Podcasts about Space technology

With the success of Artemis II, NASA is preparing for humanity's return to the Moon through the ambitious Artemis Project. In this lecture, Professor Neil Farber explores the future Artemis missions, the spacecraft and technologies designed to support them, and the challenges NASA faces in sending astronauts back to the lunar surface. Building on the legacy of the Apollo program, Artemis represents a new era of exploration focused not only on reaching the Moon, but on establishing a sustainable long-term presence and preparing for future missions to Mars. Professor Farber examines why returning to the Moon today presents more difficulties than during the Apollo era, including modern engineering demands, funding realities, mission complexity, astronaut safety, and the logistical challenges of deep space travel. The lecture also highlights how NASA's goals have evolved since Apollo and why the Moon remains central to the future of human space exploration. Series: "Osher UC San Diego Distinguished Lecture Series" [Science] [Show ID: 41597]

With the success of Artemis II, NASA is preparing for humanity's return to the Moon through the ambitious Artemis Project. In this lecture, Professor Neil Farber explores the future Artemis missions, the spacecraft and technologies designed to support them, and the challenges NASA faces in sending astronauts back to the lunar surface. Building on the legacy of the Apollo program, Artemis represents a new era of exploration focused not only on reaching the Moon, but on establishing a sustainable long-term presence and preparing for future missions to Mars. Professor Farber examines why returning to the Moon today presents more difficulties than during the Apollo era, including modern engineering demands, funding realities, mission complexity, astronaut safety, and the logistical challenges of deep space travel. The lecture also highlights how NASA's goals have evolved since Apollo and why the Moon remains central to the future of human space exploration. Series: "Osher UC San Diego Distinguished Lecture Series" [Science] [Show ID: 41597]

With the success of Artemis II, NASA is preparing for humanity's return to the Moon through the ambitious Artemis Project. In this lecture, Professor Neil Farber explores the future Artemis missions, the spacecraft and technologies designed to support them, and the challenges NASA faces in sending astronauts back to the lunar surface. Building on the legacy of the Apollo program, Artemis represents a new era of exploration focused not only on reaching the Moon, but on establishing a sustainable long-term presence and preparing for future missions to Mars. Professor Farber examines why returning to the Moon today presents more difficulties than during the Apollo era, including modern engineering demands, funding realities, mission complexity, astronaut safety, and the logistical challenges of deep space travel. The lecture also highlights how NASA's goals have evolved since Apollo and why the Moon remains central to the future of human space exploration. Series: "Osher UC San Diego Distinguished Lecture Series" [Science] [Show ID: 41597]

TJ is joined by New Mexico Secretary of Economic Development Secretary Rob Black. They have an interesting conversation ranging from Fusion Energy, Quantum Computers, Space Technology, and attracting new business to New Mexico. All this and more on News Radio KKOB See omnystudio.com/listener for privacy information.

Business aviation has spent decades climbing the same performance ladder: more range, more speed, larger cabins, better engines, better avionics, and more capable aircraft. That evolution created the modern business jet market and pushed the high end into a category that would have been difficult to imagine when the first purpose-built business aircraft entered service. But the next era may not be defined by simply building a bigger airplane. With aircraft like the G800, Global 8000, and Falcon 10X, the upper end of the market is already approaching the practical limits of range, cabin size, and price. Supersonic business aviation remains difficult. New air vehicle concepts may be promising, but business aviation has historically prioritized performance, reliability, and mission utility over radical experimentation. That raises a more important question for business aviation leaders: where does meaningful differentiation come from next? In this episode, I continue the conversation with Kevin Michaels and Richard Aboulafia of AeroDynamic Advisory about Time Machines: Business Aviation's Dynamic Journey. This second part looks at the future of the market: why the high end keeps marching upward, why the medium-cabin segment may need a new catalyst, how post-COVID usage patterns are changing ownership and operating models, and why the aircraft may increasingly be judged by what it enables onboard. What You'll Discover In This Episode Why the ultra-long-range business jet market has continued to expand, even when many people once doubted there would be room for multiple players at the high end. How the G800, Global 8000, and Falcon 10X reflect the continued march toward larger, more capable, and more expensive business aircraft. Why business aviation may be approaching a point where range, speed, and cabin size are no longer enough to create meaningful differentiation. How onboard connectivity, virtual workspaces, interiors, avionics, and human-machine interface may become more important to the next era of business aircraft. Why radically new air vehicle concepts may be harder to justify in a market that has historically prioritized performance and mission utility over fuel-efficiency-led experimentation. What the continued rise of ultra-high-net-worth demand reveals about the top end of the business aviation market. Why the medium-cabin and “workaday” jet market may need a new catalyst as the high end keeps pulling away. How business aviation usage has changed since COVID, including the shift away from traditional ownership and toward fractional, managed aircraft, and Part 135 models. Why “business aviation as a service” may become a more important way to understand the market's next phase. What leaders should watch as aircraft performance, ownership models, customer expectations, and onboard experience begin to define the next chapter of business aviation.   About the Guests Richard Aboulafia is a Managing Director at AeroDynamic Advisory, a boutique aerospace and defense management consultancy based in Ann Arbor, Michigan. He is also a Special Advisor on Aerospace & Defense at Eurasia Group and a Fellow of the Royal Aeronautical Society. Since 1988, Richard has tracked aircraft programs, markets, and companies as an analyst and consultant, advising aerospace manufacturers, defense contractors, and financial institutions on commercial aviation, military aviation, and broader aerospace and defense market trends. Before joining AeroDynamic Advisory in 2022, he was Vice President of Analysis at Teal Group. Richard is also a widely published aviation and defense writer, with regular columns in Aviation Week & Space Technology and work appearing in outlets including Foreign Policy, Forbes, The Wall Street Journal, the Financial Times, Professional Pilot, and others. He is the co-author, with Kevin Michaels, of Time Machines: Business Aviation's Dynamic Journey, a comprehensive look at the people, aircraft, technologies, business models, and market forces that shaped business aviation into the industry it is today. Connect with Richard on LinkedIn. Kevin Michaels is a Managing Director at AeroDynamic Advisory and a globally recognized expert in aerospace manufacturing, MRO, strategy, customer satisfaction, M&A advisory, technology assessment, and market analysis. Across his career, Kevin has advised leading aerospace OEMs, airlines, MRO providers, suppliers, and investors on the strategic and operational forces shaping the aerospace industry. Before AeroDynamic Advisory, he was Vice President in ICF International's Aerospace & MRO consulting practice and co-founder of AeroStrategy, which was acquired by ICF. He also held roles with Rockwell Collins Government Systems, The Canaan Group, and aero-engine supplier Williams International. Kevin is a columnist for Aviation Week & Space Technology's Up Front feature, a contributing columnist to Inside MRO and Forbes, and chairs the Industry Advisory Board for the University of Michigan's Aerospace Engineering Department. He is also the author of AeroDynamic: Inside the High-Stakes Global Jetliner Ecosystem, winner of the 2019 Choice Outstanding Academic Title Award. Connect with Kevin on LinkedIn. Buy the book Time Machines: Business Aviation's Dynamic Journey on Amazon.   About Your Host Craig Picken is an Executive Recruiter, writer, speaker, and ICF Trained Executive Coach. He is focused on recruiting senior-level leadership, sales, and operations executives in the aviation and aerospace industry. His clients include premier OEMs, aircraft operators, leasing/financial organizations, and Maintenance/Repair/Overhaul (MRO) providers, and since 2008, he has personally concluded more than 400 executive-level searches in a variety of disciplines. Craig is the ONLY industry executive recruiter who has professionally flown airplanes, sold airplanes, and successfully run a P&L in the aviation industry. His professional career started with a passion for airplanes. After eight years' experience as a decorated Naval Flight Officer – with more than 100 combat missions, 2,000 hours of flight time, and 325 aircraft carrier landings – Craig sought challenges in business aviation, where he spent more than 7 years in sales with both Gulfstream Aircraft and Bombardier Business Aircraft. Craig is also a sought-after industry speaker who has presented at Corporate Jet Investor, International Aviation Women's Association, and SOCAL Aviation Association.   Resources For more aerospace industry news & commentary: https://craigpicken.com/insights/. To learn more about Craig Picken, visit https://craigpicken.com/.

