The Science of Splashdown - New Space Economy
A returning spacecraft does not meet the ocean the way a boat does. It strikes a moving surface after passing through violent heating, rapid deceleration, and a tightly staged descent sequence that leaves little room for error. By the time a crew capsule reaches the final minutes of flight, nearly every earlier design choice is being tested at once: mass distribution, parachute timing, heat shield geometry, structure, seats, flotation, and recovery planning.
A History of India's Launch Vehicles - New Space Economy
The story of India's launch vehicle program is a narrative of self-reliance, methodical progress, and pragmatic ambition. From the humble beginnings of launching small sounding rockets from a coastal village, India has systematically built a domestic capacity that now includes placing heavy satellites into high orbits, sending robotic explorers to the Moon and Mars, and preparing for human spaceflight. This journey wasn't a race against other nations; it was a deliberate, step-by-step development of technology driven by national needs, from weather forecasting and telecommunications to national security and scientific discovery.
Unusual Facts About the International Space Station - New Space Economy
The International Space Station is one of the most recognized symbols of technological achievement and international cooperation. Most people know it as a large satellite where astronauts live and work, a place for scientific experiments in the unique environment of microgravity. Yet, behind this well-known purpose lies a world of fascinating, strange, and often counterintuitive facts that reveal the station's true character. The reality of life and operations aboard the orbiting laboratory is far more peculiar than it appears from the ground.
The Unseen Storm: Shielding Astronauts from the Hazards of Deep Space Radiation - New Space Economy
Humanity stands at the threshold of a new era of exploration. The ambition to send astronauts to the Moon for long-term stays under NASA's Artemis program, and to take the first human steps on Mars, is no longer a distant dream. These missions represent a monumental leap, pushing crews far beyond the protective bubble of Earth's magnetic field. As they venture into deep space, astronauts will face a hostile environment, one of the greatest challenges of which is invisible: a constant, pervasive bombardment of high-energy space radiation.
What Are Space Policy Directives, and Why Are They Important? - New Space Economy
A nation's activity in space is not a random series of missions. It's a guided effort, directed from the highest levels of government. In the United States , one of the most powerful tools for shaping this effort is the Space Policy Directive, or SPD. These documents serve as formal instructions from the President, setting the strategic course for all national space endeavors, from human exploration and commercial enterprise to military operations and scientific discovery.
The Effects of Outer Space on Hair Growth - New Space Economy
Hair does not stop being hair in orbit. It still follows the same biological cycle seen on Earth, with follicles moving through growth, transition, rest, and shedding. Hair follicles are affected by metabolism, hormones, inflammation, immune activity, skin condition, light exposure, sleep timing, nutrition, and stress. Long missions in low Earth orbitdisturb each of those inputs to some degree, which is why the question is more complicated than asking whether zero gravity makes hair grow faster or slower.
Where Is the Center of the Universe? - New Space Economy
The question feels like something a child might ask on a clear night, staring at a sky crowded with stars. Where is the middle of all of this? The answer, when it arrives, has a way of unsettling people: there isn't one. Or, more precisely, every point in the universe could legitimately claim to be the center, which turns out to mean the same thing as there being no center at all.
What Is the Decathlon Eurosuit IVA Suit? - New Space Economy
The image of an astronaut is inseparable from their spacesuit. It's their personal spaceship, a shield against the most hostile environment imaginable. But not all spacesuits are the bulky, backpack-equipped ensembles of a moonwalk. A different, equally important type of suit is worn inside the spacecraft, and it's getting a radical redesign from an unexpected source. The European Space Agency (ESA) is collaborating on a next-generation "intra-vehicular activity" (IVA) suit, and a lead partner in its design is Decathlon, the global sporting goods retailer.
Top Rated Books about the Search for Extraterrestrial Intelligence Available on Amazon - New Space Economy
In 1960, Project Ozma pointed a radio telescope at Tau Ceti and Epsilon Eridani. The result was silence. That silence did not end the search for extraterrestrial intelligence , but it did establish one of the field’s lasting features: a scientific program can produce no detection for decades and still grow in method, scope, and seriousness.
What is Fractional Orbital Bombardment, and Why Is It Important? - New Space Economy
On 25 August 1969, the Soviet Union placed a regiment of R-36O missiles on duty at Baikonur Cosmodrome , giving the world its only known operational fractional orbital bombardment system, usually shortened to FOBS. It was not a science-fiction device and not a paper study. It was a deployed nuclear delivery system built to send a warhead into low Earth orbit, or close enough to orbital flight for strategic purposes, and then force it back down before it completed a full circuit of the planet.
