- Webb Panorama Captures Protostars and Herbig-Haro Objects in Nebula — Phys.org
The image of star-forming region IC 348 reveals the smallest known brown dwarfs, some only twice the mass of Jupiter. Astronomers used the James Webb Space Telescope to search the region and identify these objects at the lower end of the mass range for brown dwarfs. The findings extend the study of how such objects form and how the star-formation process operates at planetary masses. A few protostars appear in the upper-right portion of the panorama, ejecting jets that collide with surrounding gas and dust to create bright Herbig-Haro objects. This panoramic view ranks among the largest images released so far from the telescope. The brown-dwarf detections push the observed mass range for these objects into territory previously unexplored by earlier instruments.
- Yinli-1 Places Eight Qianfan Satellites and EUHT Experimental Craft in Orbit — Spaceflight Now
A Yinli-1 rocket lifted off at 2200 UTC on September 15 from a barge in the East China Sea. The launch deployed eight Qianfan Digui 26 zu satellites along with the EUHT Jishu Shiyan Weixing experimental internet satellite. EUHT refers to the Enhanced Ultra High Throughput Chinese WLAN standard, confirming the payload’s role as an experimental communications spacecraft. The barge launch site sits near coordinates 123.7E 31.2N in the East China Sea. This mission marks another step in China’s deployment of large low-Earth-orbit communications constellations.
- Gwynne Shotwell States Dragon Will Remain in Service — Teslarati
SpaceX president Gwynne Shotwell responded to questions about NASA’s reliance on the spacecraft by saying the vehicle is not retiring today. Dragon has operated for six years and remains the primary crewed spacecraft available to NASA and other customers. The spacecraft continues to support both cargo and crew rotations to the International Space Station. Shotwell’s comment came during a discussion of near-term mission planning for government and commercial partners.
- NASA Schedules MAX POWER Event at Kennedy Space Center — NASA Science
The November event at Kennedy Space Center will showcase new aircraft technologies, autonomous vehicles, and other innovations. Attendees can meet the teams developing these systems and explore future transportation concepts. The gathering focuses on bringing science-fiction concepts into practical engineering demonstrations. NASA’s Kennedy site will host displays and interactive sessions highlighting ongoing research programs.
- NASA’s International Observe the Moon Night Scheduled for Saturday — Pharos-Tribune
The annual event invites public participation in lunar observing activities worldwide. NASA coordinates the night to encourage widespread viewing of the Moon and related educational programming. Observers are encouraged to use telescopes, binoculars, or even the unaided eye during the coordinated evening. The program pairs professional astronomers with community groups to share lunar science and safe viewing practices.
- Purple Haze Aurora Observed Over Earth — NASA Science
Charged particles interacting with the upper atmosphere produced the distinctive purple display. The image captures the aurora’s interaction with Earth’s magnetic field and atmospheric gases. Such displays occur when solar wind particles excite oxygen and nitrogen at specific altitudes. The purple coloration arises from a particular mix of emission lines visible under certain geomagnetic conditions.
- ZhuQue-2E Successfully Launches SpaceSail Polar Orbit 19 Mission — Spaceflight Now
The Chinese ZhuQue-2E rocket placed the SpaceSail satellite into polar orbit. Footage from the launch included drone coverage of the ascent and landing sequences. The mission adds another spacecraft to the growing Chinese commercial remote-sensing fleet. Polar orbit provides repeated coverage of high-latitude regions for the satellite’s imaging payload.
- NASA X-59 Test Pilot Completes Initial Ground Engine Run — NASA Science
Pilot Mike Lippert powered up the X-59 cockpit and ran the engines on the ground for the first time this summer. The run forms part of his preparation to fly the experimental quiet supersonic aircraft for NASA’s Quesst mission. Lippert noted that the cockpit layout felt comfortable during the initial systems checkout. The ground test marks a key milestone before the aircraft advances to taxi and flight phases.
