A rare interstellar visitor just got even more interesting. Webb observations of 3I/ATLAS revealed methane, the first direct detection of methane in any interstellar object. Scientists say the methane likely stayed hidden beneath the comet’s surface until heating after its close solar pass released it. With carbon dioxide also unusually abundant, 3I/ATLAS appears chemically unlike most comets from our own Solar System. Only three interstellar objects have ever been confirmed, so every new measurement matters. #jameswebb #jwst #3iatlas #interstellarobject #interstellarcomet #spacenews #astronomy #methane #comet #nasa #esa #science

First direct methane detection on an interstellar comet — and it may hint this object formed in a planetary system unlike ours. Made by shorts.wixee.ai

Venera 7 looked lost after a brutal landing on Venus, but the mission was not over. Despite a partial parachute failure and a hard impact, the probe kept transmitting for 23 minutes from the surface. That faint signal became humanity’s first direct data from another planet’s surface, confirming Venus as an extreme world and proving future landers could survive long enough to explore it. Follow for more space missions that almost vanished into history. #venera7 #venus #spacehistory #spacemission #planetaryscience #astronomy #sovietspace #sciencenews

Venera 7 crash-landed on Venus and still made history. Made by shorts.wixee.ai

The Nancy Grace Roman Space Telescope could reshape exoplanet research by surveying the crowded center of the Milky Way. Instead of focusing mostly on nearby stars, Roman will watch hundreds of millions of stars and is expected to find around 100,000 close-in giant planets through transits. Gravitational microlensing could add more than 1,000 distant planets, including worlds as small as Earth or even Mars that are usually very difficult to detect. The mission may also provide infrared data on thousands of giant exoplanet atmospheres, helping scientists study temperatures and possible wind patterns. Together, these discoveries could offer a powerful new way to test how planets form across our galaxy and how common systems like ours may be. Follow for more space breakthroughs explained fast. #romanspacetelescope #exoplanets #milkyway #nasa #astronomy #spacenews #microlensing #transitmethod #infrared #cosmos

Roman could find worlds we’ve barely imagined—what kind of exoplanet do you want discovered next? Made by shorts.wixee.ai

A faint halo around Venus changed astronomy. During the 1761 transit of Venus, Mikhail Lomonosov spotted a thin arc of light and realized it could be explained by sunlight passing through gas around the planet. His conclusion was extraordinary: Venus has an atmosphere. It was the first confirmed discovery of an atmosphere beyond Earth and a milestone in the study of other worlds. Follow for more moments when one tiny clue changed science forever. #venus #lomonosov #astronomyhistory #planetaryscience #transitofvenus #spacehistory #solarsystem #science

On June 6, 1761, Lomonosov spotted the clue that Venus had an atmosphere. Made by shorts.wixee.ai

The James Webb Space Telescope has helped astronomers identify the most distant dormant supermassive black hole known so far. Located about 10 billion light-years away in galaxy MRG-M0138, it has a mass of roughly 6 billion Suns. The surprise is that it is not actively feeding, so it is not producing the brilliant glow usually linked to quasars. Researchers could study it because gravitational lensing from a foreground galaxy magnified the light from the distant system. The data suggest this black hole may once have been a powerful quasar that grew quickly, drove away much of the surrounding gas, and eventually ran out of nearby fuel. That makes it an important clue to how supermassive black holes formed and influenced galaxy growth in the young Universe. Follow for more deep-space discoveries that rewrite the universe. #jwst #astronomy #blackhole #supermassiveblackhole #gravitationallensing #quasar #deepspace #universe #galaxy #cosmicmystery

A silent giant from the early universe—what do you think shut it down? Made by shorts.wixee.ai

The Arietids peak around June 10 and rank among the strongest meteor showers of the year, but most of them flash through daylight near the Sun. To catch a visible few, look low toward the eastern horizon about 45 to 60 minutes before sunrise. They can appear to rise from the horizon or glide low across the sky. Even more unusual, their ionized trails may briefly reflect distant FM broadcasts. On an unused FM frequency, that can sound like sudden voices or music appearing out of static. No optics needed. Avoid binoculars and telescopes near sunrise because of the danger of accidentally viewing the Sun. This is a rare chance to combine skywatching with a simple radio experiment. #arietids #meteorshower #astronomy #radioastronomy #skywatching #space #sunrisesky #fmradio

