NASA

SpaceX’s Space Force contract turns low orbit toward air defense

NASA’s Roman clears a quiet mirror test before it can map the wider universe

NASA’s Roman telescope has reached one of those quiet but consequential readiness marks: its primary mirror has passed final inspection before the mission moves deeper into integration.

ESA’s ISS water demo turns one droplet into a lesson for life in orbit

On the International Space Station, water does not fall away from a surface; it stays where molecular forces hold it, turning a simple touch into a compact lesson in fluid physics.

Red dwarfs may be keeping the chemical record of planets they destroyed

The galaxy’s most common stars may not be only hosts to planetary systems, but also their slow predators.

The Large Magellanic Cloud is being weighed by the rhythm of dead stars

Dead stars with timing steadier than most laboratory clocks are now being used as galactic scales.

Western China’s new telescope is built for the data space images cannot give

Astronomy has too many beautiful images and too few hard measurements, and a telescope with 20,000 spectroscopic “eyes” is being built precisely for that imbalance.

NASA’s radar makes the Maize Triangle a working map for food risk

In South Africa’s Maize Triangle, the growing season now reads like a false-color radar diagnosis of fields, not a conventional satellite photograph.

NASA’s Artemis has a lunar rulebook; mass drivers may outgrow it

A lunar mass driver may look like future logistics infrastructure, but the same ability to accelerate mass creates a serious security question.

James Webb shows what a dark super-Earth looks like with no air

The James Webb Space Telescope turned toward LHS 3844 b and drew a blunt conclusion from its thermal signal: this is a dark, bare rocky world without an atmosphere.

Lithium turns red dwarfs into evidence scenes for missing rocky planets

Red dwarfs may not be merely long-lived, quiet stars giving planets billions of safe years, but early predators whose appetite is betrayed by lithium.

Curiosity’s Campo Marte sample shows why NASA’s old Mars rover still matters

Curiosity has secured the thing robotic geology can never take for granted: a successful drill sample from Campo Marte.

Curiosity reads ancient Mars through tiny differences in hematite

Twenty samples collected by Curiosity now suggest that ancient Martian climate can be read through hematite crystallite size, not just the presence of the mineral itself.

NASA’s Orbital Spectrometer Tracks Mine Waste by Light

NASA’s EMIT instrument turns reflected light from mine waste into a practical cleanup-priority map for abandoned mines.

NASA tests whether the ISS can become a factory floor for living medicine

On the International Space Station, NASA is now testing not just biology in orbit, but whether part of future medical manufacturing can move from the lab bench into microgravity.

Mercury’s ice may trace back to one slow asteroid

Mercury’s polar ice may trace back to one large, slow asteroid impact that moved water into permanently shadowed cold traps.

NASA puts FireSense on bulldozers, where satellites can miss the fireline

NASA’s FireSense work brings space-grade instrumentation discipline down to the fireline: a small thermal sensor on a bulldozer can become an early warning system for crews in the worst zone.

JWST may put the black hole before the galaxy in an early-universe puzzle

JWST has reopened an uncomfortable question in early cosmology: what if some supermassive black holes did not wait for their galaxies to mature, but became the system’s gravitational core first?

NASA spots how Iran-linked navigation jamming turns science orbit into a sensor

NASA science satellites were not launched as electronic-warfare monitors, but GPS interference linked to Iran shows how quickly that boundary is blurring.

China ties Chang’e to its astronaut program as the 2030 Moon deadline tightens

China is accelerating its plan to land astronauts on the moon by linking its robotic Chang’e missions with its human spaceflight program.

Protostar jets push planet chemistry into the violence of stellar birth

Jets from young stars are not just violent exhaust streams; their shock waves may also cook part of the organic chemistry that later planetary systems inherit.

Sentinel-6 sees the Pacific swell before El Niño becomes a weather story

The Sentinel-6 Michael Freilich satellite has detected a broad warm-water swell in the eastern Pacific, a signal NASA links to a likely El Niño later this year.

Webb Finds a Black Hole That Breaks the Early-Galaxy Timeline

The James Webb Space Telescope has caught the early Universe in an awkward frame: a black hole that looks too large, too early, and possibly older than its own galaxy.

James Webb may be moving the black hole to the start of the galaxy story

NASA says Webb has revealed a black hole that appears to have formed before its surrounding galaxy, cutting into one of cosmology’s more stubborn ordering problems.

Archangel Lightworks pushes laser satellite links from fixed stations into the field

Archangel Lightworks has completed UK field trials of TERRA-M, an optical ground station aimed at a problem satellite networks increasingly cannot dodge: how to move large volumes of data down without relying only on fixed infrastructure.

