Casual Space

Erin grew up in Florida watching shuttles launch and shake the windows of her house on reentry. She has always had a passion for making things, leading to her degree in mechanical engineering. Erin works at NASA's Johnson Space Center as a science communication specialist for the International Space Station at NASA's Johnson Space Center. She shares the amazing stories of research on the space station with the world through writing and social media. Today on the Casual Space Podcast, Erin shares with Beth specific examples of space station spinoffs that have benefited humanity (20+ years of science has been conducted aboard the space station) and the impact it's made for all of us back on Earth- all captured in the new book, The ISS Benefits for Humanity 2022. AND, Beth congratulates Erin on a very prestigious, and much- deserved award for her work as a space communicator.

"Its a joy to be able to now work in the space industry as a senior science communications specialist telling the stories of International Space Station Research."- Erin W. Anthony

From the book (You're going to want to read this book) The ISS Benefits for Humanity 2022 book; It's DIGITAL, and it's FREE to download!!!!!

https://www.nasa.gov/mission_pages/station/research/news/benefits-2022-book

The International Space Station is a modern marvel. Only 400 kilometers (250 miles) above our heads, it streaks spectacularly across the sky at 28,200 kilometers (17,500 miles) per hour, orbiting the Earth every 90 minutes. The station carries an impressive array of research facilities supporting hundreds of experiments at any given time across every major science discipline. It can host up to eight visiting vehicles and accommodate 11 crew—all while providing an amazing view featuring 16 sunrises and sunsets per day. But what is so special about an orbiting lab? What makes scientists willing to tackle the significant challenges of planning and scheduling research, designing and building hardware, and committing extraordinary time and effort to complete experiments? It's all about location. An orbiting laboratory provides researchers with the unique features of low-Earth orbit (LEO): long-duration microgravity, exposure to space, and a unique perspective on our planet. These attributes enable scientists to conduct innovative experiments that cannot be done anywhere else…

Check out the latest NASA Explorers video series Erin worked on, along with friend of the show and writer Rachel Barry here; https://youtu.be/-pJcbKr7iA4

And find Erin on Twitter at: @ISS_Research

More about Erin: Erin works at NASA's Johnson Space Center as a science communication specialist for the International Space Station. She shares the amazing stories of research on the space station with the world through writing and social media.She has spearheaded strategies for sharing station science on Twitter and Instagram, including the creation of an Instagram AR filter viewed more than 10 million times, creation of some the agency's first (and most successful) Instagram Reels, and growing the @ISS_Research Twitter audience by more than 250K, to over 1 million. Erin serves as managing editor for all station science feature stories, and as well as a series producer for digital series, NASA Explorers: Microgravity (more than 11 million views) and contributor to episodes of the NASA's Curious Universe podcast.She previously worked as the space reporter for the MIT Technology Review where she launched and managed its space newsletter, The Airlock. She also covered automation as the Associate Editor of the Future of Work for the publication and helmed the its largest daily tech newsletter, The Download and Instagram strategy.Erin founded and served as CEO of Sci Chic, a company that designs and produces 3D printed jewelry inspired by science and engineering, and creates outreach programs based on the jewelry, for more than 5 years.Erin aims to show the creativity in science and engineering, and encourage everyone to appreciate and explore the STEM fields. She has written for an array of publications such as Sci Show, The Economist, Engineering.com, Lateral Magazine, Beanz, IEEE Potentials, and The New York Times, and is a course author for LinkedIn Learning (Lynda.com). She has a personal combined social media following of more than 60,000 to which she shares science in engaging new ways. You may have seen her on The Weather Channel, CBS Mission Unstoppable, or Marvel's The Unstoppable Wasp.Erin graduated with her BS in Mechanical Engineering from University of Florida in Dec. 2016. After graduating she worked as a freelance science writer and interned in London with the science and technology section of The Economist. She had four engineering internships at Bracken Engineering, Solar Turbines, John Deere, and at Keysight Technologies working on mechanical design and technical writing projects. In her free time, Erin enjoys 3D printing, sewing, hiking, STEM outreach, creating science communication content for her personal social media channels, science fashion, puzzles, dominoes, and photography.

Space is hard and complicated. Space norms are even harder and even more complicated. SO, in order to develop successful space norms, we will need creativity, perseverance, and a large and inclusive range of participants in the process. On today's episode, Robin Dickey discusses an approach towards space exploration that examines what's responsible to do, what is feasible to do, and what can be done to make space more safe and more sustainable for all in the future.