Business aviation is often misunderstood because the aircraft are the most visible part of the story. The brands, the cabins, the speed, the ramp presence, and the culture around private aircraft tend to dominate the public imagination. But the industry was not built around image. It was built around utility. From the early aircraft companies in Wichita to the postwar expansion of aviation infrastructure, from Gulfstream's focus on reliability and customer support to Learjet's cultural impact, from Cessna's utilitarian approach to the Falcon 20's role in the early FedEx story, business aviation evolved around one central promise: giving people and companies control over time. In this episode, I talk with Kevin Michaels and Richard Aboulafia of AeroDynamic Advisory about their book, Time Machines: Business Aviation's Dynamic Journey. Kevin and Richard trace the forces that shaped the business aviation market across decades. The deeper story is not simply how business jets became faster, more capable, or more recognizable. It is how business aviation became an operating system for access, connecting companies, communities, executives, pilots, manufacturers, service networks, and airports in a way the scheduled airline system never could. You'll also learn; How Wichita became one of the most important centers in aviation history Why World War II accelerated the business aviation ecosystem by creating pilots, mechanics, infrastructure, air traffic control, and mission familiarity. How early business aviation moved from converted aircraft and surplus DC-3s into purpose-built turbine-powered aircraft. Why Gulfstream's early success was rooted in understanding the customer's mission: short-field access, reliability, dispatch performance, and customer support. How Learjet became the cultural shorthand for business jets through design, performance, Hollywood visibility, and Bill Lear's marketing instincts. Why Cessna's slower, more utilitarian Citation strategy became a winning formula for customers who valued functionality and reliability over pure speed. How Dassault's Falcon 20 gained early momentum through Pan Am, Charles Lindbergh, Federal Express, and the U.S. Coast Guard. Why engine technology repeatedly expanded what business aviation could become. How fractional ownership changed business aviation by opening access beyond traditional whole-aircraft ownership and flight departments. Why general aviation, airport infrastructure, advocacy, and regulation remain foundational to the health of the business aviation industry.   About the Guests Richard Aboulafia is a Managing Director at AeroDynamic Advisory, a boutique aerospace and defense management consultancy based in Ann Arbor, Michigan. He is also a Special Advisor on Aerospace & Defense at Eurasia Group and a Fellow of the Royal Aeronautical Society. Since 1988, Richard has tracked aircraft programs, markets, and companies as an analyst and consultant, advising aerospace manufacturers, defense contractors, and financial institutions on commercial aviation, military aviation, and broader aerospace and defense market trends. Before joining AeroDynamic Advisory in 2022, he was Vice President of Analysis at Teal Group. Richard is also a widely published aviation and defense writer, with regular columns in Aviation Week & Space Technology and work appearing in outlets including Foreign Policy, Forbes, The Wall Street Journal, the Financial Times, Professional Pilot, and others. He is the co-author, with Kevin Michaels, of Time Machines: Business Aviation's Dynamic Journey, a comprehensive look at the people, aircraft, technologies, business models, and market forces that shaped business aviation into the industry it is today. Connect with Richard on LinkedIn. Kevin Michaels is a Managing Director at AeroDynamic Advisory and a globally recognized expert in aerospace manufacturing, MRO, strategy, customer satisfaction, M&A advisory, technology assessment, and market analysis. Across his career, Kevin has advised leading aerospace OEMs, airlines, MRO providers, suppliers, and investors on the strategic and operational forces shaping the aerospace industry. Before AeroDynamic Advisory, he was Vice President in ICF International's Aerospace & MRO consulting practice and co-founder of AeroStrategy, which was acquired by ICF. He also held roles with Rockwell Collins Government Systems, The Canaan Group, and aero-engine supplier Williams International. Kevin is a columnist for Aviation Week & Space Technology's Up Front feature, a contributing columnist to Inside MRO and Forbes, and chairs the Industry Advisory Board for the University of Michigan's Aerospace Engineering Department. He is also the author of AeroDynamic: Inside the High-Stakes Global Jetliner Ecosystem, winner of the 2019 Choice Outstanding Academic Title Award. Connect with Kevin on LinkedIn. Buy the book Time Machines: Business Aviation's Dynamic Journey on Amazon.   About Your Host Craig Picken is an Executive Recruiter, writer, speaker, and ICF Trained Executive Coach. He is focused on recruiting senior-level leadership, sales, and operations executives in the aviation and aerospace industry. His clients include premier OEMs, aircraft operators, leasing/financial organizations, and Maintenance/Repair/Overhaul (MRO) providers, and since 2008, he has personally concluded more than 400 executive-level searches in a variety of disciplines. Craig is the ONLY industry executive recruiter who has professionally flown airplanes, sold airplanes, and successfully run a P&L in the aviation industry. His professional career started with a passion for airplanes. After eight years' experience as a decorated Naval Flight Officer – with more than 100 combat missions, 2,000 hours of flight time, and 325 aircraft carrier landings – Craig sought challenges in business aviation, where he spent more than 7 years in sales with both Gulfstream Aircraft and Bombardier Business Aircraft. Craig is also a sought-after industry speaker who has presented at Corporate Jet Investor, International Aviation Women's Association, and SOCAL Aviation Association.   Resources For more aerospace industry news & commentary: https://craigpicken.com/insights/. To learn more about Craig Picken, visit https://craigpicken.com/.

Future Missions for Miniaturized Space Technology. Guests: Paulo Lozano and Amelia "Mia" Bruno. With an unlimited budget, Paulo Lozano envisions a fleet of autonomous small satellites exploring near-Earth asteroids for scientific value. Mia Bruno aims to use improved propulsion to reach the moons of Jupiter and Saturn much faster than current missions allow. They also discuss performing complex orbital plane changes using chemical maneuvers. 41953

This episode was brought to you by Mouser, our go-to source for electronics parts for any hobby or prototype. Click HERE to discover how hydrogen fuel cells are helping power the next generation of electric aircraft and making sustainable aviation a reality. Become a founding reader of our newsletter: http://read.thenextbyte.com/ As always, you can find these and other interesting & impactful engineering articles on Wevolver.com.

China launched the Tianzhou 10 robotic cargo mission on Monday morning in Hainan province, sending supplies and propellants to the Tiangong space station.中国于今天上午在海南省执行天舟十号无人货运飞船发射任务，向天宫空间站运送物资与推进剂。The cargo vessel's carrier — a 53-meter-tall Long March 7 rocket — lifted off at 8:14 am from a launch service tower at the Wenchang Space Launch Center in Hainan's southeastern coast.这艘货运飞船由高 53 米的长征七号火箭搭载，于上午 8 时 14 分从位于海南省东南沿海的文昌航天发射场发射塔架点火升空。After a short flight, the rocket placed the Tianzhou 10 into its preset low-Earth orbit, and the solar wings on the spacecraft unfolded, marking the successful completion of the launch mission.经过短暂飞行，火箭将天舟十号送入预定近地轨道，飞船太阳翼顺利展开，标志着本次发射任务圆满成功。As the 20th spaceship and the ninth cargo craft to connect with Tiangong, Tianzhou 10 is carrying nearly 6.2 metric tons of mission necessities, science equipment, and about 700 kilograms of fuel.天舟十号是第 20 艘与天宫空间站对接的航天器、第 9 艘货运飞船，本次携带近 6.2 吨任务必需品、科研设备以及约 700 公斤燃料。The cargo includes a new spacewalk suit, a new treadmill and six sets of experimental instruments, which cover scientific experiments in microgravity and fluid physics as well as new spacecraft technological tests.运送物资包含新型舱外航天服、新款跑步机以及六套实验设备，可支持微重力、流体物理领域科学实验及新型航天器技术试验。According to its designers at the China Academy of Space Technology, the Tianzhou 10 is designed to dock with the Tiangong space station for a whole year, making it the longest cargo mission in China's space industry.据中国空间技术研究院研制团队介绍，天舟十号设计在轨停靠天宫空间站一整年，是中国航天史上在轨驻留时间最长的货运任务。Tianzhou 10's predecessor, the Tianzhou 9, undocked from the Tiangong on May 6 after completing a 295-day flight with the space station. It re-entered the atmosphere the next morning under guidance from ground controllers. Most of the spacecraft disintegrated and burned during re-entry, with a small amount of debris falling into designated areas of the ocean, the China Manned Space Agency said.中国载人航天工程办公室表示，天舟十号的前序飞船天舟九号在轨伴随空间站飞行 295 天后，于 5 月 6 日与天宫空间站分离；次日上午在地面测控引导下再入大气层，飞船绝大部分器件在再入过程中解体烧毁，少量残骸落入预定海域。propellant /prəˈpelənt/n. 推进剂；燃料orbit /ˈɔːbɪt/n. 轨道microgravity /ˈmaɪkrəʊɡrævəti/n. 微重力debris /ˈdeɪbriː/n. 残骸；碎片

Join Kurt and Jamie as they explore the fascinating world of space exploration, communication technology, and the human spirit of discovery. From sketches of astronauts in space to the latest Artemis mission updates, this episode celebrates curiosity, innovation, and the future of humanity beyond Earth.TopicsSpace exploration and Artemis mission updatesThe role of sketches in understanding space and gravityHuman connection and the human eye in space scienceThe history and future of space communication technologyThe significance of names and stories in space missionsChapters00:00 Welcome to the Green Room00:00 Nostalgia and Technology00:35 Engaging with the Audience05:54 Communication Methods in Architecture06:34 Celebrating Coffee and Connections11:20 Exploring the Artemis Mission26:28 The Human Experience in Space Exploration39:38 Art and Inspiration from Space resourcesNASA Artemis Mission - https://www.nasa.gov/specials/artemis-i/James Webb Space Telescope - https://www.jwst.nasa.gov/Bruce McCandless Spacewalk Photo - https://images.nasa.gov/details-PIA12345Soviet Space Architect - Unknown - https://www.nasa.gov/specials/artemis-i/Send Feedback :) Support the showBuy some Coffee! Support the Show!https://ko-fi.com/coffeesketchpodcast/shopOur LinksFollow Jamie on Instagram  - https://www.instagram.com/falloutstudio/ Follow Kurt on Instagram - https://www.instagram.com/kurtneiswender/ Kurt's Practice - https://www.instagram.com/urbancolabarchitecture/ Coffee Sketch on Twitter - https://twitter.com/coffeesketch Jamie on Twitter - https://twitter.com/falloutstudio Kurt on Twitter - https://twitter.com/kurtneiswender 