Quantum nodes take NASA’s telescope logic toward a much wider eye

If quantum technology delivers, the next giant optical telescope may not be one enormous mirror but a network of smaller instruments linked by quantum nodes.

UK Armed Forces Test Optical Satellite Links for Secure Comms

The UK armed forces are pushing satellite communications toward optical links, where a narrow infrared laser beam promises more capacity and less exposure than a conventional radio channel.

NASA’s Artemis Moon base is starting to look less like a post and more like a network

NASA’s new Moon base outline makes clear that the next Artemis phase is no longer only about landing, but about territory, logistics and sustained access to the lunar surface.

James Webb reads the universe before stars had fully enriched it with heavier elements

An international team led by Kimihiko Nakajima of Kanazawa University used JWST and gravitational lensing to sharpen one of the most chemically primitive galaxies seen in the early universe.

The Sun stopped its own eruption, and five spacecraft showed how

The Sun launched an eruption that looked ready to throw a huge mass of plasma into space, but the magnetic system locked up and the material collapsed back to the surface.

NASA’s 19-day solar signal pushes space-weather forecasts beyond the first blast

In August 2025, the Sun produced a radio burst that did not fade after the first flash, but persisted for 19 full days.

Space.com: NASA’s view from orbit sees the eruption, not the seafloor

An underwater eruption captured by satellites shows both the power and the limit of orbital Earth observation: the surface says something happened, but the seafloor does not tell the whole story.

NASA turns Antarctic ice into a detector for the universe’s most energetic particles

NASA’s PUEO instrument turns Antarctica into part of the detector for some of the most energetic particles in the universe.

NASA moves Italy’s lunar habitat closer to real Artemis hardware

Italy’s Multi-Purpose Habitation module has cleared NASA’s system-level requirements gate, moving the project from broad lunar-base ambition toward serious Artemis hardware.

Japan’s red auroras expose a blind spot in space-weather forecasts

The red auroras seen over Japan are not just a rare sky display, but a warning that some space-weather models may underestimate how high and forcefully geomagnetic storms can reach.

Satellogic is selling the cadence defense wants from orbit

Satellogic has secured a defense-monitoring contract worth more than $18 million, its first large deal since shifting toward persistent orbital monitoring.

NASA sees how the Sun presses on Mars’ unshielded atmosphere

NASA’s MAVEN has pulled fresh science from Mars’ thin atmosphere: a quiet stretch of data revealed how solar storms can leave an unexpected signature on a world without a strong magnetic field.

Mega Engine fires the kind of engine China needs for reusable rockets

Mega Engine has completed a long-duration hot-fire of a closed-cycle rocket engine, a short sentence that carries real technical weight for China’s commercial space sector.

NASA’s AI chip targets spacecraft that cannot wait for Earth

NASA is testing a next-generation processor meant to give spacecraft more autonomy in deep space and reduce their dependence on slow command loops from Earth.

Mars is becoming the warning label for planets that only look habitable

Mars is not a spare Earth, but the nearest example of why a planet’s place in the habitable zone is not enough to prove habitability.

Penn State’s ultraheavy clue narrows the hunt for cosmic accelerators

If some ultrahigh-energy cosmic rays really arrive as ultraheavy atomic nuclei, the list of possible cosmic accelerators becomes shorter and more interesting.

DARPA readies robotic satellite servicing for GEO orbit

DARPA wants to treat geosynchronous orbit as a service zone, not a distant parking lot for expensive satellites waiting to age out.

Fermi finds a supernova where the dead star keeps powering the blast

NASA’s Fermi has observed a supernova that looks less like a brief flash from a dying star and more like an explosion powered by an engine at its core.

Redwire’s robotic arm hints at Europe’s real Moon test: useful work after landing

Redwire has delivered an initial robotic-arm prototype for ESA’s Argonaut, nudging Europe’s lunar lander from programme slides toward tangible robotic hardware.

NASA’s Psyche turned Mars into a rehearsal for the asteroid ahead

For Psyche, Mars was not the destination this time, but a precision test target for deep-space instruments.

Mars tunnels may force robots to stop looking like rovers

A rolling Mars robot with small dandelion-like probes could help scout tunnels and voids without putting a full rover in danger.

Wired traces the black holes that bridge dead stars and galaxy engines

Universe Today: cosmic dust is the early hardware behind stars and planets

Cosmic dust is not just the universe’s dirty residue; it is material that helps gas collapse into stars and gives planetary systems their first solid scaffold.

Earth’s night side is becoming a map of growth, efficiency and light pressure

NASA’s new Black Marble view of Earth at night does not show a planet simply switching on; it shows human activity from orbit as a shifting record of urbanization, energy use and economic change.