About Robin: Robin Dickey is a member of the technical staff at The Aerospace Corporation's Center for Space Policy and Strategy. She focuses on space policy and strategy issues related to national security, geopolitics, and international relations. Her experience prior to Aerospace includes risk analysis, legislative affairs, and international development. She earned her bachelor's degree in international studies at Johns Hopkins University and her master's degree in international studies, concentrating in strategic studies, at the Johns Hopkins School of Advanced International Studies.

You're going to want to read Robin's latest paper: https://csps.aerospace.org/papers/commercial-normentum-space-security-challenges-commercial-actors-and-norms-behavior

From the paper: Concerns about the potential for conflict in space are not limited to traditional security actors such as states and militaries. Commercial actors also have a stake in security-related space norms, and this stakeholder relationship may translate to new forms of commercial participation in the norm development process.

Other papers from Robin: July 2021 paper "Building Normentum: A Framework for Space Norm Development," August 2022 paper "Commercial Normentum: Space Security Challenges, Commercial Actors, and Norms of Behavior," George Washington University's Space Policy Institute and the Aerospace Corporation's Center for Space Policy and Strategy August 2022 event on "After the KE-ASAT Moratorium: What's Next?"

And find Robin on Twitter at: https://twitter.com/Robin_M_Dickey

Impulse Space is partnering with Relativity Space to perform the first ever commercial landing on the red planet!

Places in space, like Mars, are being viewed as potential destinations that can support the expansion of human presence in the inner solar system. Impulse Space and Relativity Space's mission to Mars is a step forward for the entire community interested in the benefits that space can bring to humans on Earth. Today, Impulse Space's COO and industry leader Barry Matsumori explains how Impulse is working to make this history-making mission possible, and deliver the first commercial payload to the surface of another planet by 2024!

About Barry Matsumori:

Barry Matsumori is an industry veteran that has been an executive leader at SpaceX, Virgin Orbit, and most recently as CEO at BridgeComm. Currently, Mr. Matsumori serves as the Chief Operating Officer at Impulse Space. In his own words, Mr. Matsumori shares, "I started my career in space at General Dynamics Space Systems in 1985 and worked on early satellites in the late 1980s. In 1993, I started at Qualcomm and worked on the ground side of Globalstar for a few years before moving into cellular communications.I have developed and implemented business and technology strategies as well as overseen operations at these companies. At BridgeComm, I led the refocus of the company strategy as well as being named in a number of optical communication technology patents."

At Impulse Space, Mr. Matsumori serves as the Chief Operating Officer, and is responsible for all the operating functions including business development, people, finance and mission management.

More about Impulse Space and the designed mission to partner with Relativity Space: https://www.impulsespace.com/

The integrated Cruise Vehicle, Entry Capsule, and Mars Lander developed by Impulse Space will launch in 2024 on the Relativity Terran R launch vehicle. After traveling through interplanetary space for over half a year, the Cruise Vehicle will inject the Entry Capsule into the correct landing trajectory and detach. The Entry Capsule will use the proven combination of heatshield and parachute to slow down enough to safely deploy the Mars Lander into freefall. The lander will then perform a propulsive landing using purpose-built engines developed in-house at Impulse Space, completing the first commercial payload delivery to the surface of another planet.

Robert Feierbach returns as our special guest this week on the podcast and announces his new endeavors as President of Maritime Launch USA, Inc., the US affiliate of the Canadian commercial spaceport based in Nova Scotia, and, Robert unveils his new business, 0-G Launch, a Washington-DC based company deploying a fleet of specially-modified commercial aircraft to provide high-precision microgravity flights and horizontal air-launch services to the fast-growing aerospace industry, and shares his plans as the Founder and CEO.

Robert Feierbach, is a FOTH (friend of the show) and known as a well-recognized space industry expert! He has an impressive track record in groundbreaking satellite technologies and services around the world. During the past 25 years, he held CEO/CCO/VP leadership positions at Echostar in the Netherlands, SES Global in Luxembourg, various Eutelsat / ViaSat partnerships in France, Italy and the USA, Hughes Network Systems' International Division, Space Systems Loral (Maxar), and SpaceX, the private rocket company, for which he was instrumental in acquiring $600M in early launch contracts. Woah.

Mr. Feierbach holds a Bachelor's degree in Computer Science Applications from the University of Utah, and an MBA from the Thunderbird School of Global Management. Robert speaks seven languages fluently and has lived and traveled across the Planet. Yep. 7 languages, and a very interesting love for a very specific kind of music… find out more in this episode of Casual Space!

Where to find Robert:

www.maritimelaunch.comwww.0-GLaunch.comwww.G-Space.comhttps://www.imdb.com/name/nm13106063/?ref_=nmbio_bio_nm

"We are in a space renaissance right now, but with that comes new challenges. This is especially true for spacesuits."