Earlier this year, we got to witness the incredible launch and return of Artemis II, a NASA mission meant to lay the groundwork for a future lunar landing. Among the many accomplishments of the Artemis II mission, the crew successfully gathered real-time observations of the Moon that will contribute to our increased understanding of the cosmos. If you were inspired the same way we were, we thought it would be an opportune time to re-share an episode we recorded with astrophysicist Risa Wechsler on the future of the universe. We hope you'll take another listen and that this episode will help you tap into more of that wonder the Artemis II crew sparked. Have a question for Russ? Send it our way in writing or via voice memo, and it might be featured on an upcoming episode. Please introduce yourself, let us know where you're listening from, and share your question. You can send questions to thefutureofeverything@stanford.edu. Episode Reference Links: Stanford Profile: Risa Wechsler Connect With Us: Episode Transcripts >>> The Future of Everything Website Connect with Russ >>> Threads / Bluesky / Mastodon Connect with School of Engineering >>> Twitter/X / Instagram / LinkedIn / Facebook Chapters: (00:00:00) Introduction Russ Altman introduces guest Risa Wechsler, a professor of astrophysics from Stanford University. (00:01:30) Big Questions About the Universe What the universe is made of, how it evolved, and how galaxies formed. (00:02:15) Mapping the Universe New surveys and telescopes enabling more detailed cosmic maps. (00:04:22) What Is a “Map” of the Universe? 2D images, 3D structure, and looking back in time through light. (00:05:48) Spectroscopy & Redshift How astronomers measure distance and motion using light. (00:08:41) Our Place in the Universe Why there is no clear center or edge in the observable universe. (00:10:54) A Clumpy Universe How small early fluctuations led to galaxies and large-scale structure. (00:12:06) How Galaxies Form The role of dark matter and gas in building galaxies over time. (00:14:35) Types of Galaxies Why galaxies vary in size, structure, and environment. (00:17:06) Gravity Across Scales How the same laws govern everything from planets to galaxies. (00:19:02) What Is the Universe Made Of? The invisible matter shaping galaxies and cosmic structure. (00:22:03) Using Maps to Study the Unknown How large-scale surveys reveal dark matter and energy effects. (00:24:43) The Milky Way as a Laboratory Studying nearby galaxies to understand fundamental physics. (00:26:48) Diversity in Galaxy Formation How different histories shape galaxies. (00:28:02) Reading Cosmic History Using observations to reconstruct galaxy evolution. (00:28:50) Observing Nearby Galaxies Why distance matters for studying full galactic systems. (00:29:17) Conclusion Connect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads / Bluesky / MastodonConnect with School of Engineering >>>Twitter/X / Instagram / LinkedIn / Facebook Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Stay informed on current events, visit www.NaturalNews.com  - Trump's False Claims and Iran's Response (0:12) - Economic Impact of Oil Supply Reduction (2:51) - Iran's Strategic Moves and Trump's Escalation (8:55) - Trump's Mental State and Military Commanders' Concerns (12:31) - Potential Political and Military Coups (18:59) - Economic and Social Implications of the Conflict (26:23) - Preparation and Self-Reliance (29:23) - The Role of Space Technology (1:12:03) - The Future of Energy and Transportation (1:21:40) - Government Policies and EV Market Disruptions (1:23:12) - Advancements in Battery Technology (1:26:24) - Interest in Off-Grid Storage Solutions (1:29:08) - Challenges with Solar System Installation and Maintenance (1:30:38) - Preparing for the End of Affordable Energy (1:32:33) Watch more independent videos at http://www.brighteon.com/channel/hrreport  ▶️ Support our mission by shopping at the Health Ranger Store - https://www.healthrangerstore.com ▶️ Check out exclusive deals and special offers at https://rangerdeals.com ▶️ Sign up for our newsletter to stay informed: https://www.naturalnews.com/Readerregistration.html Watch more exclusive videos here:

When Sci-Fi Becomes the Business Plan A Brand Highlight Conversation with Jacob Flores, Head of Research at Type One Ventures There is a version of investing that asks what the return will be. And then there is the version that asks what kind of future the investment makes possible. Jacob Flores, Head of Research at Type One Ventures, is working firmly in the second category. Type One Ventures takes its name from the Kardashev Scale — a framework developed by Soviet astrophysicist Nikolai Kardashev that ranks civilizations by their level of technological advancement. A Type One civilization has mastered its home planet and is beginning to extend its reach beyond it. That is the destination this firm is trying to fund. Flores, a former engineer and product manager with roughly a decade of experience across industries, leads the research function at Type One with a focus on AI, neurotech, and biotechnology. The firm's investment lens is as much philosophical as it is financial. Type One looks for platform builders — companies whose core technology can be stacked across multiple applications, cultivating new marketplaces and entirely new categories of industry. Manufacturing in space is one clear example: in microgravity, it becomes possible to grow proteins, print circuits, and develop materials that cannot be produced the same way on Earth — yet those products have immediate, tangible value back on the ground. The thesis extends well beyond orbit. Type One is also backing neurotechnology companies working to restore vision and movement for people who have lost those abilities, and longevity research aimed at extending healthy human life. Flores frames these not as moonshots for their own sake, but as the new foundation layer for an entirely new level of global industry. This is a Brand Highlight. A Brand Highlight is a ~5 minute introductory conversation designed to put a spotlight on the guest and their company. Learn more Host Marco Ciappelli, Co-Founder, ITSPmagazine Guest Jacob Flores, Head of Research, Type One Ventures Resources Type One Ventures Type One Ventures on LinkedIn Want to tell your story? Full Length Brand Story Brand Spotlight Story Brand Highlight Story Keywords: Jacob Flores, Type One Ventures, Marco Ciappelli, brand story, brand marketing, marketing podcast, brand highlight, space technology, deep tech, venture capital, multi-planetary civilization, Kardashev Scale, manufacturing in space, neurotech, longevity, AI, biotechnology, frontier technology, space investing, human longevity, platform builders Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Artemis II is marking an exciting new chapter in human space exploration

Send us Fan MailWhat if the reason we haven't explored deep space isn't because we can't… but because our engines are fundamentally too slow?Richard Dinan is Founder and CEO of Pulsar Fusion ( https://pulsarfusion.com/ ) and one of the few entrepreneurs in the world not trying to bring fusion power to Earth… but to space.While most fusion startups are focused on powering cities, Richard is building engines designed to power spacecraft—fusion propulsion systems that could dramatically cut travel times to Mars, unlock missions to Saturn's moon Titan, and fundamentally reshape how we explore the solar system.Pulsar's flagship efforts—including its Dual Direct Fusion Drive and the Sunbird program—aim to combine high-thrust propulsion with onboard power generation, a combination that could enable entirely new classes of deep-space missions. The company is now working with the United Kingdom Atomic Energy Authority on advanced neutron shielding and activation modeling—critical challenges for making fusion viable and safe in space.Backed by the UK Space Agency and collaborating with the European Space Agency, Pulsar is positioning itself at the center of a new space race—one where the bottleneck isn't getting off Earth… but moving once you're already out there.On this episode we talk about why space might be the first place fusion actually works, what it takes to build engines that can survive neutron bombardment, and whether radically faster travel could open up the outer solar system within our lifetime.#fusionenergy #spacetechnology #spaceexploration #marsmission #deepspace #futureofspace #nuclearfusion #fusionpropulsion #spacex #nasa #spaceinnovation #aerospace #futuretech #pulsarfusion #richarddinan #sciencepodcast #techpodcast #engineering #physics #spacefuture #interplanetary #spaceindustry #nextgentech #hardtech #innovation #elonmusk #spaceeconomy #ukspace #europespace #austintechSupport the show

