( Local Learning and Employment Network), Local GOTAFE & Charles Sturt University. When DTAC commence in 2016, the local Digital Inclusion score was 43.8. In the most recent report they've shot past the 50% mark with a new scoring of 50.8 - an increase of 7%! (By comparison Melbourne moved from 62.5% to 63.6% in the same period). In Maree's words: We do our own teacher workshops, and now collaborations for regional workshops with DLTV ( Digital Learning & Teaching Victoria, STAV Science teachers association, MAV maths teachers association & OZgrav at Swinburne) Also a big focus is “girls in STEM” – we have had a number of these workshops including one of the coolest, where we have had FORD engineers travel to Wangaratta to work with our local girls. Last year with COVID put a bit of a halt on things, but we have created another partnership with One Giant Leap Australia Foundation, who have many cool space projects. The Kibo Challenge, seeds in space program – check out their website for more info. "The formation of DTAC has to sit high up there with creating change and innovation in our community. We would never had thought we would have achieved all this.  There has been so many wonderful outcomes." Further link www.DTAC.zone About Maree Timms Maree grew up in Wangaratta and attended Monash University, becoming a science teacher & started teaching in 1986 in a very multicultural school. At 25 years old she taught in Turkey for 10 months and then backpacked across a variety of countries during a 2.5 year period. She moved to the Northern Territory to teach at Taminmin College for 4 years followed by Gunbalanya Community School for 10 years in Arnhemland where she "learnt more than I ever taught!!". She returned to Wangaratta following this and has now been teaching at Galen Catholic College for past 14 years. In her words... I've had way too many cool things happen in my teaching career. Taking a group of students from Humpty Doo ( Taminmin College) to Open the National Science week way back in 1994's at Parliament house. Infront of Dr Karl Kruszelnickii!!  We created the Taminmin Magic Science Show! Taking a group of Indigenous kids ( Gunbalanya) to the Paralympic Games for the whole two weeks Taking a group of Indigenous Kids/parents and Elders ( Gunbalanya) to accept an award for a Claymation we created to Melbourne. ( It won NT film of the year!!)  https://vimeo.com/139298727 Winning the right to represent Australia at the VEX Worlds Robotics Championships, in 2018, 2019 and 2020 ( we couldn't go in 2020) Being invited to have lunch with the Lead Scientist of Victoria in her office – with our robotics team Winning the Right to represent Australia in the 1st Kibo Challenge 2020 and see our student's code control NASA's Astrobee robot on the ISS. I still don't know how to code…or build robots – but have taken teams to the highest level. I gather good allies/colleagues that have the skills I don't have and compliment mine. Kids who are willing to learn and have a go and teach themselves! They are the YouTube and online forum generation! I coordinate, facilitate, and “hammer' them on the communication, teamwork, organisation skills that helps to lead them to success. Further links On twitter: https://twitter.com/mareetimms STEM Map (Dr Amanda Caples)  -  https://djpr.vic.gov.au/victorias-lead-scientist/stem-map Girls in STEM Map (Dr Amanda Caples) - https://djpr.vic.gov.au/victorias-lead-scientist/women-and-girls-in-stem-map Superstars of STEM: https://scienceandtechnologyaustralia.org.au/what-we-do/superstars-of-stem/ One Giant Leap Foundation, Kibo Challenge #2 – taking entries now: https://kiboaustralia.com.au/ VEX Robotics:  https://www.vexrobotics.com/education Connecting to a LLEN network: https://www.education.vic.gov.au/about/programs/Pages/llens.aspx About the FizzicsEd podcast Hosted by Ben Newsome from Fizzics Education With interviews with leading science educators and STEM thought leaders, this science education podcast is about highlighting different ways of teaching kids within and beyond the classroom. It's not just about educational practise & pedagogy, it's about inspiring new ideas & challenging conventions of how students can learn about their world! https://www.fizzicseducation.com.au/ Know an educator who'd love this STEM podcast episode?  Share it! The FizzicsEd podcast is a member of the Australian Educators Online Network (AEON ) http://www.aeon.net.au/ See omnystudio.com/listener for privacy information.

