Voting in space: NASA astronauts cast ballots from International Space Station

space.com Nov 3, 2026

Voting in space: NASA astronauts cast ballots from International Space Station

Curated by Shubham · TechCapsules · Nov 3, 2026

AI-summarised brief · reviewed before publication

Three NASA astronauts—Anil Menon, Luke Delaney, and Jessica Watkins—voted in the U.S. midterm elections from the International Space Station on November 3, 2026. They completed electronic ballots aboard the ISS, which were transmitted via NASA’s Tracking and Data Relay Satellite System to a ground antenna in New Mexico, then forwarded to Johnson Space Center and Harris County officials for casting. This procedure, enabled by Texas law since 1997, ensures that astronauts can exercise voting rights while orbiting Earth.

💡 Why It Matters

· The event demonstrates that democratic participation can extend beyond terrestrial borders, reinforcing the principle that citizenship rights persist even in space.
· It also showcases the practical integration of space‑flight infrastructure with domestic electoral systems.

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Dimorphos in sight: Europe’s Hera probe gets its 1st look at battered…

Europe’s Hera spacecraft, launched on a SpaceX Falcon 9 in October 2024, has entered the Didymos binary asteroid system and captured the first resolved image of Dimorphos, the smaller body targeted by NASA’s DART impact test. From 795 miles (1,280 km) away, Hera’s cameras now distinguish Dimorphos as a distinct pixel separate from its parent asteroid. The mission will conduct detailed surveys of the impact damage and refine models of asteroid deflection. Hera’s arrival is slated for 25 November, with higher‑resolution imaging to follow.

💡 Hera’s ability to resolve Dimorphos confirms the success of the DART test and provides critical data for future planetary defense strategies, demonstrating humanity’s capacity to alter an asteroid’s trajectory.

space.com · Nov 3

Ancient star collisions could explain mysterious Little Red Dots and ‘impossible’ black…

New simulations of the early universe indicate that densely packed stellar clusters caused frequent star‑star collisions, producing over‑massive stars that could collapse into intermediate‑mass black holes—potential seeds for the supermassive black holes observed less than a billion years after the Big Bang. The models show that slower mergers allow repeated coalescence, creating a single star whose mass rivals that of an entire cluster, while rapid impacts simply destroy the stars. These early‑universe conditions differ from modern galactic cores, where existing supermassive black holes accelerate stellar orbits, leading to high‑speed, destructive collisions that cannot form such giants. The research also links these collision‑driven seeds to the enigmatic “Little Red Dots” detected by JWST, suggesting both phenomena arise from the same dense‑cluster environment.

💡 It offers a concrete mechanism that could explain how supermassive black holes grew so quickly, tying their origin to observable early‑universe objects and reshaping theories of cosmic structure formation.

spacenews.com · Nov 3

DETUMBLER: Airbus’ Passive Spin Stabilization Solution

Airbus R&D has introduced the Detumbler, a passive magnetic‑damping device designed to stop tumbling of defunct satellites in low‑Earth orbit. The palm‑sized unit, weighing about 200 g, uses permanent magnets and a conductive housing to generate eddy‑current braking against Earth’s magnetic field, reducing angular momentum without power or software. Tested to launch vibration and orbital conditions, it can detumble spacecraft from 150 kg up to 1.5 t, reaching rates below 0.75°/s within a year and as fast as weeks for smaller platforms. ESA’s Space Safety Program requires such capability for objects over 500 kg to keep LEO usable, and the Detumbler meets TRL 8 readiness, now offered commercially through Airbus Space Electronics. Early adopters include MDA Space for future debris‑removal mission planning and sustainability.

💡 By eliminating power‑drawn actuators, the Detumbler makes post‑mission stabilization affordable, unlocking large‑scale active debris removal that was previously uneconomic.

space.com · Nov 3

NASA asks industry for ideas about saving Hubble Space Telescope

NASA has issued a request for information seeking industry proposals to extend the life of the Hubble Space Telescope, which will naturally re‑enter Earth’s atmosphere around 2033‑34 as orbital drag lowers its orbit. The Oct. 29 RFI asks for “in‑space servicing” concepts, including a boost to raise Hubble’s altitude or upgrades to its capabilities. Hubble, launched in 1990 and serviced five times, still produces demand far exceeding available observing time and has generated more than 23,000 scientific papers. NASA administrator Jared Isaacman, a former SpaceX patron now leading the agency, urged exploration of “every reasonable opportunity” to keep the observatory operating, citing potential cost savings versus a new mission. The agency also permits studies of a controlled deorbit or disposal future.

💡 Keeping Hubble operational would preserve a unique, high‑demand scientific asset while avoiding the expense of building a comparable flagship, making a rescue mission a fiscally prudent way to extend groundbreaking astronomy.

spacenews.com · Nov 3

Simera Sense and Spacemanic to Collaborate on a New Complete Dual-Use Mission…

Czech satellite builder Spacemanic and Belgian optics firm Simera Sense have announced a joint offering that pairs Simera’s xScape200 Dual‑Use camera with Spacemanic’s 16U CubeSat platform. The xScape200, a 12U‑sized, low‑size‑weight‑power (SWaP) imager, delivers high‑resolution, dual‑use (commercial and defence) imagery without requiring a larger, more expensive spacecraft. Spacemanic integrates the camera into its in‑house‑designed platform and the SPACE CANNON deployer, which can accommodate up to 16U and provides an expanded envelope for side‑protruding payloads and a “tuna‑can” bottom section. The deployer’s removable side panels allow final adjustments before launch and is compatible with launch vehicles such as Falcon 9, Ariane 6, Vega‑C and several emerging rockets. The combined solution promises repeatable deployment, rapid constellation growth and reduced launch costs for customers seeking imaging capability.

💡 By fitting high‑resolution imaging into a 16U CubeSat, the partnership unlocks satellite‑grade optics for budgets and launch slots previously reserved for larger platforms, accelerating the rollout of responsive constellations for both commercial and defence users.

teslarati.com · Nov 3

SpaceX’s Starfall just went from secret to storefront

SpaceX has launched a public commercial page for Starfall, its disk‑shaped re‑entry capsule, detailing the service for prospective customers. The site lists a 1,000 kg payload capacity, 1 kW of power, Ethernet connectivity and continuous online access via Starlink, allowing real‑time data retrieval. Starfall missions will fly on Starship, promising “affordable, routine access to microgravity” for biomedical, pharmaceutical and materials‑science experiments, such as stem‑cell organoid growth, drug crystal formation and semiconductor manufacturing. No pricing or launch dates were disclosed, but SpaceX reported signing three commercial contracts in Q3. The move follows a previously secretive development phase and includes branding efforts like a Starfall T‑shirt, positioning the capsule alongside Starship, Starlink and Starshield. Clients may tailor mission length and receive integration assistance online.

💡 By turning a formerly opaque service into a marketable product, SpaceX is opening microgravity research to a broader commercial base, accelerating in‑space manufacturing pipelines.