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Today, Ireland made a giant leap in the evolution of its space, innovation and advanced manufacturing ecosystem with the official launch of ESA Phi-Lab Ireland, the country's first European Space Agency (ESA) 'Phi-Lab', headquartered at Irish Manufacturing Research (IMR) in Mullingar. The new facility, run in collaboration with the AMBER Centre at Trinity College Dublin, is to be Ireland's national platform for space technology development, anchoring the country's ambitions within Europe's fast-growing space economy. The launch forms part of a wider national commitment to the European Space Agency, with the Department of Enterprise, Tourism and Employment committing €170 million in investment to ESA over the next five years. The establishment of ESA Phi-Lab Ireland in Mullingar represents a flagship element of that investment, translating policy ambition into tangible national infrastructure designed to accelerate space-enabled innovation, industrial competitiveness and high-value job creation. ESA Phi-Lab Ireland was formally launched by Minister for Enterprise, Tourism and Employment Peter Burke, who unveiled a commemorative plaque at IMR's Advanced Manufacturing Lab. Produced using a space-grade additive manufactured material mounted on a local piece of 6,500-year-old Irish Bog Oak, the plaque heralds Ireland's formal entry into ESA's elite network of applied space-innovation centres, and reflects Ireland's growing role in shaping Europe's future space ambitions and technologies. ESA Phi-Lab Ireland forms part of the European Space Agency's Phi-Lab initiative, whose mission is to bring research closer to commercialisation by bridging disruptive research and commercial needs. In direct response to needs coming from the commercial world, the Phi-Lab Network matures technologies in advanced manufacturing, materials discovery, artificial intelligence, quantum computing, and robotics. These technologies have direct application across in-space and terrestrial manufacturing, agriculture, energy systems, climate innovation, and critical infrastructure, positioning the new Mullingar-based centre at the intersection of space research and real-world industrial impact. Speaking at the launch, Barry Kennedy, CEO of IMR, described the new Phi-Lab as a defining moment for Ireland's innovation landscape. "Today marks a significant milestone in Ireland's space and innovation ambition. IMR is proud to lead the launch of ESA Phi-Lab Ireland, establishing it as a national platform for space technology development. This facility positions Ireland at the forefront of European space-enabled innovation, where advanced manufacturing, AI and data-driven technologies can be developed, tested and commercialised for global impact. Ultimately, this is about translating world-class research into real economic and societal value." Minister Burke said the launch reflects Ireland's accelerating momentum within Europe's space and Deep Tech sectors. "ESA Phi-Lab Ireland strengthens Ireland's position, and the midlands region, as a hub for advanced research, innovation and high-value enterprise. It demonstrates our long-term commitment to supporting cutting-edge technologies that will drive competitiveness, create skilled jobs and deliver solutions to global challenges, from advanced manufacturing to industrial transformation. The Government's €170 million commitment to ESA over the next five years is about ensuring Ireland plays a leading role in Europe's space future." At the event, Minister Burke announced the first supported companies by ESA Phi-Lab Ireland – MBRYONICS and Ubotica Technologies – both having been selected from a highly-competitive 'Open Call' last year. Minister Burke also announced the second Open Call for Proposals, which will continue to fund cutting-edge research in Irish industry across the entire life-cycle from materials discovery and testing to the scaled production of components optimised for the unique and challenging environme...

Guest: Rick Fisher. Fisher details China's century-long plan for space supremacy, warning that Beijing's strategic investments in space technology pose a significant threat to American dominance.1955

Challenger Remembrance, Australian of the Year, and the Mystery of Massive MoonsIn this poignant episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson reflect on the 40th anniversary of the Challenger space shuttle disaster, sharing their memories and insights about this tragic event. They also celebrate the announcement of the Australian of the Year and delve into intriguing discussions about the definition of moons and the rapid growth of black holes.Episode Highlights:- Challenger Space Shuttle Disaster: Andrew and Fred discuss the Challenger disaster of 1986, revisiting the events leading to the tragic explosion and the lessons learned from this pivotal moment in space history. They reflect on the human cost and the impact it had on the space program.- Australian of the Year: The hosts celebrate the recognition of Catherine Bennell Pegg, an Australian astronaut and Director of Space Technology at the Australian Space Agency, as the Australian of the Year. They discuss her contributions to space science and her role in inspiring future generations.- Defining a Moon: Andrew and Fred explore a recent study that challenges our understanding of what constitutes a moon. They discuss the discovery of a massive potential moon orbiting a gas giant and the implications for our definitions in astronomy.- The Rapid Growth of Black Holes: The episode concludes with a fascinating examination of how black holes can grow rapidly in chaotic conditions, as discussed in recent research. The hosts analyze the findings and what they mean for our understanding of the universe.For more Space Nuts, including our continuously updating newsfeed and to listen to all our episodes, visit our website. Follow us on social media at SpaceNutsPod on Facebook, Instagram, and more. We love engaging with our community, so be sure to drop us a message or comment on your favorite platform.If you'd like to help support Space Nuts and join our growing family of insiders for commercial-free episodes and more, visit spacenutspodcast.com/about.Stay curious, keep looking up, and join us next time for more stellar insights and cosmic wonders. Until then, clear skies and happy stargazing.Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

This week, we're revisiting our interview with newly minted Australian of the Year Katherine Bennell-Pegg. Bennell-Pegg is Director of Space Technology at the Australian Space Agency, and the first person to train as an astronaut under the Australian flag. Back in 2024. she spoke with Helen McCabe about her remarkable career, imposter syndrome and whether grit is more important than talent. Join the movement to fast-track your professional development. Become an FW Diamond member today. Keep up with @futurewomen on Instagram, Facebook, LinkedIn and Threads See omnystudio.com/listener for privacy information.See omnystudio.com/listener for privacy information.

China launched two carrier rockets on Tuesday, signaling the start of the country's annual space mission schedule, which will feature a robotic lunar landing and two manned spaceflights.中国在周二发射了两枚运载火箭；此举标志着中国年度航天任务计划正式启动，其中包括一次月球机器人着陆任务和两次载人航天飞行。At 10:16 pm, a Long March 6A rocket blasted off from the Taiyuan Satellite Launch Center in Shanxi province, and it soon placed the Yaogan 50A remote-sensing satellite into a preset orbit.1月13日22时16分，长征六号改运载火箭在太原卫星发射中心点火起飞，随后将遥感五十号01星送入预定轨道。The satellite, built by the Shanghai Academy of Spaceflight Technology, is tasked with obtaining data to support land resource surveys, agricultural yield forecasts, and disaster prevention and mitigation.这颗由上海航天技术研究院研制建造的卫星，肩负着获取数据以支持土地资源调查、农业产量预测以及防灾减灾的任务。Data obtained by the Yaogan family, the major series of remote-sensing spacecraft in China, has been widely used by governments, public service sectors and businesses.中国主要遥感卫星系列遥感家族获取的数据已被政府、公共服务部门和企业广泛应用。The Long March 6A, which was also developed by the Shanghai academy, is a medium-lift launch vehicle. It comprises a 50-meter liquid-propelled core booster and four solid-fuel side boosters. The rocket has a liftoff weight of 530 metric tons and is tasked with transporting satellites to multiple types of orbits, including sun-synchronous, low-Earth and intermediate circular ones.长征六号改运载火箭同样由上海航天研究院研制，属于中型运载火箭。该火箭由50米长的液氧煤油核心助推器和四台固体燃料侧助推器组成，起飞重量达530吨，可将卫星送入太阳同步轨道、近地轨道及中地球圆形轨道等多类轨道。The launch marked China's first space mission in 2026 and the 624th flight of the Long March rocket fleet.此次发射标志着中国2026年首次太空任务，也是长征火箭家族的第624次飞行。At 11:25 pm, a Long March 8A carrier rocket lifted off from the Hainan International Commercial Aerospace Launch Center, a coastal spaceport in Hainan province, deploying the 18th group of low-orbit satellites for China's State-owned satellite internet network.1月13日23时25分，中国在位于海南省沿海地区的海南商业航天发射场使用长征八号甲运载火箭，成功将卫星互联网低轨18组卫星发射升空，卫星顺利进入预定轨道，发射任务获得圆满成功。These satellites were designed and developed by the China Academy of Space Technology. With their deployment, the State-run mega internet satellite network now has more than 140 satellites operating in low orbits.这些卫星由中国航天科技集团公司设计研制。随着它们的部署，国家运营的超大规模互联网卫星网络现已在低轨道运行超过140颗卫星。The Long March 8A model, developed by the China Academy of Launch Vehicle Technology, is 50.5 meters tall, and it has a core booster and two side boosters. The carrier rocket has a liftoff weight of 371 tons and a liftoff thrust of about 480 tons.由中国运载火箭技术研究院研制的长征八号甲运载火箭，全高50.5米，由核心助推器和两个侧助推器组成。该运载火箭起飞重量达371吨，起飞推力约480吨。It is mainly tasked with placing satellites in sun-synchronous orbits, and is capable of transporting payloads weighing up to 7 tons to a typical sun-synchronous orbit at an altitude of 700 kilometers.该火箭的主要任务是将卫星送入太阳同步轨道，能够将重达7吨的有效载荷运送至高度700公里的典型太阳同步轨道。This was the seventh time a Long March 8A rocket deployed low-orbit internet satellites.这是长征八号甲运载火箭第七次部署低轨道互联网卫星。Last year, China conducted 93 space missions, setting a new national record for orbital launches in a single year.去年，中国实施了93次航天任务，创下单年轨道发射次数的新纪录。Observers said that 2026 will also be a busy year for China's space industry, with several launches scheduled before the end of January.观察人士指出，2026年也将是中国航天事业繁忙的一年，仅1月底前就计划进行多次发射。The Chang'e 7, a key mission in the fourth phase of the country's lunar exploration project, is scheduled for launch this year.嫦娥七号是我国月球探测工程第四阶段的关键任务，计划于今年发射升空。According to the China National Space Administration, the robotic probe is designed to land on the moon's south pole, and it will survey the surface environment, search for ice and volatile components in lunar soil, and carry out high-precision detection and analysis of lunar terrain, its composition and structure.据中国国家航天局介绍，嫦娥七号计划登陆月球南极，将对月表环境进行勘测，探测月壤中的冰与挥发物成分，并对月球地形、成分及结构进行高精度探测与分析。Program planners said the Chang'e 7 spacecraft will consist of an orbiter, a lander, a rover and a small flying probe capable of reaching lunar pits to search for ice.项目规划人员表示，嫦娥七号探测器将由环月轨道器、月球着陆器、月球车以及一台小型飞行探测器组成，后者能够抵达月球陨坑寻找冰层。This year, two manned missions — the Shenzhou XXIII and the Shenzhou XXIV — are also expected to take place to make crew shifts aboard the Tiangong space station.今年还将实施两次载人飞行任务——神舟二十三号和神舟二十四号，为天宫空间站执行乘组轮换任务。One of the three Shenzhou XXIII crew members will stay a whole year aboard the space station, attempting the longest orbital journey by any Chinese astronaut.神舟二十三号飞船的三名乘组成员中，将有一人将在空间站停留整整一年，这将成为中国航天员迄今为止最长的轨道飞行任务。Industry insiders said it is highly likely that a Pakistani astronaut will participate in a flight to Tiangong this year, and will become the first foreign national aboard the Chinese space station.业内人士表示，一位巴基斯坦宇航员今年极有可能参与天宫空间站的飞行任务，并将成为中国空间站首位外国宇航员。liquid-propelled core booster液氧煤油核心助推器payload/ˈpeɪ.loʊd/n.有效载荷

