RT @voyagertech_: Congratulations to Voyager’s Jeffrey Manber on his induction into the @iafastro Hall of Fame🎖️A visionary leader who tran….

Building THE destination in low-Earth orbit means thinking beyond the hardware. With our partner Journey, we are designing Starlab to be the most capable and comfortable environment for astronauts, enabling them to fully focus on their mission. "Journey is helping us ask the

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RT @SpaceLuisZea: I am so grateful to be part of a truly outstanding international team working on something that once seemed like science….

Dr. Luis Zea, Starlab's Chief Scientist, has worked on 29 spaceflight life sciences experiments. He and our team deeply understand both the transformative opportunities microgravity offers and the key areas for improvement as we design and operate the next-generation platform

The International Space Station has enabled medical advances for osteoporosis that help millions each year, experimental retinal implants to help patients who are blind, and reformulated cancer therapies for easier drug delivery and storage. Current research targets Parkinson's

Gravity restricts cells to flat, two-dimensional cultures, but microgravity allows them to grow naturally into complex structures that closely resemble human tissue. By observing cells in microgravity, researchers gain faster and deeper insights into how chronic conditions

Microgravity is revolutionizing the way we study disease and approach drug discovery & development. The unique environment of space offers advantages not available on Earth:. 🧬 3D Cell Growth: Cells form more natural, tissue-like structures in space. This improves disease

Did you know that nearly half of all research conducted aboard the International Space Station has focused on biology and bioengineering?. Microgravity creates unique conditions for medical breakthroughs. Proteins crystallize more uniformly, cells form three-dimensional

What happens in LEO. transforms how we live, work, and explore. Starlab Space announced a strategic partnership with Journey that will elevate how astronauts live and work in space. Journey will be working closely with Hilton, one of the original strategic partners, helping

Building the next chapter of human activity in low-Earth orbit and beyond means thinking beyond the hardware. "We're not building a space station, we are building a space economy," says our CCO, Brad Henderson. "Starlab is not just a standalone space station; it is the

Living in low-Earth orbit takes extraordinary support — and we’re proud of the team working to ensure Starlab is ready from day one to provide astronauts with a safe, efficient, and comfortable environment. This week at the International Conference on Environmental Systems in

RT @NASASpaceOps: As @NASA continues its transition toward a commercial low Earth orbit marketplace, an agency-supported commercial space s….

We are one step closer to building humanity's next home in orbit. Starlab recently cleared several key milestones in developing our commercial space station. We successfully completed five development and design milestones for NASA, including a preliminary design review and

Opportunities for space-based semiconductor R&D are growing. Today, we see space-grade semiconductors for satellites, in-space data centers, and edge computing. Yet, there are so many more advantages to low-Earth orbit research in the near and long term:. Advanced Material

Semiconductors are the bedrock of modern electronics, from smartphones and electric vehicles to critical infrastructure sensors and drones. Yet, the race for smaller, more efficient chips faces mounting challenges on Earth, including strained supply chains and physical

Low-Earth orbit provides conditions unavailable on Earth, including a microgravity environment free of sedimentation and natural convection currents, which allows for greater, high-quality crystal growth. The natural vacuum in space also eliminates the dependency on costly

Did you know that space-based semiconductor research dates back over 50 years to Skylab 3? Since then, more than 228 experiments have been conducted in space, with 70% yielding bigger, better-structured and more uniform crystals than possible on Earth. Microgravity enables

Check out Aero Defense Outlook, which features an article by Starlab's Brad Henderson on the importance of maintaining a U.S. foothold in space innovation. He discussed how Starlab aims to ensure continuity in low-Earth orbit by supporting government, academic, and industry-led

Join Us at the Paris Air Show 2025!. Come and experience the future of space exploration with Starlab. Immersive Experience at the @AirbusSpace Chalet: Step into the next generation of space stations with our immersive experience at the Airbus Chalet. Get a firsthand look at the

At the 55th Paris Air Show at Le Bourget Airport near Paris, the German Aerospace Center DLR and Starlab Space GmbH signed a Memorandum of Understanding (MoU) to strengthen our collaboration in the realm of space exploration and technology. This partnership will focus on:. 🩺