Humming as they go, but softly to comply with noise limits on the space station, the Astrobees can take environmental readings or perform inventory.

Brinkmann, Paul. "NASA readies Astrobee flying robots for serious space science." UPI, 12 Jan. 2021, https://www.upi.com/Science_News/2021/01/12/NASA-readies-Astrobee-flying-robots-for-serious-space-science/3681610045958/ Cohen, Nancy. "Robotic bees are joining the International Space Station." TechXPlore, Science XNetwork , 5 Apr. 2019, 2019-04-robotic-bees-international-space-station.html "What is Astrobee?" NASA, 24 Nov. 2020, https://www.nasa.gov/astrobee.

Fresh podcast from Batumi, Georgia by @Astrobee003 | Resident of the @TempoRadioLab | tempo.ge //Astrobee is on stage since 2016. His main inspiration was DJ Skull. And he is still continues making high-tempo techno, house stuff. pattern by @polinque https://www.instagram.com/kolshica/ Podcast HQ download is available only for true house pirates on Closed Radio - https://teleg.run/mgps895

Humming as they go, but softly to comply with noise limits on the space station, the Astrobees can take environmental readings or perform inventory.

Astrobee will test how robots might assist crew or perform caretaking duties on spacecraft.

Astrobee, a free-flying robot, took its first spin around the station. The crew also released four small cube satellites from different countries into low earth orbit.

Busy as a bee, or in this case, Astrobee. These robots are working hard on the International Space Station.

Sejam bem-vindos ao quingentésimo sexagésimo sétimo Spin de Notícias, o seu giro diário de informações científicas... em escala sub-atômica. E nesse Spin de Notícias falaremos sobre... Engenharia! *Este episódio, assim como tantos outros projetos vindouros, só foi possível por conta do Patronato do SciCast. Se você quiser mais episódios assim, contribua conosco!*

Sejam bem-vindos ao quingentésimo sexagésimo sétimo Spin de Notícias, o seu giro diário de informações científicas... em escala sub-atômica. E nesse Spin de Notícias falaremos sobre... Engenharia! *Este episódio, assim como tantos outros projetos vindouros, só foi possível por conta do Patronato do SciCast. Se você quiser mais episódios assim, contribua conosco!*

With the station back to full power, SpaceX is ready to launch their 17th resupply mission. Astrobee, a new free-flying robot will assist the crew with chores on board station.

In 7th grade, after reading a newspaper article about female engineers at NASA, Maria Bualat knew that was what she wanted to do when she grew up. Fast forward to today, and now Maria is a robotics engineer at NASA Ames Research Center in Mountain View, CA where she develops robotics systems for space exploration. Her main project at the moment is Astrobee-- a free flying robot for the International Space Station. It’ll help astronauts in the space station and measure the quality of the air there. As the deputy group lead for the Intelligent Robotics Group at NASA Ames, she does the high level thinking, and mostly works on project management and systems engineering. This means she sets the goals and direction of the project and coordinates with different teams and engineers to make sure the project is successful. To get here, she earned a bachelor’s degree in electrical engineering, and was hired right out of school. She continued her education and earned a master’s degree also in electrical engineering with an emphasis in controls while simultaneously working at NASA. For students interested in a career in science or engineering, she recommends cultivating good communication and writing skills.

Episode 1: Escape of the Astrobee Story by Keeley Read by Trygve Wakenshaw http://trygvewakenshaw.net/ Sound effects imagined and performed by children and young people at 100 Story Building in Footscray, Victoria. 100SBFM is produced by Stephanie Brotchie, in collaboration with the young writers, staff and volunteers at 100 Story Building. Production assistance by Andrew Callahan and Maia Tarrell For more great stories visit http://www.100storybuilding.org.au/ This project has been assisted by the Australian Government through the Australia Council, its arts funding and advisory body.