Orbital servers cannot scale until power and heat stop being afterthoughts

Orbital data centers sound like the next logical layer of space infrastructure, but Redwire’s point is more physical: without serious power and thermal architecture, scalable computing in orbit does not happen.

The Mars crescent was beautiful, but Psyche needed the orbital debt more

NASA’s Psyche did not just take a striking picture at Mars; it borrowed the orbital energy it needs to reach asteroid 16 Psyche in 2029.

A Texas airfield wants to become a shortcut to weightless research

Starfighters Space is trying to turn a Texas airfield into a rare commercial package: microgravity, supersonic profiles and later suborbital flight from the same operating yard.

Satellite fleets may choke on their own telemetry

Low Earth orbit is entering a phase where operators are no longer scaling only spacecraft counts, but the number of signals they must understand before the fleet turns into its own data noise.

Cold Moon Craters Could Anchor a Lunar Navigation Grid

NIST’s lunar navigation proposal uses ultrastable lasers in craters that can drop to about minus 223 degrees Celsius.

LOXSAT: NASA to Test an Orbital Cryogenic Fuel Station

NASA's LOXSAT is not a camera-first spectacle, but a practical test of whether cryogenic propellant can behave predictably enough for space to get its own orbital fuel stations.

NASA is testing whether Mars helicopters can become working scouts

NASA’s latest rotor test is not speed for spectacle; it is a check on whether Mars helicopters can carry more useful science hardware.

These ants do not just see the Moon. They correct for its movement.

Nocturnal bull ants, according to new research reported by Scientific American, use the Moon’s position as a moving compass, sharpening the picture of how sophisticated insect navigation can be after dark.

SpaceX now has to prove the biggest rocket can become Moon logistics

SpaceX’s Starship V3 has been fully overhauled, pushing the rocket away from prototype territory and closer to a vehicle that could one day carry humans toward the Moon.

Earth orbit is becoming a work zone where old hardware no longer gets out of the way

Earth orbit now holds 33,269 trackable objects, and nearly half of what we can identify there is classified as space junk.

Lunar missions are starting to need their own sense of direction

Northrop Grumman is trying to turn GPS-free navigation from a mission constraint into a product category for lunar and deep-space flight.

A barely visible early galaxy may carry the ash of the first stars

The James Webb Space Telescope has captured LAP1-B, a galaxy about 13 billion light-years away, that looks like one of the cleanest traces of the early universe.

A tiny satellite is testing a job once left to giant detectors under Earth

The first space-based neutrino detector launched on May 3 inside a small CubeSat to test whether proximity to the Sun can turn nearly invisible particles into a measurable signal.

Space may be getting a power outlet: satellites could receive energy by laser

Star Catcher Industries raised $65 million to validate an orbital grid that would send power to satellites by laser.

Wildfire smoke has a second hazard, and satellites are making it harder to miss

Satellite analysis shows ozone formed from wildfire smoke may cause thousands of additional deaths per year. It is a space story because long satellite records make this hidden public-health risk visible.

Cowboy wants rockets to keep working as data centers after launch

Cowboy Space raised $275 million for rockets whose upper stages would serve as orbital data centers.

Two total eclipses, two very different risks for travelers

The total solar eclipses of August 12, 2026, and August 2, 2027, are not just two calendar dates, but two very different logistical and astronomical choices.

Venus may be preserving wreckage future missions can learn from

Venus may not be as efficient at erasing spacecraft hardware as decades of assumptions suggested.

A small servicing spacecraft has to save NASA’s aging telescope from orbital decay

Katalyst's LINK has completed environmental testing for the mission to raise NASA's Swift observatory.

Mars helicopters are moving from proof of flight toward real science carriers

NASA JPL tested future Mars helicopter rotors up to supersonic blade-tip speeds.

Moon construction may start with diggers, not bases

Russia's Bureau 1440 launched the first 16 Rassvet satellites as the start of a national broadband constellation.

A small space-station mission is chasing the particles that blur solar-storm forecasts

STORIE is a small but important space-weather mission: it measures energetic neutral atoms to separate solar and terrestrial contributions to Earth's ring current.

The search for life on Mars has a problem: Earth may travel with it

A microbe from NASA clean rooms is not a Martian discovery. It is an Earthbound warning about how hard it is to protect the search for life.

Space games now have to sell the life between the jumps, not just the galaxy

Dig In combines trench warfare, defensive construction and soldier management into a strange but logical gaming hybrid.

One old booster exposes the messy traffic problem around the Moon

A predicted old-booster impact on the Moon shows that space debris is no longer only a low-Earth-orbit problem.