Philip Johnston is co-founder and CEO of Starcloud, a company building data centers in space to solve AI's power crisis. Starcloud has already launched the first NVIDIA H100 GPU into orbit and is partnering with cloud providers like Crusoe to scale orbital computing infrastructure.As AI demand accelerates, data centers are running into a new bottleneck: access to reliable, affordable power. Grid congestion, interconnection delays, and cooling requirements are slowing the deployment of new AI data centers, even as compute demand continues to surge. Traditional data centers face 5-10 year lead times for new power projects due to permitting, interconnection queues, and grid capacity constraints.In this episode, Philip explains why Starcloud is building data centers in orbit, where continuous solar power is available and heat can be rejected directly into the vacuum of space. He walks through Starcloud's first on-orbit GPU deployment, the realities of cooling and radiation in space, and how orbital data centers could relieve pressure on terrestrial power systems as AI infrastructure scales.Episode recorded on Dec 11, 2025 (Published on Jan 13, 2026)In this episode, we cover: [04:59] What Starcloud's orbital data centers look like (and how they differ from terrestrial facilities)[06:37] How SpaceX Starship's reusable launch vehicles change space economics[10:45] The $500/kg breakeven point for space-based solar vs. Earth [14:15] Why space solar panels produce 8x more energy than ground-based arrays [21:19] Thermal management: Cooling NVIDIA GPUs in a vacuum using radiators [25:57] Edge computing in orbit: Real-time inference on satellite imagery [29:22] The Crusoe partnership: Selling power-as-a-service in space [31:21] Starcloud's business model: Power, cooling, and connectivity [34:18] Addressing critics: What could prevent orbital data centers from workingKey Takeaways:Starcloud launched the first NVIDIA H100 GPU into orbit in November 2024 Space solar produces 8x more energy per square meter than terrestrial solar Breakeven launch cost for orbital data centers: $500/kg Current customers: DOD and commercial Earth observation satellites needing real-time inference Target: 10 gigawatts of orbital computing capacity by early 2030s Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

A new and provocative take on the formerly classified history of accelerating superpower military competition in space in the late Cold War and beyond. In March 1983, President Ronald Reagan shocked the world when he announced the Strategic Defense Initiative (SDI), derisively known as “Star Wars,” a space-based missile defense program aimed at protecting the US from nuclear attack. In Weapons in Space, Aaron Bateman draws on recently declassified American, European, and Soviet documents to provide an insightful account of SDI, situating it within a new phase in the militarization of space following the collapse of superpower détente in the 1970s. In doing so, Bateman reveals the largely secret role of military space technologies in late–Cold War US defense strategy and foreign relations.In contrast to existing narratives, Weapons in Space shows how tension over the role of military space technologies in American statecraft was a central source of SDI's controversy, even more so than questions of technical feasibility. By detailing the participation of Western European countries in SDI research and development, Bateman reframes the militarization of space in the 1970s and 1980s as an international phenomenon. He further reveals that even though SDI did not come to fruition, it obstructed diplomatic efforts to create new arms control limits in space. Consequently, Weapons in Space carries the legacy of SDI into the post–Cold War era and shows how this controversial program continues to shape the global discourse about instability in space—and the growing anxieties about a twenty-first-century space arms race. Our guest is Aaron Bateman, an Assistant Professor of History and International Affairs at GWU. Our host is Eleonora Mattiacci, an Associate Professor of Political Science at Amherst College. She is the author of "Volatile States in International Politics" (Oxford University Press, 2023). Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/military-history

A new and provocative take on the formerly classified history of accelerating superpower military competition in space in the late Cold War and beyond. In March 1983, President Ronald Reagan shocked the world when he announced the Strategic Defense Initiative (SDI), derisively known as “Star Wars,” a space-based missile defense program aimed at protecting the US from nuclear attack. In Weapons in Space, Aaron Bateman draws on recently declassified American, European, and Soviet documents to provide an insightful account of SDI, situating it within a new phase in the militarization of space following the collapse of superpower détente in the 1970s. In doing so, Bateman reveals the largely secret role of military space technologies in late–Cold War US defense strategy and foreign relations.In contrast to existing narratives, Weapons in Space shows how tension over the role of military space technologies in American statecraft was a central source of SDI's controversy, even more so than questions of technical feasibility. By detailing the participation of Western European countries in SDI research and development, Bateman reframes the militarization of space in the 1970s and 1980s as an international phenomenon. He further reveals that even though SDI did not come to fruition, it obstructed diplomatic efforts to create new arms control limits in space. Consequently, Weapons in Space carries the legacy of SDI into the post–Cold War era and shows how this controversial program continues to shape the global discourse about instability in space—and the growing anxieties about a twenty-first-century space arms race. Our guest is Aaron Bateman, an Assistant Professor of History and International Affairs at GWU. Our host is Eleonora Mattiacci, an Associate Professor of Political Science at Amherst College. She is the author of "Volatile States in International Politics" (Oxford University Press, 2023). Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/world-affairs

A new and provocative take on the formerly classified history of accelerating superpower military competition in space in the late Cold War and beyond. In March 1983, President Ronald Reagan shocked the world when he announced the Strategic Defense Initiative (SDI), derisively known as “Star Wars,” a space-based missile defense program aimed at protecting the US from nuclear attack. In Weapons in Space, Aaron Bateman draws on recently declassified American, European, and Soviet documents to provide an insightful account of SDI, situating it within a new phase in the militarization of space following the collapse of superpower détente in the 1970s. In doing so, Bateman reveals the largely secret role of military space technologies in late–Cold War US defense strategy and foreign relations.In contrast to existing narratives, Weapons in Space shows how tension over the role of military space technologies in American statecraft was a central source of SDI's controversy, even more so than questions of technical feasibility. By detailing the participation of Western European countries in SDI research and development, Bateman reframes the militarization of space in the 1970s and 1980s as an international phenomenon. He further reveals that even though SDI did not come to fruition, it obstructed diplomatic efforts to create new arms control limits in space. Consequently, Weapons in Space carries the legacy of SDI into the post–Cold War era and shows how this controversial program continues to shape the global discourse about instability in space—and the growing anxieties about a twenty-first-century space arms race. Our guest is Aaron Bateman, an Assistant Professor of History and International Affairs at GWU. Our host is Eleonora Mattiacci, an Associate Professor of Political Science at Amherst College. She is the author of "Volatile States in International Politics" (Oxford University Press, 2023). Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/national-security

A new and provocative take on the formerly classified history of accelerating superpower military competition in space in the late Cold War and beyond. In March 1983, President Ronald Reagan shocked the world when he announced the Strategic Defense Initiative (SDI), derisively known as “Star Wars,” a space-based missile defense program aimed at protecting the US from nuclear attack. In Weapons in Space, Aaron Bateman draws on recently declassified American, European, and Soviet documents to provide an insightful account of SDI, situating it within a new phase in the militarization of space following the collapse of superpower détente in the 1970s. In doing so, Bateman reveals the largely secret role of military space technologies in late–Cold War US defense strategy and foreign relations.In contrast to existing narratives, Weapons in Space shows how tension over the role of military space technologies in American statecraft was a central source of SDI's controversy, even more so than questions of technical feasibility. By detailing the participation of Western European countries in SDI research and development, Bateman reframes the militarization of space in the 1970s and 1980s as an international phenomenon. He further reveals that even though SDI did not come to fruition, it obstructed diplomatic efforts to create new arms control limits in space. Consequently, Weapons in Space carries the legacy of SDI into the post–Cold War era and shows how this controversial program continues to shape the global discourse about instability in space—and the growing anxieties about a twenty-first-century space arms race. Our guest is Aaron Bateman, an Assistant Professor of History and International Affairs at GWU. Our host is Eleonora Mattiacci, an Associate Professor of Political Science at Amherst College. She is the author of "Volatile States in International Politics" (Oxford University Press, 2023). Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/science-technology-and-society

B"H Israel's Iron Beam laser defense system is extraordinary technology, but it points to something deeper. Human brilliance, responsibility, and protection — all operating within a world guided by HaShem. We don't say “my strength and my power.” We say thank You for the ability to defend life. May this protection be a merit for the fallen, a shield for Am Yisrael, and a step toward a time when no one needs weapons at all. #Israel #IronBeam #Judaism #Faith #Technology #Peace To watch Torah Thoughts in video format, click HERE Subscribe to the Torah Thoughts BLOG for exclusive written content! Please like, share and subscribe wherever you find this!

