5 minute read - Flat like a pancake, curved like a sphere, or twisted like a cosmic donut? The shape of the universe is one of the greatest mysteries in cosmology, and its answer could reveal the fate of everything. Robotics Engineer Preksha Sanjay Madhva dives into the mind-bending possibilities of our universe’s geometry—from infinite expansion to a cosmic wraparound effect.
10 minute read - Designing for space isn’t easy. Before electronics reach the ISS, they must endure launch forces, operate in microgravity, and function reliably in orbit. In this first installment, Thomas Zieglar breaks down the challenges of building for space—starting with robustness. Plus, meet Astrobee, the free-flying ISS robot hosting our REACCH demo. From extreme environments to precision engineering, KMI is exploring what it takes to make space tech not just survive—but thrive.
5 minute read - Space may be silent, but that hasn’t stopped us from filling it with music! From astronauts playing Jingle Bells in microgravity to a cover of David Bowie’s Space Oddity recorded on the ISS—music has been a constant companion in space exploration. Scientists are even transforming galaxies, black holes, and star data into sound, turning the universe into a cosmic symphony.
5 minute read - From on-demand tools to building lunar colonies, 3D printing is revolutionizing space missions. By reducing costly resupply needs and enabling in-space manufacturing, it’s paving the way for sustainable exploration beyond Earth. Can it overcome the extreme challenges of space to truly support the next era of deep space exploration?
7 minute read - Have you ever wondered if there’s a better way to get to space than rockets? Robotics Engineer Preksha Sanjay Madhva breaks down futuristic concepts like space elevators, skyhooks, and other ideas that could revolutionize space travel. From reducing fuel costs to carrying larger payloads, these innovative ideas could change how we explore the cosmos - if we can solve their massive engineering challenges.
5 minute read - When it comes to sending hardware to space, it’s no easy task - but incredible things are possible when passionate minds join forces. With KMI's first space-bound hardware now aboard the ISS, Austin Morris shares the journey of REACCH. From early concepts to our launch success, dive into the story of resilience, ingenuity, and teamwork behind this monumental step of KMI #KeepingSpaceClearForAll.
3 minute read - Especially for Halloween, Corinne Moore presents a special feature on costumes, candy, and more aboard the ISS. Put on your brave faces, grab your favorite holiday treat, and enjoy a lighthearted romp into Halloween’s past. Maybe you’ll find some last minute inspiration for your costume this year!
4.5 minute read - In humanity's pursuit of progress, one thing often lingers in our wake: debris. Just like Earth, space is littered with the remnants of past missions—from rocket bodies to tool bags hurtling through our orbits at 17,000 mph. What happens when all this space junk poses a serious threat to active satellites, spacecraft, or even the ISS?
3 minute read - What's in a name? More than you might think. KMI's first spacecraft needed a title that not only symbolized its mission but also paid homage to the myths of old. After much debate, we landed on "Laelaps"—a name rooted in Greek legend. But what does a mythic hound, destined to catch everything it chases, have to do with space?
KMI is thrilled to welcome Dr. Anna Lee Fisher to their formal advisory board! An astronaut, doctor, and mother, Dr. Fisher has over 35 years of NASA experience, including historic space missions and pivotal roles in the development of the ISS. Read more about her incredible journey and contributions to space exploration in our latest column by Corinne Moore.
6 minute read - The future of logistics, mobility, and operations in space can be bright, IF space partners, satellite operators, regulators have intentionally worked together to design the most sustainable future possible. Read on to explore the aspects of intentional design for a sustainable space future!
5 minute read - How can nature's ingenuity revolutionize technology? From the archerfish's precision aim to the self-cleaning properties of lotus leaves, nature's designs are incredibly efficient and effective. Biomimicry harnesses these natural marvels to solve human problems in innovative, sustainable ways. Discover how bio-inspired locomotion, structure, grasping, sensing, and even the creation of living machines are shaping a sustainable future.