A small planet survived the trip with a hot Jupiter and made migration harder to explain

JWST's analysis of TOI-1130b suggests the mini-Neptune formed far from its star and migrated inward with a hot Jupiter.

The Proxima plan now rests on a swarm of probes, a giant laser and one impossible photograph

Coracles proposes a swarm of laser-driven microprobes for a fast flyby of the Proxima Centauri system.

Russian satellites closed to three meters and raised a hard orbital question

The reported three-meter pass between Russia’s COSMOS 2581 and COSMOS 2583 is not proof of an attack, but it is a precision demonstration that changes the threshold of orbital trust.

Orbital power gets a real test: less fuel and fewer vulnerable convoys

Space-based solar power is being studied again for remote military bases, where fuel logistics and grid resilience have direct operational value.

Satellite imagery for the front no longer has to wait for the command chain

Direct-to-device satellite imagery compresses the path from orbit to field decisions.

Quantum Space Brings Bridenstine Into the Orbital Mobility Race

ESA’s JUICE probe will study 97 of Jupiter’s moons, including Io’s 425 active volcanoes and Amalthea’s unexplained brightness.

Stars that explode without dying are breaking the models of stellar death

Eta Carinae is the best-known supernova impostor, and astronomers still do not know why some massive stars go through such eruptive outbursts.

Before Mars rovers drill, a radar drone could show whether the ice is reachable

University of Arizona researchers showed that drone-mounted radar can map debris-covered ice far more precisely than orbiters.

Moon rules are being written before the base, and Morocco wants a seat

Morocco is the 64th Artemis Accords signatory, widening Africa's voice in lunar policy.

Meta is looking to orbit because AI data centers are outgrowing easy power

Nankai University reported a silver-free heterojunction solar cell reaching 25.2% efficiency after Ar/H2 plasma treatment of the ITO interface.

The rules for the Moon gain a new Middle East foothold

Jordan’s signature expands the Artemis Accords to over thirty nations, deepening NASA’s global lunar alliance.

A planetary system where the orbits are still rearranging in view

A 2026 model estimates that about 20 billion cells may have reached Venus's clouds from Earth over one billion years.

New Glenn reached space, but not the orbit its customers need

Blue Origin’s New Glenn rocket failed to reach the intended orbit during its debut commercial-class launch on April 19.

Twenty molecules from an ancient Martian lake sharpen the search for life

NASA's Curiosity rover has identified a complex suite of organic molecules preserved in Martian rock, including thiophenes, benzene, and small carbon chains, confirming the rich geochemical history of an ancient lakebed.

Voyager 1 is shutting down its own senses to keep reporting from interstellar space

At 14.5 billion miles from Earth, Voyager 1’s radio voice is now faint—engineers muted another instrument to keep it alive.

Solar Flare Insights

Researchers are utilizing unique data sources to better understand space weather patterns.

LHC Gives Best Look

The ALICE experiment has provided scientists with their best look yet at quark-gluon plasma, with over 100 million collisions recorded.

How a student’s coronal hole research sharpens space weather forecasts

Khagendra Katuwal’s peer-reviewed paper in *Solar Physics* traces fast solar winds to coronal holes with enough precision to reduce satellite disruption forecasts by hours.

Earth Formed From Inner Solar System

Researchers found that Earth formed from material originating within Jupiter's orbit.

A future life signal on Venus may have to pass an Earth-origin test

A 2026 model estimates that about 20 billion cells may have reached Venus's clouds from Earth over one billion years.

Artemis 2 Sees Rare Eclipse

Artemis 2 astronauts witnessed the eclipse during their historic lunar flyby, capturing a rare moment in spaceflight history.

Artemis 2 Flyby Marks Precision in Lunar Return

Artemis 2’s 10-day lunar loop delivered 1.4 terabytes of engineering data, exceeding pre-mission projections by 22%.

Artemis II 'Earthset' Shot

NASA's Artemis II mission has released a new photo of Earth dipping below the lunar horizon, titled 'Artemis II Earthset'.

Japan wants comet ice that may still carry the chemistry of planet formation

The GoZTASP platform has become the first zero-trust system for governing autonomous missions to achieve operational validation at Technology Readiness Level 7, crossing from laboratory environments into live space operations.

Artemis II’s lunar flyby isn’t just a test—it’s a trajectory shift

Orion’s thermal shields withstood re-entry heating 30% higher than Apollo’s—yet NASA’s post-flyby briefing omitted the exact temperatures.