A new and provocative take on the formerly classified history of accelerating superpower military competition in space in the late Cold War and beyond. In March 1983, President Ronald Reagan shocked the world when he announced the Strategic Defense Initiative (SDI), derisively known as “Star Wars,” a space-based missile defense program aimed at protecting the US from nuclear attack. In Weapons in Space, Aaron Bateman draws on recently declassified American, European, and Soviet documents to provide an insightful account of SDI, situating it within a new phase in the militarization of space following the collapse of superpower détente in the 1970s. In doing so, Bateman reveals the largely secret role of military space technologies in late–Cold War US defense strategy and foreign relations.In contrast to existing narratives, Weapons in Space shows how tension over the role of military space technologies in American statecraft was a central source of SDI's controversy, even more so than questions of technical feasibility. By detailing the participation of Western European countries in SDI research and development, Bateman reframes the militarization of space in the 1970s and 1980s as an international phenomenon. He further reveals that even though SDI did not come to fruition, it obstructed diplomatic efforts to create new arms control limits in space. Consequently, Weapons in Space carries the legacy of SDI into the post–Cold War era and shows how this controversial program continues to shape the global discourse about instability in space—and the growing anxieties about a twenty-first-century space arms race. Our guest is Aaron Bateman, an Assistant Professor of History and International Affairs at GWU. Our host is Eleonora Mattiacci, an Associate Professor of Political Science at Amherst College. She is the author of "Volatile States in International Politics" (Oxford University Press, 2023). Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/technology

A new and provocative take on the formerly classified history of accelerating superpower military competition in space in the late Cold War and beyond. In March 1983, President Ronald Reagan shocked the world when he announced the Strategic Defense Initiative (SDI), derisively known as “Star Wars,” a space-based missile defense program aimed at protecting the US from nuclear attack. In Weapons in Space, Aaron Bateman draws on recently declassified American, European, and Soviet documents to provide an insightful account of SDI, situating it within a new phase in the militarization of space following the collapse of superpower détente in the 1970s. In doing so, Bateman reveals the largely secret role of military space technologies in late–Cold War US defense strategy and foreign relations.In contrast to existing narratives, Weapons in Space shows how tension over the role of military space technologies in American statecraft was a central source of SDI's controversy, even more so than questions of technical feasibility. By detailing the participation of Western European countries in SDI research and development, Bateman reframes the militarization of space in the 1970s and 1980s as an international phenomenon. He further reveals that even though SDI did not come to fruition, it obstructed diplomatic efforts to create new arms control limits in space. Consequently, Weapons in Space carries the legacy of SDI into the post–Cold War era and shows how this controversial program continues to shape the global discourse about instability in space—and the growing anxieties about a twenty-first-century space arms race. Our guest is Aaron Bateman, an Assistant Professor of History and International Affairs at GWU. Our host is Eleonora Mattiacci, an Associate Professor of Political Science at Amherst College. She is the author of "Volatile States in International Politics" (Oxford University Press, 2023). Learn more about your ad choices. Visit megaphone.fm/adchoices

A busy year in airpower ends, but there's more to come. We look back and forward with John Tirpak, eminence emeritus of Air and Space Forces magazine, and Stephen Trimble, defense editor of Aviation Week and Space Technology. Plus this week's headlines in airpower! Powered, as all good things are, by GE.

Episode 83 of The Space Industry podcast by satsearch is a conversation with Adrian Helwig, Analog Field Application Engineer, and Michael Seidl, Systems Engineer from Texas Instruments (TI), about designing space systems with integrated Fault Detection, Isolation, and Recovery (FDIR) strategies.TI is a global electronics manufacturer with a wide portfolio of space-grade components to support space missions across the spectrum.In the episode, Adrian, Michael and satsearch COO Narayan Prasad Nagendra discuss:FDIR as a complex, critical sequence in space system design: Since equipment in space cannot be manually repaired, systems must quickly and reliably detect faults, isolate the damaged unit (e.g., by switching it off), and recover mission operations, often by engaging a redundant unit.Trade-off between reliability, performance, and cost: Engineers face this trade-off particularly when selecting components that must withstand extreme environments (radiation, temperature cycles) and long missions (LEO vs. GEO/Deep Space). Using non-space-grade parts introduces significant risk and defeats the purpose of FDIR.Effective fault containment based on integrated, smart strategies: Strategies that avoid complexity, using methods like galvanic isolation, fast load switches, and highly-integrated space-grade components that incorporate diagnostics and can execute complex decision-making based on multiple sensor inputs (voltage, current, temperature) prevent fault propagation.You can find out more about TI on their satsearch supplier hub. And if you would like to learn more about the space industry and our work at satsearch building the global space supply chain, please take a look at our blog.[Music from Uppbeat (free for Creators!): https://uppbeat.io/t/all-good-folks/when-we-get-there License code: Y4KZEAESHXDHNYRA]

Episode 82 of The Space Industry podcast by satsearch is a conversation with Dr. Tamas Rev, Materials and Mechanical Lead at Acktar, about the world of coatings for space missions, canvassing state-of-the-art stray light mitigation and thermal management.Acktar is a specialist provider of optical coatings and protective solutions, including space-rated ultra-black coatings and foils that improve the efficiency and performance of mission equipment.In this episode, Tamas and satsearch COO Narayan Prasad Nagendra discuss:Deep space stray light mitigation: Acktar's Fractal Black™ coating is critical for stray light mitigation in high-profile, deep space observatories, such as the James Webb Space Telescope and Europa Clipper, which ensures optimal performance by minimizing unwanted light for clear data acquisition.Extreme environment thermal and stray light management: The BepiColombo mission uses a complementary pair of coatings: Acktar White™ for thermal management and Magic Black™ for stray light control, demonstrating a tailored approach to handle the combined challenges of intense heat and light in harsh environments.Lunar thermal regulation: The Chandrayaan-2 mission utilized the Nano Black™ coating to provide essential temperature regulation on the lunar surface, addressing a key thermal management concern for the mission's success.Small satellite optical contamination control: Spectral Black™ coatings are applied to smaller satellite platforms, like the CanX series and other LEO satellites, to reduce optical contamination and light pollution, which is increasingly important as the number of LEO satellites grows.You can find out more about Acktar here on their satsearch supplier hub. And if you would like to learn more about the space industry and our work at satsearch, please take a look at our blog.[Music from Uppbeat (free for Creators!): https://uppbeat.io/t/all-good-folks/when-we-get-there License code: Y4KZEAESHXDHNYRA]

Rebecca Allen, Co-Director of the Space Technology and Industry Institute at Swinburne University, joined Philip Clark on Nightlife with a look at what's making news in the world of Science. 

Episode 81 of The Space Industry podcast by satsearch is a conversation with Hans Martin Steiner, VP Institutional Space Business at Terma, about scalability and expandability of cutting-edge ground stations with SDR technology.Terma's space business provides mission-critical electronics, software, and services for space applications.In the episode, Hans and satsearch COO Prasad Nagendra discuss:1.