Will Green is a Ph.D. student at the University of North Dakota. He is collaborating on research with NASA that is centered on applying breakthrough technologies to push the boundaries of what is possible with spacesuits. Will has taken part in analog missions at UND's Inflatable Lunar/Martian Analog Habitat as a mission commander and an EVA ground control officer. Will's previous research experience includes Lunar and Martian dust mitigation strategies, robotic testing of spacesuit joints, high-performance textile research for spacesuits and military applications, and inventing an exoskeleton for the Army Research Laboratory. You know, Casual space suit stuff to chat about on Casual Space. 😉

Follow Will and his work on Instagram at: spacesuit_will

And enjoy this clip: Beth and Will talk about how claustrophobic wearing spacesuits can be… and we loved watching this BBC reporter "have a moment" with his spacesuit https://www.youtube.com/watch?v=q3AXhN3Wo0g

Martynas Fedotovas and Nika Chinchaladze are space entrepreneurs and CEOs of Altair Enterprises LLC - a space education & research organization that enables people to pursue careers in the space industry - and the organizers of the International Space Convention 2022 - the biggest space industry business event in the Caucasus region. They also Co-authored the book - Space Business 101: 7 Steps to Position Yourself in the Next Trillion Dollar Industry. On this episode, Beth and Nicholas and Martynas discuss what it's like to be a space startup, what it takes to succeed, and why ethics should always be at the heart of the work as you go and grow.

Where to find Nicholas and Martynas:

www.altairenterprises.comand www.altairenterprises.store

BONUS: Nicholas and Martynas would like to give Casual Space Podcast listeners free online tickets to ISC 2022!

When registering use this 100% discount coupon code: CASUALSPACE

Apply your special code at this link: https://www.altairenterprises.store/product-page/attendee-experience

About International Space Convention 2022:

ISC 2022 is a hybrid event where you can attend in-person or online and get an exclusive 3-day access to over 95 lectures from over 100 world-renowned space industry speakers and experts, ranging from government space agencies to private space companies discussing everything from new rising trends to advances and concepts in space industry, including: Earth and Deep Space Observation, SatCom and Data Analysis, Human Space Missions, Space Law and Regulations, Commercial Space Travel, Financial Outlook of the Space Industry, Funding Opportunities for the Emerging Space Start-Ups and many more great topics.

CEOs and Founders of Altair Enterprises - Space Education Company. Organizers of the International Space Convention 2022 - one of the biggest annual business conferences.Authors of Space Business 101: 7 Steps to Position Yourself in the Next Trillion Dollar IndustryPodcast Hosts of Altair Insights Podcast - Where Space Meets Business

Do you have a story? A story about space that you've been thinking about for some time?

Your story has the potential to change the way we explore space, but opportunities to share your story have been limited, challenging, and undiscovered. Until today.

Today, a simple story will fly to space, changing how we explore it.

Your story. Right here, right now. www.storiesofspace.com Listen to this episode as Beth personally invites you to fly your story to space.

Humans have imagined what space exploration might look like for years and put their imagination into stories – from science fiction books to movies. These stories sparked the actual development of space transportation systems, stations, and exploration missions. Even the constellations we enjoy at night have their own unique tales.

The Stories of Space Project™ collects your story and carries it on a satellite launched from historic Cape Canaveral, FL, in June 2023. The satellite will deliver this unique payload to the International Space Station, where it will be exposed to the harshness of space for six months and then returned to Earth. The STORIES Project™ (Story SD cards Testing and On-board Research on the International Space Station Experiment and Survey) will not only fly stories to space but will also help determine ideal data storage hardware for future commercial space applications.

The Stories of Space Project™ is a rare opportunity for you to share your personal space narrative. Each week, one of the submitted pieces flown in space will be selected and debuted worldwide on the Casual Space Podcast, where we will read your entire story. This experience makes space accessible to everyone and will change how we explore space—one story at a time. Learn more and submit your story at www.storiesofspace.com

FOLLOW updates and more at all the STORIES of Space socials!

Linkedin - https://www.linkedin.com/company/stories-of-space-project/about/?viewAsMember=true

Instagram - https://www.instagram.com/storiesofspaceproject/

Facebook - https://www.facebook.com/Stories-of-Space-Project-105943768899733

Also, check out Aegis Aerospace from episode 164: https://www.bethmund.com/casual-space-podcast/category/EPISODE+146

This week, NASA has announced that they are moving towards the first launch attempt for the Artemis I mission with the Space Launch System (SLS) rocket and Orion spacecraft currently in the Vehicle Assembly Building at the agency's Kennedy Space Center in Florida. NASA is currently targeting launch for no earlier than Monday, Aug. 29, at 8:33 a.m. EDT during a 2 hour window!!!!! So, Dean and Beth dig right in to the who, what, where, when, why and how of NASA's Space Launch System on this week's episode of the Casual Space Podcast!