The Moon’s ice now looks like a 3.5-billion-year archive, not a single splash

Paul Hayne of the University of Colorado Boulder led an international team to redefine how the Moon acquired its hydration.

AI’s heat problem: 340M people now live in data center hot zones

Blue Origin’s Oasis-1: The Lunar Water Map That Could Make or Break Moon Bases

NASA’s will hunt for lunar water in 2024—but Blue Origin’s Oasis-1 is the first to ask how much we can actually use.

The young universe may have hidden its star fuel in vast hydrogen halos

HETDEX has identified more than 33,000 hydrogen halos around early galaxies, reshaping the picture of galaxy growth during Cosmic Noon.

Venus aerobots: ISRU’s first real test beyond Earth

Wuhan police logged multiple 911 calls about Baidu’s Apollo Go robotaxis locking up mid-route, stranding passengers in a gridlock that even human drivers couldn’t untangle.

A less invasive heart test holds up—but not for everyone yet

The largest randomized trial of its kind found a computational method for assessing coronary blockages matched invasive testing in 92% of cases—yet regulators and clinicians aren’t ready to call it a replacement.

Orion’s lunar pass is testing whether the Moon can become a working route again

Orion has crossed into the Moon’s gravitational sphere, opening the most operationally sensitive phase of the Artemis 2 mission.

NASA shelves SLS Mobile Launcher 2—what it means for deep space

NASA’s $500 million Mobile Launcher 2 project—designed for the now-canceled SLS Block 1B rocket—has been halted mid-construction, stranding a platform built for a future that no longer exists.

Bennu’s black grains show how water reshaped the young Solar System

Black asteroid grains carry chemical traces of water, minerals and organics from the system's earliest history.

A planet hunter caught the rare opening act of a black-hole outburst

NASA's TESS recorded the early rise of the AT 2019wey black-hole outburst with unusual time precision.

Space-ready soft robots still need a reality check

Lab tests show the actuator survives temperature swings from −60°C to 150°C—yet NASA’s demands proof it won’t degrade after 15 years in vacuum.

AI isn’t replacing farmers—it’s making them system architects

Blue River’s AI weeder now covers 10 million acres, yet its biggest operational challenge isn’t algorithm accuracy—it’s convincing farmers to trust a machine that and can’t self-diagnose a jammed pump.

Gaia’s hidden star streams rewrite the Milky Way’s dark matter story

Gaia’s third data release exposed at least 50 previously invisible stellar streams in the Milky Way’s halo, their warped trajectories betraying dark matter’s hidden pull.

Venus Aerobot

The concept of using aerobots with ISRU capabilities has been proposed by a team of scientists, with the goal of exploring Venus' atmosphere for extended durations.

Aging Mag Data Risks Aviation

The concept of using aerobots with ISRU capabilities has been proposed by a team of scientists, with the goal of exploring Venus' atmosphere for extended durations.

Moon ice is moving from orbital clues to a test for future bases

NASA’s Neutron Spectrometer System is set to reach the moon’s South Pole in 2028 aboard the LUPEX rover to map subsurface hydrogen and, by proxy, possible ice deposits.

Blue Ghost Reveals Moon Secrets

Firefly Aerospace's Blue Ghost lunar lander has challenged the decades-old theory of the moon's thermal characteristics with its first results.

The ice giants may hide a layer that behaves like both solid and fluid

SDSS J0715-7334 is not a headline spectacle, but a rare chemical record from the era when the universe was only beginning to manufacture elements heavier than hydrogen and helium.

Artemis 2’s engine burn proves Orion is ready for the moon

Orion’s RL10 engine sustained 40,000 pounds of thrust for 18 minutes straight, hitting NASA’s velocity target within a 1% margin.

Artemis II’s TLI burn: Orion’s precision leap toward the Moon

Orion’s European Service Module fired its main engine for 18 minutes, achieving the first crew-capable Trans-Lunar Injection since the Apollo program’s final Moon shot in 1972.

Pulsars Blast Radio Signals

Astronomers have discovered that rapidly spinning extreme pulsars emit radio signals from the edge of their magnetic reach.

NASA’s Moon laser test is really about how much data future crews can send home

Artemis II will test optical communications capable of moving high-resolution video between Orion and Earth.

Tianlong-3 Fails Debut

Space Pioneer's Tianlong-3 rocket failed to reach orbit due to an anomaly during its debut launch on June 15, 2024.

Artemis 2 Launches

Four astronauts are on board the Artemis 2 spacecraft, which launched on April 1.

Before the Sun reaches Orion, NASA wants one day to make the call

Artemis II will test not only Orion and a lunar trajectory, but whether mission control can see dangerous solar protons early enough to protect the crew.