____________Podcast Redefining Society and Technology Podcast With Marco Ciappellihttps://redefiningsocietyandtechnologypodcast.com  ____________Host Marco CiappelliCo-Founder & CMO @ITSPmagazine | Master Degree in Political Science - Sociology of Communication l Branding & Marketing Advisor | Journalist | Writer | Podcast Host | #Technology #Cybersecurity #Society

# Space Cowboy's Deep Dive into James Webb's Latest Cosmic DiscoveriesExplore the universe's greatest mysteries in this captivating episode of "Out Yonder with the Space Cowboy." Join your cosmic trail guide as he breaks down the James Webb Space Telescope's most groundbreaking findings, from potentially discovering the earliest known galaxy (Capotauro) to revealing the chaotic formation of early galaxies.Learn about unexpected planetary systems around pulsars, witness the beauty of star formation in the Chamaeleon One molecular cloud, and discover how our understanding of cosmic history is being rewritten. This episode delivers accessible explanations of complex astronomical phenomena while maintaining the show's signature folksy charm.Whether you're fascinated by cosmic origins, galactic evolution, or the building blocks of life scattered throughout the universe, this enlightening journey through Webb's latest observations will leave you with a renewed sense of wonder about our vast cosmos. Perfect for astronomy enthusiasts and curious minds alike.#JamesWebbTelescope #Astronomy #CosmicDiscoveries #SpacePodcast #GalaxyFormation #AstronomicalBreakthroughsSome great Deals https://amzn.to/49SJ3QsFor more check out http://www.quietplease.aiThis content was created in partnership and with the help of Artificial Intelligence AI

Quick Summary: The program focused on discussing space architecture developments over the past 18 years, including the impact of reduced launch costs and the current state of lunar mission initiatives. The conversation covered technical details of lunar construction projects, including power requirements, reactor deployment, and the development of construction equipment and materials for moon bases. The discussion concluded with an overview of funding sources, regulatory challenges, and educational programs related to lunar exploration, emphasizing the importance of NASA partnerships and commercial opportunities in space infrastructure development. Joining us in the program were John Jossy, John Hunt, Bill Gowan, Marshall Martin, and Dr. Ajay Kotari.David and Sam discussed the significant changes in space architecture over the past 18 years since he was first a guest on The Space Show. Sam highlighted the reduction in launch costs as a key enabler. Sam explained his focus on using plant material for industrial processes like 3D printing on the moon. The discussion concluded with an overview of upcoming Space Show programs and a reminder about listener-supported fundraising efforts including Substack subscriptions.Sam discussed the significant impact of reduced launch costs on space exploration, highlighting SpaceX's role in this development. He expressed concerns about the U.S. lagging behind China in lunar missions and emphasized the importance of maintaining a strong pace in space leadership. Sam also detailed Astroport's efforts to build moon ports, including the development of a 15-acre testbed in Midland, Texas (west Texas) to simulate lunar conditions for testing construction and engineering techniques. He stressed the need for further research into civil engineering and geotechnics for moon base construction, as well as the importance of cargo complement and autonomous construction technology.We talked quite a bit about landing pads and Sam showed creative videos of their lunar development, construction and land pad plans via Zoom screen sharing. Sam explained that while the Artemis III landing pad is planned for the 2030s, their fusion surface power program might require building the power reactor foundation first, which would involve bringing construction equipment in the first landing. They are developing a brick bot as a technology demonstrator to be launched by 2028, and while they have some interface with Starship, they are not directly working with them. Sam emphasized the importance of standardized containerized cargo for logistics, Our Space Show program team asked about the power requirements for various tasks, noting that NASA mentions 100 kilowatts but questioning if more power would be needed for activities like sintering regolith and building roads.Sam also explained the power requirements for their lunar construction project, noting that while 20 kilowatts is sufficient for brickmaking, more power is needed for other tasks. He described plans to use portable solar power towers to generate energy for rovers and construction equipment, with potential suppliers including Astrobotic and Honeybee. Our guest also emphasized that they would act as general contractors, subcontracting various components to partners like Astrobotic for mobility platforms and other utilities. He concluded by showing an additional video of the construction layout and deployment process for the reactor and associated equipment.We discussed the development of lunar landing pads give I asked him to describe one in detail. Sam said that they would be 100 meters in diameter with a 50-meter target landing area and a 25-meter apron. He described the construction materials, including interlocking bricks that are 50 millimeters thick, and highlighted challenges in creating bricks in a vacuum environment due to outgassing. He also presented their work on material science, including the use of biomass to create 3D-printed tiles and the development of an excavator with interchangeable implements for lunar construction.Our guest explained the system architecture for a brick-making demonstration on the moon, aiming to combine multiple processes into one platform to create bricks in a vacuum by 2028. He described a subscale vibrating compactor being developed and its power requirements. The group discussed the layout for a lunar base, including the need to place a nuclear reactor over a kilometer away from the habitation zone for radiation protection and to prevent blast effects from affecting assets. John Jossy questioned why the initial landing couldn't be closer to the reactor site, but Sam clarified that the initial landing would be automated and not intended for return, with the goal of establishing a permanent outpost. Radiation exposure was a reason and safety measure were being carefully planned and designed into the project.The team discussed the logistics of deploying a nuclear reactor and associated equipment on the moon, focusing on the challenges of cargo capacity and the need to bring multiple pieces of equipment for both the reactor and landing pad construction. They explored options for power transmission, including the possibility of wireless power transmission, and discussed additional radiation protection measures, with Marshall suggesting the use of topology and walls to shield the reactor. Sam mentioned their work on the Lido mission in the Marius Hills area, which includes developing technologies for accessing and utilizing lava tubes, though these are not currently present at the South Pole site being considered.I asked about his sources o funding and if he was already generating revenue. Sam explained that Astroport is funded through NASA contracts and DOD contracts, with revenue generated through R&D, and they are preparing for Phase 3 funding next year. The team discussed reactor options, with John Hunt suggesting a pebble bed reactor, and Sam noted they will follow NASA's chosen provider for the reactor. I inquired about his regulatory issues and challenges for putting equipment on the Moon and developing it much like the development of a large r/e project here on Earth. Sam mentioned regulatory and legal challenges for lunar operations, including the need for state government sanction and licensing, while John Hunt raised concerns about radiation exposure during human landings, which our guest suggested could be addressed by shutting down the reactor temporarily.Sam discussed the progress and challenges of developing lunar infrastructure in collaboration with Orbit Fab, focusing on water supply and fuel processing. He highlighted the need for further research on lunar dust impact on machinery and potential partnerships with humanoid robotic companies.Before concluding, I asked Sam to discuss his nonprofit WEX Foundation for middle school stem programs. I also stated I would like to do a separate Space Show program focused on WEX. Sam shared insights into the WEX Foundation's STEM education program, which aims to engage middle school students in space exploration. Listen to the program which he described in some detail.Our discussion concluded with a conversation about the logistics and funding of lunar missions, with Sam emphasizing the importance of NASA as an anchor customer and the potential for commercial customers in the future.Special thanks to our sponsors:Northrup Grumman, American Institute of Aeronautics and Astronautics, Helix Space in Luxembourg, Celestis Memorial Spaceflights, Astrox Corporation, Dr. Haym Benaroya of Rutgers University, The Space Settlement Progress Blog by John Jossy, The Atlantis Project, and Artless EntertainmentOur Toll Free Line for Live Broadcasts: 1-866-687-7223 (Not in service at this time)For real time program participation, email Dr. Space at: drspace@thespaceshow.com for instructions and access.The Space Show is a non-profit 501C3 through its parent, One Giant Leap Foundation, Inc. To donate via Pay Pal, use:To donate with Zelle, use the email address: david@onegiantleapfoundation.org.If you prefer donating with a check, please make the check payable to One Giant Leap Foundation and mail to:One Giant Leap Foundation, 11035 Lavender Hill Drive Ste. 160-306 Las Vegas, NV 89135Upcoming Programs:Upcoming ShowsBroadcast 4448 ZOOM Dr. Mike Gruntman | Tuesday 21 Oct 2025 700PM PTGuests: Dr. Mike GruntmanZoom: Mike talks about his new book, “Neil Armstrong at USC and on the Moon”Broadcast 4449: Hotel Mars with Homer Hickam | Wednesday 22 Oct 2025 930AM PTGuests: John Batchelor, Dr. David Livingston, Homer HickamHome Hickam is the Hotel Mars guest this weekBroadcast 4450 ZOOM Phil Swan | Friday 24 Oct 2025 930AM PTGuests: Phil SwanZoom: Phil talks about going to Mars with kinetic energyBroadcast 4451 Zoom OPEN LINES | Saturday 25 Oct 2025 1200PM PTGuests: Dr. David Livingston, The Space Show Zoom Team & Zoom callersZOOM Open Lines discussion Get full access to The Space Show-One Giant Leap Foundation at doctorspace.substack.com/subscribe

In this episode of the Mob Mentality Show, Chris Lucian is joined by Amy Dredge, Will Munn, and Mike Clement to dive deep into how Open Space Technology (OST) is transforming the way engineering leaders learn, connect, and solve real-world challenges together. Whether you're a Staff+ engineer, an engineering manager, or a tech leader looking for meaningful growth, this episode uncovers how OST creates space for peer-to-peer learning that's spontaneous, high-impact, and deeply human. We explore: The Engineering Leadership Summit — what it is, why it matters, and how it's unlike traditional conferences. How Open Space Technology empowers attendees to shape their own agenda and focus on the most pressing leadership challenges. The shift from passive presentations to active conversations among experienced engineering leaders. Lessons learned from hosting and attending open space events — from hallway chats to high-trust collaboration. How tools like GatherTown help replicate the spontaneity of in-person connection in a remote world. Why this format resonates deeply with Staff+ and senior engineering leaders seeking authenticity, relevance, and practical insight. We also compare remote vs. in-person open space events, dig into accessibility, and share actionable tips for running your own internal or external open space sessions inside engineering orgs.