NASA's SLS (Space Launch System) is the world's most powerful rocket and the backbone of NASA's human lunar exploration program (check out this reference guide ASAP: https://www.nasa.gov/sites/default/files/atoms/files/sls_reference_guide_2022_v2_508_0.pdf). No other rocket can send astronauts and the Orion spacecraft directly to the Moon for the Artemis missions. SLS provides an unmatched capability to deliver greater mass and volume than any current launch vehicle for both human and robotic exploration of the Moon, Mars, and the outer planets. SLS was established by the NASA Authorization Act of 2010. The program was created at Marshall in 2011 and received funding in FY2012. SLS is the world's first exploration-class launch vehicle since the Apollo Program's Saturn V. Along with SLS, NASA's Exploration Systems Development Mission Directorate in the Human Exploration and Operations Mission Directorate is developing the EGS and the Orion spacecraft for crew. Orion, managed at NASA's Johnson Space Center in Houston, is a spacecraft designed to carry astronauts on exploration missions into deep space. EGS has converted facilities at Kennedy into a next-generation spaceport capable of supporting launches by multiple types of vehicles.

More about NASA's SLS: https://www.nasa.gov/exploration/systems/sls/index.html

Big dreams start at Space Camp.

The kids and family recipients from the Cosmic Odyssey scholarship program are joined by Inspiration4 astronaut Chris Sembroski in this creative conversation. Together, we discuss how our experiences can be put into the next Space Camp movie! From who's in mission control and on the rocket to where we're going to explore- we giggle through creating our own space exploration adventure based on our training at Space Camp! We feel our team would be qualified- we've got the Top Gun award-winning recipient aviator, 5 former Space Camp attendees (including two trainers, two Hall of Fame recipients, a former VP of Space Camp and one astronaut) and several of the most brave, strong and impressive cancer-surviving kids and their families. Your heart will soar listening to the Kent and Herbert family share their special memories of experiencing Space Camp together in this episode of Casual Space.

Here's more info about the Auston Hatcher Foundation for Pediatric Cancer: https://www.hatcherfoundation.org/

And here's more about the Cosmic Odyssey Scholarship: https://www.hatcherfoundation.org/spacecamp

About Space Camp: www.spacecamp.com Space Camp opened on June 13, 1982, launching what is now an internationally recognized STEM camp with more than one million alumni from all 50 states and 150 international locations. While in Huntsville, Beth and hundreds of alumni and Space Camp supporters will gather to celebrate AND witness the induction of the next class of Space Camp Hall of Fame members. These alumni have made significant contributions in their fields and we look forward to honoring them, featuring outstanding alumni and a fireside chat with members of the Inspiration4 team, the first all-civilian space flight, led by Jared Isaacman, a 1995 Aviation Challenge graduate. Jeffrey Kluger, Editor at Large for TIME magazine, moderating the discussion. Learn more at: https://rocketcenterfoundation.org/about/

About Space Camp Hall of Fame Inductees: https://www.spacecamp.com/about/halloffame

About the Inspiration4 Team: https://inspiration4.com/crew

Jared Isaacman (Aviation Challenge Mach I, 1995)

Chris Sembroski (Space Camp counselor 2001)

Hayley Arceneaux (Friend of Space Camp)

Dr. Sian Proctor (Friend of Space Camp)

About the Zero-G Flight experience: www.gozerog.com

Author and astronomer John Read is back with a BEAUTIFUL new book, Learn to Stargaze for Kids https://www.learntostargaze.com/books, and we're talking about what's within the James Webb images, and comparing some of them against Hubble. As always, there's a lot to learn (so much fun)! During the second half of our conversation, John helps walk us through all of the super-easy ways we can find some specific constellations in our summer night sky. Enjoy John's stargazing tips here on the Casual Space Podcast, along with his amazingly resourceful site, https://www.learntostargaze.com/.

About John Read: Shortly after receiving his pilot's license as a Royal Canadian Air Cadet, John dropped out of Aerospace Engineering at Carleton University to pursue a degree (and career) in Corporate Finance. A few years later, his wife bought him a twelve-inch Dobsonian Telescope for Christmas (to be fair, she got leather boots). He joined the Mount Diablo Astronomical Society, volunteering as many as four nights per week under California's cloudless skies.

John is the host of the Learn To Stargaze YouTube channel and a member of the Royal Astronomical Society of Canada. In 2020, he graduated with a degree in astrophysics from Saint Mary's University and was presented with an RASC award for Excellence in Science Communication. He is currently a student at Johns Hopkins University, working on his Master's in Space Systems Engineering.