NASA's new UVEX space telescope will peer deep into the universe's most violent events

space.com Nov 11, 2026

NASA’s new UVEX space telescope will peer deep into the universe’s most violent events

Curated by Shubham · TechCapsules · Nov 11, 2026

AI-summarised brief · reviewed before publication

NASA’s Ultraviolet Explorer (UVEX), a $590 million mission developed with Caltech, will launch in 2031 to produce the first deep all‑sky ultraviolet maps. UVEX will detect nearby low‑mass galaxies, study supernova remnants, and capture the aftermath of neutron‑star mergers, complementing infrared surveys like SPHEREx and visible‑light mapping by the Vera C. Rubin Observatory. Its CMOS‑based sensors provide unprecedented UV sensitivity, enabling astronomers to trace infant stars and violent cosmic events across the universe.

💡 Why It Matters

· UVEX will fill a critical gap in multi‑wavelength astronomy, revealing phenomena invisible in other spectra and advancing our understanding of stellar evolution and heavy‑element synthesis.

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‘There’s tremendous demand’: Rocket Lab raises price of Neutron launch from $55…

Rocket Lab announced on Nov. 9 that it has raised the price of a Neutron launch from $55 million to $70 million, a 25 percent increase for a vehicle slated to debut in 2027. CEO Peter Beck said the hike reflects a “pent‑up launch market” and a forecasted bottleneck as SpaceX retires Falcon 9 around 2028. Despite delays that pushed Neutron’s first flight from late 2026 to 2027, the company booked eight launches for Q3 2026, worth roughly $515 million, and has sold out its first 16 missions, with later slots pushed into the 2030s. Neutron, a 141‑foot reusable medium‑lift rocket capable of delivering 13 metric tons to low‑Earth orbit, aims to fill the gap left by Falcon 9’s phase‑out, while Rocket Lab’s smaller Electron launcher is also expected to see heightened demand as rideshare slots on Falcon 9 dwindle.

💡 Rocket Lab’s price jump underscores that commercial launch capacity is becoming a scarce commodity, positioning Neutron as a premium alternative to SpaceX’s retiring workhorse.

spacenews.com · Nov 11

Moog Marks 25 Years Since ESPA Design Milestone: Innovating Space Rideshare

Moog Inc. commemorated the 25th anniversary of the Evolved Secondary Payload Adapter (ESPA) ring’s Critical Design Review, completed on Jan. 18, 2001. Developed from a 1999 Air Force‑industry partnership, the ESPA ring allowed launch vehicles to carry multiple secondary payloads in the unused volume beneath primary satellites, cutting costs and adding flexibility for commercial constellations, technology demos and defense missions. Over the quarter‑century the family has grown into modular variants—Standard, Heavy and Grande—and serves as a structural basis for spacecraft buses used by NASA, U.S. government and private operators worldwide. Moog will exhibit a flight‑qualified ESPA ring at the National Museum of Nuclear Science & History in Albuquerque from Nov. 7, 2026 to Jan. 10, 2027, highlighting its lasting role in rideshare access.

💡 ESPA’s modular rideshare capability unlocked the economics that now power large‑scale satellite constellations, making frequent, low‑cost launches a practical reality.

space.com · Nov 11

Were there ‘lost cosmonauts’ in the early Soviet space program?

In late 1960, Italian amateur radio enthusiasts Achille and Gian Battista Judica‑Cordiglia detected a faint SOS‑coded signal from space while monitoring a rooftop station in Turin. The signal appeared to weaken, suggesting a possible Soviet spacecraft drifting away. This event sparked a Cold War mystery about “lost cosmonauts”—unacknowledged early Soviet missions that may have ended in tragedy before Yuri Gagarin’s 1961 flight. The story remains a haunting legend of the Space Age, with the brothers’ interception forming the basis of the enduring speculation.

💡 The alleged SOS signal hints at covert Soviet activity that could reshape our understanding of early space exploration and Cold War secrecy. It underscores how amateur observations can challenge official narratives and illuminate hidden chapters of history.

space.com · Nov 11

Uranus has a weird magnetic field that’s stumped scientists for 40 years…

A new U.S. and U.K. study using computer simulations and Voyager 2 data explains the odd magnetic fields of Uranus and Neptune. The research shows that extreme internal pressures and temperatures ionize water and other volatiles, increasing electrical conductivity and producing highly tilted, off‑center magnetic fields. Simulations reproduce the 59‑degree offset on Uranus and the 47‑degree offset on Neptune, and predict that their field orientations can shift by tens of degrees over decades. The findings clarify the dynamo processes in ice giants and guide future missions.

💡 Understanding these dynamic magnetic fields reveals how ice giants generate magnetic energy under extreme conditions, offering a new window into planetary interiors that differs from Earth’s stable dipole.

space.com · Nov 11

SpaceX Starship Flight 15 live updates: Super Heavy rocket moved to launch…

SpaceX has positioned its Super Heavy booster on Launch Pad 39A at Kennedy Space Center in preparation for Flight 15, the first test that will attempt a double landing of the Starship system—both the Super Heavy first stage and the Starship second stage returning to Earth. The move follows a series of static fires and integration checks that confirmed the vehicle’s structural and software readiness. Engineers will conduct a series of pre‑launch rehearsals, including a full‑duration static fire of Super Heavy, before the scheduled launch window later this week. If successful, the mission will demonstrate the ability to recover both stages, a critical milestone for SpaceX’s plan to achieve fully reusable orbital transport and reduce launch costs dramatically.

💡 A dual‑stage recovery would prove SpaceX’s reusable architecture, unlocking faster turnaround and lower per‑flight expenses for future missions.

teslarati.com · Nov 11

SpaceX just cleared a key FCC hurdle in its fight with Verizon…

The Federal Communications Commission has opened its review of SpaceX’s application to acquire a nationwide block of 800 MHz spectrum from Grain Management, moving Starlink Mobile nearer to full U.S. carrier status. The FCC’s Wireless Telecommunications Bureau accepted filings to transfer control of two Grain license entities, Prism License Co. 1 and Prism License Co. 2, to Starlink Spectrum Holdings, a SpaceX subsidiary. The deal comprises 546 paired licenses covering 3,224 counties and essentially 100 % of the U.S. population, including territories. Acceptance triggers a public comment period ending Dec. 1, with formal oppositions due Dec. 8. The spectrum, spanning 817‑824 MHz and 862‑869 MHz, is compatible with most phones and would enable indoor coverage that Starlink’s existing 2 GHz band cannot provide. SpaceX would hold up to 89 MHz per market, well below the FCC’s 385 MHz competitive‑scrutiny threshold. A separate waiver request for supplemental space‑based use of the same frequencies remains pending. Qualcomm has been selected to supply 5G radios and baseband equipment for a ground network slated to begin deployment in 2027, with SpaceX aiming for service on its own airwaves by early 2028.

💡 Securing the 800 MHz block gives SpaceX the only missing low‑band spectrum needed to deliver true nationwide, indoor mobile coverage, directly challenging the incumbents’ dominance.