A giant planet around a small red star is missing the chemistry models expected

TOI-5205 b looks like a planet that grew where standard models expected too little material.

Google, Amazon Ignore Risks

Google and Amazon have come under fire for their involvement in Project Nimbus, a cloud computing contract with Israel's Ministry of Defense and the Israeli Security Agency.

JWST peels back dust to reveal star birth in W51

Astronomers have used JWST’s infrared vision to expose protostars in W51, a stellar nursery 17,000 light-years away.

Smile Mission Unveils

Six minutes of 100Hz audio through Galaxy Buds4 Pro reduces postural sway by up to 22% in controlled trials, a finding NASA’s Human Research Program has flagged as high-priority for crewed Mars missions.

Galaxy Lacks Dark Matter

Yasuto Narukiyo’s 500 kGy-rated Wi-Fi receiver outlasted radiation doses 1,000 times higher than those crippling satellites in geostationary orbit.

Exoplanet spins confirm a planetary mass rule

The W.M. Keck Observatory’s survey of 40+ gas giants and brown dwarfs delivers the first large-scale proof of a mass-rotation link.

Nickel in Neretva Vallis Sharpens the Search for Ancient Mars

Perseverance measured nickel in 32 of 126 rock targets at Neretva Vallis, including a 1.1 wt.% concentration in Martian bedrock.

The Black Hole Desert Debate: A Gap in Stellar Evolution

Three independent studies published this year clash over a 2.5–5 solar mass range where black holes seem to vanish—yet no one agrees why.

Legged robots could end the slow crawl of planetary exploration

NASA’s *Perseverance* rover travels slower than a toddler’s walking pace, its every move dictated by a 22-minute communication lag with Earth.

Apple’s AI Shortcuts Could Rewrite Automation for Space Systems

Backend code in iOS 27 confirms Apple Intelligence will autonomously generate executable Shortcuts actions—a capability with direct parallels to NASA’s push for adaptive space systems.

Uranus mission CASMIUS: The ice giant’s long-awaited return

Uranus’s magnetic field is so misaligned and asymmetric that it flickers on and off like a light switch as the planet rotates.

The exposome atlas: a map of modest but real health signals

T cells—immune system’s off-meta pick—just outplayed antibodies in a *Cell Reports* study, targeting viral ‘core files’ instead of mutable cosmetics.

Gamma Cas’s X-Ray Mystery Solved After 40 Years

A white dwarf orbiting 550 light-years away has been caught siphoning material from Gamma Cassiopeia, ending a 40-year X-ray enigma.

Artemis II: The First Crewed Moon Mission in 52 Years

NASA’s Artemis II crew—Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen—will fly farther from Earth than any humans since 1972, testing Orion’s limits in deep space.

Laser Ranging Sharpens GPS to Millimeter Precision

NASA and ESA’s new laser system reduces GPS error margins from centimeters to under 3 millimeters—enough to track tectonic shifts in real time.

Solar Wind Unveiled

The European Space Agency's Solar Orbiter spacecraft has revealed new insights into the solar wind's behavior, with its findings published in a recent study.

Psyche’s craters may hold clues to planetary core origins

NASA’s Psyche spacecraft will arrive at the metal asteroid in 2029 to study its giant craters, potential remnants of a lost protoplanet.

Space reproduction faces a microgravity bottleneck

NASA’s Psyche spacecraft will arrive at the metal asteroid in 2029 to study its giant craters, potential remnants of a lost protoplanet.

Artemis II Arrival: The Crew That Will Test Lunar Deep Space

Christina Koch and Jeremy Hansen will become the first woman and first non-American to venture into deep lunar space next year.

ispace’s delayed lander redesign and the quiet race for lunar comms

AI Unlocks 100 Hidden Exoplanets in TESS Data

Artemis II Rollout Signals NASA's Crewed Moon Return

The rollout of NASA's Artemis II Moon rocket from Kennedy Space Center's Vehicle Assembly Building to Launch Pad 39B represents more than a visual spectacle — it is the final hardware integration test before four astronauts climb aboard.

NASA's 2028 Mars Mission Tests Nuclear Propulsion Future

Nuclear electric propulsion has long promised to transform how spacecraft traverse the solar system.

A 1982 home computer landed on a virtual moon and revived Apollo’s old lesson

Scott Manley’s ZX Spectrum, a 1982 home computer with 48KB of memory, successfully landed a virtual spacecraft on the moon in Kerbal Space Program.

NASA’s $20B Moon base isn’t just a base—it’s a foothold

NASA’s Artemis Base Camp will house four astronauts for up to 60 days, doubling Apollo mission durations.