Have you ever tried listening for meteors on an FM radio before sunrise? Made by shorts.wixee.ai

AstroForge has completed assembly of DeepSpace-2, a low-cost spacecraft built to fly past a near-Earth asteroid later this year. The mission follows the loss of Odin, which failed shortly after launch when its solar panels did not deploy as expected. For DeepSpace-2, engineers redesigned the power system so the spacecraft can keep working even if a panel only partially unfolds, and they added stronger backup modes. The point of the mission is to validate an affordable interplanetary platform rather than deliver a major science campaign. DeepSpace-2 carries two high-resolution cameras and costs under $10.5 million in total. Depending on the launch date, it will target one of several candidate asteroids and arrive after 2 to 9 months. If successful, the mission could strengthen the case for practical low-cost asteroid scouting and future commercial deep-space missions. Follow for more space-tech missions turning science fiction into hardware. #space #spacetech #astroforge #deepspace2 #asteroid #spacecraft #new

Could low-cost asteroid missions unlock the next era of private deep-space exploration? Made by shorts.wixee.ai

Astronomers have now pinned down one of the universe’s most extreme thresholds: the maximum mass of a non-rotating neutron star is about 2.25 times the mass of the Sun, with only 2% uncertainty. Using NICER observations, LIGO gravitational-wave data, and theoretical models of ultra-dense matter, researchers identified the point beyond which a neutron star can no longer support itself against gravity and must collapse into a black hole. This sharper limit strengthens the case that the 2.59-solar-mass object in GW190814 is a lightweight black hole, not a neutron star. It also confirms that a typical neutron star is only about 12 kilometers across. Follow for more precise discoveries about the extreme universe. #neutronstar #blackhole #astronomy #space #astrophysics #physics #science #ligo #nicer #cosmos

A neutron star heavier than ~2.25 Suns likely can’t exist without collapsing. That makes GW190814’s 2.59-solar-mass object look much more like a black hole. Made by shorts.wixee.ai

A prototype antenna for the next-generation Very Large Array has successfully achieved first light in New Mexico. The dish observed the Sun, the Crab Nebula, and active galactic nuclei, then joined the existing VLA as a temporary 28th antenna to observe Perseus A. This is a major milestone toward the full ngVLA, a planned radio observatory of 244 antennas spread across more than 8,000 kilometers of North America. The array is expected to deliver about 10 times the sensitivity and resolution of current leading radio observatories, helping scientists explore galaxy formation, black holes, star birth, and the structure of the Universe. Follow for more space breakthroughs in under a minute. #space #astronomy #ngvla #radioastronomy #telescope #universe #science #spacenews #observatory #blackholes

A continent-sized telescope starts with one successful antenna. Made by shorts.wixee.ai

The James Webb Space Telescope detected a clear methane signature in the atmosphere of TOI-199b, a temperate Saturn-like exoplanet around 335 light-years away. Webb made the detection by studying starlight passing through the planet’s atmosphere during transit. The result confirms a major prediction: cooler gas giants should show methane in their atmospheres more clearly than the hotter giants often observed. Scientists also found tentative hints of carbon dioxide and ammonia, but those signals still need confirmation. TOI-199b now stands out as a key benchmark for understanding how giant planets form, evolve, and compare with the worlds in our own Solar System. Follow for more real space discoveries that sound like science fiction. #jwst #exoplanet #toi199b #methane #astronomy #space #planetformation #atmosphere #spectroscopy #science

Methane on a temperate Saturn-like world is a big deal for exoplanet science. Made by shorts.wixee.ai

A seat on a Russian spaceflight could cost around 2 billion rubles, roughly $25 million, based on total launch expenses split across participants. There is an important detail: every mission would still require at least two professional crew members for safety and emergency response, so not all seats would be open to tourists. Roscosmos describes this as a premium category because launch systems and spacecraft operations are still costly. It also extends the idea of space tourism beyond flying, including factory visits, launch facility access, and engine test site tours. That pricing is similar to past orbital tourism missions. For now, access remains limited to very wealthy individuals, though costs could decline over time if reusable spacecraft and more frequent launches become standard. Would you pay for orbit, or is seeing the hardware up close enough? #space #spacetourism #roscosmos #orbit #spaceindustry #rocketlaunch #futuretech #economics