- U.S. Space Force Confirms On-Orbit Weapons Capability — Astronomy Magazine
Department of the Air Force Secretary Troy Meink stated publicly that the United States currently maintains weapons in orbit. The announcement came during the 2026 Air and Space Cyber Conference and addressed modernization plans against AI-enabled threats. The statement represents the first official confirmation of operational on-orbit weapons systems. Conference discussions also covered broader efforts to counter emerging space-domain challenges.
- NASA Tests AI-Controlled Robot Fleet for Planetary Science — NASA Science
Three robots operated together in a field test to evaluate their ability to function as an independent science team. Researchers assessed how the fleet could coordinate observations and decision-making during future exploration missions. The test examined autonomous task allocation and data-sharing protocols among the machines. Results will inform designs for future multi-robot campaigns on the Moon or Mars.
- Webb Image Reveals Tiny Brown Dwarf with Possible Planet-Forming Disk — Phys.org
One of the newly identified brown dwarfs in IC 348 shows signs of a surrounding disk. The detection suggests that planet formation could occur around objects whose total mass is comparable to that of a planet. This finding adds to evidence that planet-forming processes can begin at surprisingly low masses.
- Starship Flight 14 Targets September 22 for Orbital Attempt — Teslarati
SpaceX has set an earliest launch date of September 22 for the first attempt to reach full orbit. The mission remains subject to regulatory approval before liftoff. Engineers plan a conservative approach that will attempt orbital circularization only after confirming all systems are performing nominally. The flight represents the first time Starship will target a complete orbital profile rather than a suborbital trajectory.
- FLEX and Sentinel-3C Begin Commissioning After Successful Vega-C Launch — ESA
Both satellites acquired signals and are reported healthy following the Vega-C liftoff. The pair will monitor Earth’s vegetation, oceans, land, ice, and atmosphere during their operational phase. FLEX focuses on plant fluorescence measurements while Sentinel-3C continues ocean and land surface observations. Commissioning activities will verify instrument performance before routine data collection begins.
- NASA Details Phased Approach to Building Lunar Outpost — NASA Science
The agency outlined a step-by-step sequence of missions that will establish the first lunar base. The plan includes incremental deliveries of infrastructure and scientific instruments ahead of sustained human presence. Early phases emphasize robotic precursors and resource-utilization demonstrations. Later stages will integrate crewed landings and long-duration habitat modules.
- China Donates Chang’e-6 Lunar Sample to United Nations — CGTN
Beijing announced the donation as a gesture supporting international cooperation and multilateralism in space exploration. The sample originates from the far side of the Moon and will be made available for shared scientific study. The Chang’e-6 mission returned material from a previously unsampled region of the lunar surface. The donation underscores China’s stated commitment to open scientific access.
The Great Attractor sits behind the Milky Way’s dense central plane, hidden in the Zone of Avoidance where optical telescopes cannot penetrate the dust. X-ray and infrared observations have identified the Norma Cluster and the more distant Shapley Supercluster as major contributors to the pull. Even combined, these structures do not fully account for the observed 600 km/s motion of the Local Group. The remaining mass may lie in still-unmapped filaments of the cosmic web. How much additional unseen structure is required to explain the full velocity remains an open measurement.
Our Local Group travels at roughly 600 kilometers per second relative to the cosmic microwave background, a speed that would carry a commercial jet from New York to Los Angeles in under seven seconds if sustained in the same direction. That motion is not produced by the expansion of space itself; it is a peculiar velocity caused by the uneven distribution of matter on scales of hundreds of millions of light-years. Picture riding alongside a photon leaving the Shapley Supercluster: every time it passes a denser filament or cluster, the photon gains a tiny gravitational redshift or blueshift that cumulatively maps the mass concentrations pulling us forward. The Great Attractor region alone contains the equivalent of tens of thousands of Milky Way masses, yet even that falls short of the total gravitational tug measured from the microwave dipole. The remaining deficit points to vast, still-unseen walls and filaments lying deeper in the Zone of Avoidance. We can measure the velocity vector to high precision, but we cannot yet see the full mass distribution responsible for it.
Space keeps revealing structures and motions on scales that reshape how we picture our place in the universe.