Mars’ Hidden Water Chemistry Raises New Habitability Questions

Mars' subsurface once held alkaline and acidic waters, suggesting possible microbial life.

NASA’s Ignition Program: A Moon Base Without the Orbiter

NASA’s Ignition Program will land astronauts on the Moon’s south pole by 2028 without first building a Lunar Gateway.

NASA’s Moon Pivot is a National Bargain

NASA’s new moon strategy hinges on outsourcing lunar infrastructure to private vendors—a gamble that could redefine space exploration forever.

NASA’s $20B moon base plan hinges on nuclear power

NASA’s $20 billion plan for a lunar base isn’t just another headline-grabbing project—it’s a calculated bet on nuclear power as the linchpin of off-world survival.

Artemis 2 isn’t just a moon loop—it’s the dress rehearsal for Mars

When Artemis 2 lifts off on April 1, it won’t be carrying tourists on a scenic lunar detour.

FCC’s Router Ban Reveals the Hidden Cost of Space Security

NASA's 2028 Mars Mission Bets on Nuclear Power

NASA's announcement of the Space Reactor-1 Freedom mission represents something more significant than another Mars entry on the calendar.

Hubble turned the Crab Nebula into a clock for a thousand-year-old explosion

In 1999, Hubble first imaged the Crab Nebula's full 6-light-year span after a supernova recorded in 1054 CE.

Climate change really is altering Earth’s rotation, just not like a movie disaster

A Nature Geoscience study links polar ice loss and mass redistribution to measurable changes in Earth’s rotation.

When galaxies run short of fuel, even giant black holes go quiet

Supermassive black holes are not slowing because their physics changed, but because galaxies have lost much of the cold gas that fed them at cosmic noon.

Failed stars may reignite by merging into new life

Two brown dwarfs may merge, exceeding 0.075 solar-mass threshold for nuclear fusion.

Artemis II rollout marks NASA’s next step toward lunar return

NASA’s Artemis II rollout to Pad 39B will take 11 hours, hauling the 5.75-million-pound SLS rocket 4.2 miles.

Psyche’s Metal Craters Could Rewrite Planetary Formation

NASA’s Ignition Plan: Science First, Spectacle Second

NASA's Ignition plan prioritizes science over spectacle, with 6 senior leaders driving concrete outcomes.

Bennu’s Boulders Aren’t Sand—They’re a Clue to Asteroid Survival

Mars’ hidden water: Curiosity’s opal find and its stakes

AI’s Copyright Chaos Threatens Space Exploration Data

NASA’s Jet Propulsion Lab paused an AI-driven Mars mapping project in 2023 over copyright concerns.

Orbitiny: A Linux desktop that bends the rules of portability

EU’s right-to-repair law forces Nintendo to redesign Switch 2’s sealed battery—reshaping global hardware design.

SPHEREx solves century-old nova mystery in infrared

NASA’s SPHEREx telescope has detected a hidden hydrogen shell around GK Persei, resolving a 123-year-old mystery with infrared precision.

Starship’s Tenth Test: The Reusability Threshold Crossed

SpaceX’s tenth Starship flight achieved what previous tests could not: a complete validation of its fully reusable architecture.

SpaceX Launches 29 Starlink Satellites

SpaceX has scheduled the launch of the Starlink 10-62 mission for 10:47 a.m. EDT from Cape Canaveral Space Force Station.

Mars Gravity Poses New Questions for Astronaut Muscle Health

Mars’ 38% gravity risks wiping out 30% of astronaut muscle mass—a critical gap as NASA targets 2030 crewed missions.

Artemis II pad flow marks a quiet giant leap for deep space

Four astronauts will soon trace a path last traveled in 1972, aboard a rocket exceeding 8.8 million pounds of thrust.

Asteroid DNA building blocks rewrite life’s cosmic timeline

JAXA’s Hayabusa2 mission just delivered the third independent confirmation of DNA’s raw materials in asteroids—this time with isotopic ratios that rule out Earth contamination.

Ohio’s 7-ton meteorite: A rare delivery from the solar system’s past

A 7-ton meteorite, racing at 46,000 mph, exploded over Ohio this week—offering scientists a rare chance to study primordial solar system relics.

Spin speed finally separates giant planets from brown dwarfs

Jupiter’s small moons may tell the story its famous icy moons cannot

ESA’s JUICE probe will study 97 of Jupiter’s moons, including Io’s 425 active volcanoes and Amalthea’s unexplained brightness.

Ryugu shows how early Earth may have received life’s chemical alphabet

A microbe from NASA clean rooms is not a Martian discovery. It is an Earthbound warning about how hard it is to protect the search for life.