Art Bell - Sir Charles Shults III - Space Technology and Mars

In this episode of TechMagic, hosts Cathy Hackl and Lee Kebler explore the future of space and digital entertainment, and discuss AI-driven space operations, Roblox's expansion with 100,000-player servers, and Paramount's Call of Duty film adaptation. From esports acquisitions shaping global markets to safety and privacy in AI wearables, the conversation touches on several key tech trends that are influencing our world. Cathy interviews Thierry Klein, President of Bell Labs Solutions Research at Nokia. They uncover how Nokia built the first cellular network on the moon, laying the foundation for a sustainable lunar economy and future Mars missions.Come for the tech and stay for the magic!Thierry Klein BioThierry Klein is the President of Bell Labs Solutions Research at Nokia, a pioneering figure in space communications and network infrastructure. With extensive experience in telecommunications and space technology, Klein leads research initiatives focused on AI, Web3, and new device technologies at the historic Bell Labs, which is celebrating its centennial year. He has played a pivotal role in delivering the first cellular network on the moon during the Intuitive Machines' IM2 mission, marking a historic milestone in space communications.Thierry Klein on LinkedInKey Discussion Topics:00:00 Intro and Show Updates02:20 Nokia's Innovation Campus in Finland - A Hub for Future Tech04:44 Space Technology and Lunar Networks - Nokia's Groundbreaking Mission27:36 Building the First Cellular Network on the Moon 35:36 Transforming Astronaut Operations with Advanced Communications40:41 The Future of Lunar Economy and Infrastructure48:46 Interplanetary Communications and the Space Internet55:13 AI's Role in Space Operations and Networks01:10 Roblox Developer Conference Updates and Safety Features01:19 Gaming Industry Updates: Call of Duty Movie and EVO Tournament News01:27 Wearable AI Technology Review and Future Outlook01:30 Closing Thoughts and Show Wrap-up Hosted on Acast. See acast.com/privacy for more information.

# Exploring Webb Telescope's Latest Cosmic Discoveries - Space Cowboy PodcastEmbark on an interstellar journey with The Space Cowboy as he reveals the James Webb Space Telescope's most groundbreaking discoveries in this captivating episode. From the glittering stars of the Lobster Nebula to potentially habitable exoplanets, this cosmic roundup showcases humanity's furthest reach into the universe.Discover Webb's stunning new imagery of the Pismis 24 star cluster, featuring dramatic stellar formations and gas spires that span hundreds of solar systems. Learn about the surprising chemical complexity found in the planet-forming disk around brown dwarf Cha Ha One, where exotic molecules suggest new possibilities for planetary development.The episode highlights K2-18b, an ocean exoplanet 120 light-years away with atmospheric signatures that hint at potential habitability and perhaps even life. You'll also explore Webb's observations of interstellar comet 3I/Atlas and potential planetary discoveries around our nearest stellar neighbor, Alpha Centauri.Perfect for astronomy enthusiasts, science lovers, and anyone fascinated by space exploration, this episode demonstrates how Webb is revolutionizing our understanding of the cosmos and bringing us closer to answering humanity's biggest questions about life beyond Earth.Some great Deals https://amzn.to/49SJ3QsFor more check out http://www.quietplease.ai

What if your office is making people miserable… and you don't even see it? We now live in a world of hybrid work. The spaces we work in, the technology we use, and the culture we experience shape us more than we realize. If you're still only focusing on tasks and performance while ignoring the environments that make or break engagement, you're already falling behind. In today's Leadership Spark, we uncover the three hidden forces driving employee experience: physical space, technology, and corporate culture. You'll hear how these environments impact mental health, motivation, and performance, and what you can do to fix the silent culture killers draining your people. This episode will also show you why corporate culture is really the side effects of working at your company, and why modern leaders must see themselves as the front line of human connection, not just task management.   ________________ Start your day with the world's top leaders by joining thousands of others at Great Leadership on Substack. Just enter your email: ⁠⁠https://greatleadership.substack.com/

NASA's latest open Software Catalog is available now.

You might not know it, but you interact with space technology countless times on a daily basis. In fact, the space economy has become so ubiquitous that some estimate that its value could reach as high as $1.8 trillion by 2035. On this episode of Next Giant Leap, hosts Mike Massimino and Mike Greenley are joined by Alex MacDonald, former Chief Economist at NASA. They discuss the surprising history of private investment in the space industry, the many reasons for the current boom, and how you might get a job in the space world.Hosts: Mike Greenley, Mike MassiminoGuest: Alex MacDonald Subscribe to the GZERO World with Ian Bremmer Podcast on Apple Podcasts, Spotify, or your preferred podcast platform, to receive new episodes as soon as they're published.

You might not know it, but you interact with space technology countless times on a daily basis. In fact, the space economy has become so ubiquitous that some estimate that its value could reach as high as $1.8 trillion by 2035. On this episode of Next Giant Leap, hosts Mike Massimino and Mike Greenley are joined by Alex MacDonald, former Chief Economist at NASA. They discuss the surprising history of private investment in the space industry, the many reasons for the current boom, and how you might get a job in the space world.Hosts: Mike Greenley, Mike MassiminoGuest: Alex MacDonald Subscribe to the GZERO World with Ian Bremmer Podcast on Apple Podcasts, Spotify, or your preferred podcast platform, to receive new episodes as soon as they're published.

With more than 200 years of rocket science experience combined, scientists and engineers are propelling technology from the Upper Peninsula to the outer corners of the solar systemWe welcome Dr. Brad King, CEO of Orbion Space Technology in Houghton, Michigan, as he shares the story of how Orbion came to be, the companies they have partnered with, and his connection to the Upper Peninsula. The high-tech aerospace company specializes in Hall-effect thruster (HET) Propulsion Systems, helping spacecrafts reach all corners of the solar system. 

The number of satellites in Low Earth Orbit (LEO) is poised to explode over the coming years as more mega-constellations come online. This has the potential to bring rise to new potential threats in space. The massive scale of deployments is driving the need to leverage artificial intelligence to make better sense of the exponentially growing space domain. Listen to Slingshot Aerospace's VP of Strategy and Policy, Audrey Schaffer as she discusses the role of AI for space domain awareness. Audrey shares insights on the new capabilities AI enables and how it is addressing some of the key challenges in space.

The Hubble Space Telescope has been one of NASA's most successful flagship missions, recently celebrating 35 years in space. Often referred to as "the gift that keeps giving," the HST has provided not just magnificent science—shared worldwide—but also some of our universe's most significant and stunning images, inspiring wonder and driving countless young people into the sciences and STEM fields in general. And for the general public, Hubble continues to provide a profound sense of the wonders of the universe and our place in it. We are joined this week by Dr. John Grunsfeld, who flew five times on the space shuttle and spent over 50 hours on Hubble servicing missions to keep those incredible images coming. Join us for a fascinating deep dive into this magnificent project. Headlines NASA Budget Cuts: The episode starts with a discussion about proposed budget cuts to NASA, including concerns from future NASA administrator Jared Isaacman, who expressed reservations about the cuts. Hercules-Corona-Borealis Great Wall: The hosts discuss the discovery of the largest structure in the universe, the Hercules-Corona-Borealis Great Wall, and the ongoing efforts to understand its size and implications. China's Tiangong Space Station: An update on China's Tiangong space station and their successful crew rotation operations, as well as their recent agreement to train astronauts from Pakistan. Interview with Dr. John Grunsfeld John Grunsfeld's Background: Grunsfeld shares his early inspirations, including the pioneering Gemini program during the Space Race, and how this influenced his path to becoming an astronaut and physicist. Hubble's 35th Anniversary: The conversation shifts to the Hubble Space Telescope's 35th anniversary and Grunsfeld's unique perspective as someone who flew on the space shuttle and performed multiple Hubble servicing missions. Hubble Servicing and EVAs: Grunsfeld details the challenges and complexities of performing extravehicular activities (EVAs) to repair and upgrade Hubble, highlighting the extensive training involved. Hubble's Scientific Contributions: The discussion covers Hubble's significant scientific achievements, including measuring the age and expansion of the universe and the discovery of dark energy. NASA's Value and Budget Concerns: Grunsfeld emphasizes NASA's importance in driving innovation, inspiring the public, and its positive impact on the economy, expressing concern over proposed budget cuts. Future of Space Telescopes: The episode concludes with a look at the future of space telescopes, including the Habitable Worlds Observatory and the potential for robotic servicing to maintain these complex instruments. Hosts: Rod Pyle and Tariq Malik Guest: Dr. John Grunsfeld Download or subscribe to This Week in Space at https://twit.tv/shows/this-week-in-space. Join Club TWiT for Ad-Free Podcasts! Support what you love and get ad-free shows, a members-only Discord, and behind-the-scenes access. Join today: https://twit.tv/clubtwit

What does a black hole sound like? Neil deGrasse Tyson & Chuck Nice explore the sounds of the universe using JWST and Chandra X-Ray Observatory data with astrophysicist and data sonification expert Kimberly Arcand, Live at Guild Hall. NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free.Thanks to our Patrons Deb, Linda Gibson, Dominic Hamken, JTsolept, Eric Sharakan, Rick Wallingford, Douglas Waltz, RT, Cristina, Lorraine Wright, Paul Deis, Diane Lapick, Dr. Staci Gruber, James Dorrough, Edward Bornman, GLENNA F MONTGOMERY, and David Martin for supporting us this week. Subscribe to SiriusXM Podcasts+ on Apple Podcasts to listen to new episodes ad-free and a whole week early.