Thee Black Space

​The Fall of NASA's Swift Observatory ​The Neil Gehrels Swift Observatory,  a space telescope that has studied cosmic gamma-ray bursts and explosions since 2004, is running out of time. Due to its rapidly decaying orbit, the spacecraft is falling back to Earth and is expected to reenter the atmosphere and burn up entirely later this year (likely in October). ​   NASA’s Neil Gehrels Swift Observatory has been orbiting Earth since 2004. But now it’s in trouble. Image via NASA.   The Failed Rescue Mission ​To save the telescope, NASA and Katalyst Space launched an experimental commercial robotic repair vehicle named LINK on July 3, 2026. LINK was designed to rendezvous with Swift and boost it into a higher orbit. ​Unfortunately, the rescue mission failed: ​About three weeks into the flight, two of LINK's three reaction wheels malfunctioned. ​The failure caused an uncontrolled spin and intermittent communication issues. ​Katalyst and NASA announced that LINK canno...

🚀 NASA is getting ready for a major new chapter in space exploration. On August 30, 2026, the Nancy Grace Roman Space Telescope is scheduled to launch from Florida aboard a SpaceX Falcon Heavy. What sets Roman apart is its extraordinary field of view—its main camera can capture an area of sky at least 100 times larger than Hubble’s, allowing scientists to survey vast regions of the universe at incredible speed. Over its mission, Roman is expected to study light from roughly one billion galaxies while investigating some of astronomy’s biggest mysteries: dark energy, dark matter, galaxy formation, stellar evolution, and planets beyond our solar system. Scientists expect Roman could find more than 1,000 exoplanets using gravitational microlensing, while also helping test new technologies for directly imaging nearby worlds. Positioned around one million miles from Earth near the Sun-Earth L2 point, Roman is planned to operate for at least five years. And Roman isn’t replacing ...

🚨NASA is supporting early-stage research into a bold idea: placing a radio telescope on the Moon’s far side. Unlike Earth, the lunar far side is naturally protected from much of the radio noise produced by satellites, spacecraft, and technology on our planet. ⸻ 📡 That radio silence could open a completely new window on the universe. A large array on the Moon could observe extremely long radio wavelengths that are difficult—or impossible—to study from Earth because of terrestrial interference and Earth’s ionosphere. ⸻ 🌌 One of the biggest scientific goals would be studying the Universe’s “Cosmic Dark Ages.” This was the period after the Big Bang but before the first stars and galaxies formed. Astronomers could search for the faint 21-centimeter signal from neutral hydrogen to investigate how the early Universe evolved. ⸻ 🔭 Several lunar radio observatory concepts are being investigated, including FARSIDE, MoonRISE, FIORE, FarView, and the Lunar Crater Radio Telescope. So...

Japan is about to attempt something no spacecraft has ever done. In October 2026, JAXA plans to launch its Martian Moons eXploration mission toward Phobos, the larger of Mars two moons. The spacecraft will circle Phobos for years, drop a small rover onto its surface, then land briefly to collect more than ten grams of rock and dust 🚀. Scientists still do not know if Phobos formed from debris blasted off Mars or is a captured asteroid. JAXA is working with NASA and the European Space Agency, and the samples will reach Earth in 2031 🌌. It is strange to think a tiny scoop of dust could rewrite what we know about our neighboring planet. Somewhere on Phobos, the story of Mars may already be written 🪐. Sources: JAXA MMX mission overview, mmx.jaxa.jp ESA MMX factsheet, esa.int NASA MMX mission page, science.nasa.gov The Planetary Society, planetary.org

Breaking the Fuel Barrier: How Superconducting Systems Are Revolutionizing Spacecraft Control ​Spacecraft have historically been bound by a single, uncompromising constraint: fuel . Every orbital maneuver, orientation adjustment, and station-keeping burn consumes finite propellant. Once that supply is exhausted, the mission concludes—regardless of whether the onboard instruments and computer hardware remain fully functional. ​A paradigm shift is underway led by New Zealand startup Zenno Astronautics, which has successfully introduced superconducting magnetic systems to space. At the heart of this innovation is the Z01 Supertorquer , a compact actuator designed to control spacecraft orientation (attitude) entirely without chemical propellants. ​The Engineering Principle: How It Works ​The Supertorquer merges advanced cryogenics, electromagnetism, and aerospace engineering into a shoebox-sized package. ​ Zero Electrical Resistance: The system utilizes coils of high-tem...

NASA estimates that on November 18, 2026, at 2:16:07 a.m. PST, Voyager 1 will shatter records by becoming the very first human-created object to travel one light-day away from Earth—a staggering 16.1 billion miles (25.9 billion km). A light-day measures the distance light covers in a 24-hour period. Crossing this boundary means that any radio command sent from Earth will require a full day just to reach the spacecraft. If Voyager 1 responds instantly, its signal will take another 24 hours to journey back home. A Legendary Journey Launch: September 5, 1977 Planetary Flybys: Jupiter in 1979 and Saturn in 1980 Interstellar Crossing: 2012 (becoming the first spacecraft to officially breach the heliopause and enter interstellar space) The Mind-Bending Scale of the Universe Despite journeying through the cosmos for nearly 49 years, Voyager 1 has managed to cover a mere 0.0027% of the distance separating us from Proxima Centauri, our closest stellar neighbor. While a distance of o...