Moon bases need room to grow—literally. Here’s the bet on it.

NASA’s Artemis bets $10M+ on inflatable moon habitats—cutting 70% of launch weight to grow lunar bases like a blowfish.

Ryugu’s tiny asteroid sample turns the origin-of-life debate outward

Japan’s Hayabusa2 mission returned evidence that asteroid Ryugu harbors every nucleobase required for DNA and RNA.

How ‘Photonic Ski-Jumps’ Could Rewrite Spacecraft Design

MIT-built ‘photonic ski-jump’ steers light without moving parts, slashing LiDAR/laser weight by 90%—no mirrors, no failures.

A nearby sulfur-rich world shows how cramped our planet categories have become

L98-59 d sits 35 light-years away in the constellation Volans, defying exoplanet classification norms.

CO₂ Is Rising in Our Blood. Scientists Aren't Sure What It Means.

Human blood now carries 420ppm CO₂—higher than ever in history—and doctors don’t know what it does to our health.

Chaos Eclipses Physics in Neutron Star Simulations

Neutron star collisions unleash chaos so violent it traps gamma rays, forcing astrophysicists to rewrite physics.

Senate Mandates a Moon Base: NASA's 2030 Deadline Gets Real

The United States Senate has done something quietly significant: it has transformed NASA's lunar aspirations from strategic visions into a legislative directive.

Artemis 2 Clears Final Hurdle for April Moon Mission

NASA’s Artemis 2 just passed its final flight review—April’s crewed Moon flyby is the first test of deep-space survival.

When two distant worlds collide, the signal matters more than the spectacle

Astronomers have reported a collision between two exoplanets in a distant star system, but the real story is not spectacle; it is the careful reading of a signal that may explain how planets are assembled.

DART’s kinetic nudge proves planetary defense isn’t science fiction

NASA’s DART asteroid strike shortened Dimorphos’ orbit by 32 minutes—proving planetary defense is no longer sci-fi.

The Sun’s magnetic brake may rewrite how aging stars keep time

New modeling of Sun-like stars suggests magnetic fields can block a long-predicted reversal in their rotation pattern.

A cosmic collision reveals how gold and platinum are forged

NASA’s DART asteroid strike shortened Dimorphos’ orbit by 32 minutes—proving planetary defense is no longer sci-fi.

NASA detects a star collision where none should exist

NASA spots star collision in a gas-choked dwarf galaxy—where such violent mergers were thought impossible, solving two cosmic mysteries at once.

The Sun’s Quiet Pulse Is Becoming a Forecasting Tool

A long record of solar vibration measurements suggests the Sun’s interior changes from cycle to cycle before those shifts become obvious at the surface.

Dust Between Didymos and Dimorphos Rewrites Binary Asteroid Dynamics

Fan-shaped markings on Dimorphos point to the first direct evidence that binary asteroids can share material, not just an orbit.

NASA showed asteroid defense is really a race against warning time

The DART spacecraft’s collision with Dimorphos changed the entire binary system’s orbital speed by just 11.7 microns per second, a barely perceptible nudge with planetary-scale consequences.

Combination Obesity Therapy Could Help Long Missions

A semaglutide-bimagrumab combo in phase 2 preserved nearly all lean mass while cutting fat dramatically.

Turbulent plasma can hide alien signals

Stellar storms can smear technosignatures across frequencies and hide them from SETI.

Moon Dust Turns From a Hazard Into Engineering Data

The Chang’e 6 sample analysis moves lunar dust from an operational nuisance into a geotechnical condition for future bases.

The most energetic neutrino ever recorded is pointing physics toward a missing cosmic engine

Astronomers have for the first time captured the birth of a magnetar during a supernova, providing direct evidence that these hypermagnetized objects power some of the universe's most luminous explosions.

NASA’s DART Mission Proves We Can Nudge an Asteroid’s Path

Peer-reviewed data now confirms NASA’s DART mission altered Dimorphos’s orbit by 33 minutes—validating kinetic impact as a viable planetary defense strategy.

Laser 3D Printing Could Build Moon Bases Without Earth Resupply

Ohio State researchers propose using lunar regolith and high-powered lasers to print structural components for future Moon bases.

If Mars ever had microbes, rocks may have given them a ride to Earth

Tokyo researchers exposed Deinococcus radiodurans to pressures exceeding 100,000 atmospheres to model Martian asteroid impacts.

SpaceX’s Stargaze: The quiet SSA revolution

SpaceX’s Stargaze service turns 5,000 Starlink satellites into an ad-hoc SSA network, offering near-continuous orbital tracking at a fraction of the cost of traditional systems.