Space

In March 2025, a LuGRE receiver on Firefly’s Blue Ghost computed the first GPS and Galileo position from the Moon. That breakthrough unlocks a positioning, navigation, and timing layer that can make lunar landings, rovers, and logistics routine.

NASA’s infrared asteroid hunter has a Falcon 9 ride and is entering hardware integration in Logan, Utah. From Sun-Earth L1 it will spot dark, sunward NEOs years earlier.

Two peer-reviewed results from Chang'e-6 have set a new lunar clock and redrawn the resource map. A firm South Pole-Aitken impact age and evidence for a cooler, drier farside mantle now shape where we land, what we sample, and how we plan to live off the Moon.

Blue Origin’s New Glenn launched NASA’s twin ESCAPADE probes on November 13, 2025, then nailed its first booster landing. The flight opens commercial rideshares to Mars, resetting budgets, teams, and timelines for planetary science.

On September 24, 2025, a Falcon 9 launched NASA’s IMAP, NOAA’s SWFO‑L1, and the Carruthers Geocorona Observatory toward L1. Together they create an upstream early-warning stack that shifts space-weather risk from reaction to prediction.

China’s Tianwen-2 aims to grab samples from Earth’s quasi-satellite Kamoʻoalewa, return them by 2027, then pivot to a main-belt comet. Here is why the two-target sprint could reshape planetary science, resources, and defense.

Two successful Starship flights in late 2025 set the stage. If SpaceX proves ship-to-ship propellant transfer in 2026, NASA timelines, Blue Origin’s plans, and science payload budgets all shift fast.

The James Webb Space Telescope has produced the first 3D weather map of an exoplanet, revealing a blazing hotspot, a cooler ring, and chemistry that changes with altitude and longitude on WASP-18b. Here is how eclipse mapping works and why it will reshape Roman and ELT target lists.

ESA’s Proba-3 has created artificial eclipses in orbit, exposing the Sun’s inner corona just as NASA’s Parker Solar Probe skimmed the atmosphere below. Together they are reshaping how we see coronal mass ejections and how we forecast space weather.

A once-in-a-generation visitor triggered a solar-system-wide observing sprint. From Mars orbiters to a spacecraft near Jupiter, coordinated teams turned geometry into data and speed into science.

On June 23, 2025, Rubin Observatory’s first images flipped astronomy to real time. Next comes a decade of 20 TB nights, open alerts, and AI triage that will double near-Earth asteroids and catch cosmic explosions in their first hours.

In 2025, NASA’s Dragonfly moved from drawings to hardware, clearing CDR and completing heatshield and backshell tests. Here is why Titan’s multi‑hop rotorcraft is the template for off‑world aviation in the decade ahead.

On March 19, 2025, Euclid’s quick release mapped 26 million galaxies across 63 square degrees and immediately reshaped work on galaxy evolution and lensing. Next up is a 2026 cosmology release, plus a Euclid-Rubin-Roman partnership that could tighten dark energy constraints and surface ultra-rare lenses and even rogue planets within two years.

Firefly’s Blue Ghost touched down in March 2025 and worked a full lunar day, showing commercial landers can deliver. Here is what the mission taught engineers, what flies next, and the infrastructure stack CLPS needs by 2026 and 2027.

ESA’s Moonlight and NASA’s LunaNet standards are converging into a shared lunar communications and navigation backbone. The result: precision landings, real-time EVA support, and scalable rover swarms shifting from bespoke to routine between 2026 and 2030.

On November 12, 2025, Blue Origin’s New Glenn lifted NASA’s twin ESCAPADE probes and a new playbook for planetary science. Compact Mars orbiters paired with commercial heavy lift and L2 staging promise faster, cheaper missions that reduce risk for future crews.

Launched in late May 2025, Tianwen-2 is racing toward Earth’s quasi-moon Kamoʻoalewa for a fast-turn sample return by late 2027, then pressing on to active asteroid 311P. Here is why this two-target, solar-electric mission could reset small-body science and planetary defense.

As the LIGO, Virgo, and KAGRA network wraps its extended O4 run in mid November, a flood of detections is reshaping multimessenger astronomy. Here is what upgrades land before O5, what the 2030s megadetectors will add, and why discovery rates are set to jump again.