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Space 12 September 2025 - 17 September 2025

Rare Interstellar Comet Racing Through Our Solar System Could Be the Oldest Ever Seen

Rare Interstellar Comet Racing Through Our Solar System Could Be the Oldest Ever Seen

Interstellar comet 3I/ATLAS photographed under dark skies during a lunar eclipse, revealing an emerald-green coma surrounding its nucleus space.com. This rare alien comet carries chemical clues from a distant star system. In September 2025, skywatchers in Namibia captured a stunning sight: a ghostly green comet drifting against the starry backdrop of space. This was 3I/ATLAS, an interstellar comet – a piece of another star system – paying a brief visit to our cosmic neighborhood. Only two interstellar objects had ever been seen before esa.int, so the appearance of 3I/ATLAS has sent astronomers into a frenzy of excitement. Unlike typical comets that originated alongside the Sun, 3I/ATLAS is an outsider born around a different star, making its journey through our Solar System a truly rare event esa.int. Scientists are thrilled because this wandering iceberg carries ancient clues from beyond our Solar System, offering a unique glimpse at the building blocks of distant worlds esa.int.
17 September 2025
Belgium’s Space Boom: From Small Nation to Satellite Powerhouse

Belgium’s Space Boom: From Small Nation to Satellite Powerhouse

Belgium’s journey in space began in the 1960s, making it one of the earliest European nations involved in space endeavors Belgium. In 1962 the government formed Belgospace, an industry-academia forum to coordinate Belgium’s participation in Europe’s first space organizations Switchtospace. Belgium became a founding member of ESA in 1975 and embraced a multilateral approach – recognizing that pooling resources was the way for a small country to achieve big goals in space Belgium. Over decades, Belgium honed specific strengths rather than trying to do everything. Early on, Belgian firms contributed equipment to ESA’s first satellites and launchers. By the 1980s and 90s, Belgium was a key player in Ariane rocket development and in European science missions. A proud moment came in 1992 when Dirk Frimout became the first Belgian in space as a NASA Shuttle payload specialist. He was followed by Frank De Winne, who flew to the International Space Station twice and even commanded the ISS in 2009 – a testament to Belgium’s growing role Discoveringbelgium Discoveringbelgium. These human spaceflight milestones boosted public interest and underscored the nation’s capabilities. Belgium also invested in national micro-satellites: the PROBA series were innovative small satellites built by Verhaert in Flanders. Proba-1 tested
17 September 2025
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Rocket Launch Frenzy, Solar Surprises & Space Race Showdowns: 48 Hours of Space News (Sept 16–17, 2025)

Rocket Launch Frenzy, Solar Surprises & Space Race Showdowns: 48 Hours of Space News (Sept 16–17, 2025)

SpaceX’s Starlink blitz: SpaceX continued its high-frequency launch campaign, highlighting how routine orbital deployment has become. On Wednesday, Sept. 17, a Falcon 9 rocket lifted 24 Starlink V2 Mini satellites into a polar low-Earth orbit from Vandenberg Space Force Base in California spaceflightnow.com. Liftoff occurred at 8:43 am PDT, and about eight minutes later the veteran booster landed on the drone ship Of Course I Still Love You spaceflightnow.com spaceflightnow.com. This “Starlink Group 17-12” mission was SpaceX’s 83rd Starlink launch of 2025, pushing the year’s Starlink satellite tally above 2,000 deployed so far spaceflightnow.com spaceflightnow.com. SpaceX has been averaging an orbital launch every 4–5 days, an unprecedented cadence largely driven by its Starlink megaconstellation. The company also hinted that even larger Starlink V3 satellites will start launching in 2026 once its next-generation Starship rocket is operational spaceflightnow.com. ISS cargo launch & delay: Just days earlier, on Sept. 14, a Falcon 9 from Cape Canaveral successfully launched Northrop Grumman’s Cygnus XL cargo craft toward the International Space Station. The freighter – NG-23, named S.S. Willie McCool – carries over 11,000 pounds of supplies, food, and science experiments for Expedition 73 spaceflightnow.com. Notably, this is the debut flight of the extended Cygnus
17 September 2025
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Tech Shockwaves: Slimmest iPhone, TikTok’s Lifeline & Space Glitches – Major Tech News (Sept 16–17, 2025)

Tech Shockwaves: Slimmest iPhone, TikTok’s Lifeline & Space Glitches – Major Tech News (Sept 16–17, 2025)

Apple’s Thinnest iPhone Yet: Apple’s fall product event introduced the iPhone Air, a dramatically slimmed-down iPhone that Apple billed as its biggest design shake-up in eight years reuters.com reuters.com. At just 5.6 mm thick, the iPhone Air is thinner than even its rival Samsung’s 5.8 mm Galaxy S25 Edge reuters.com. Inside the razor-thin chassis, Apple managed to fit its latest A19 Pro processor and claimed “all-day” battery life reuters.com reuters.com. The device carries a single rear camera and uses an eSIM-only approach – something analysts warned could hurt adoption in markets like China that restrict eSIMs reuters.com reuters.com. Apple priced the Air to be “competitively positioned”, aiming to spark faster upgrade cycles amid stagnant smartphone sales. Analyst Reactions: Pre-event expectations were muted, but the Air earned cautious praise. “We were more impressed with the look and capabilities of the Air than we expected… this could help improve iPhone upgrade rates over the next 12 months,” wrote Morgan Stanley’s team in a note, though they added the eSIM-only feature may limit its appeal in China reuters.com. Still, Apple’s stock dipped after the unveiling, as investors noted the event offered few signs of new AI features or other breakthrough innovations to catch
17 September 2025
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Space Junk Gold Rush: Inside the 2025–2032 Race to Clean Up Earth’s Orbit and Cash In on Sustainability

Space Junk Cleanup Breakthrough: Ion Engine Exhaust Could Blast Debris Out of Orbit

In this novel concept, a cleanup satellite approaches a piece of orbital debris and fires a stream of plasma from an ion thruster to gradually slow the object’s orbital speed space.com. Slowing an object causes its orbit to decay; eventually it reenters the atmosphere and burns up harmlessly. The key innovation by Kazunori Takahashi of Tohoku University is a bi-directional plasma thruster that solves a fundamental problem: when you shoot an ion beam one way, Newton’s third law pushes your spacecraft the opposite way space.com. Takahashi’s design mounts two ion thrusters back-to-back, firing plasma in opposite directions. The rear thrust balances out the front thrust, so the satellite remains in place while the forward beam strikes the debris space.com. How an ion thruster works: A gas is fed into a chamber space.com. Electrons from a cathode ionize the gas, creating plasma – a soup of charged particles. Electromagnetic fields then accelerate the plasma out of a nozzle, producing a gentle but steady thrust space.com. In Takahashi’s device, the magnetic field is shaped with a “cusp” configuration to guide plasma out both ends without it sticking to interior walls space.com universetoday.com. “The specific shape of the cusp provides a geometrical separation
16 September 2025
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Baby Black Hole Booted Across Space: First-Ever Measurement of a Cosmic “Natal Kick”

Baby Black Hole Booted Across Space: First-Ever Measurement of a Cosmic “Natal Kick”

On April 12, 2019, two black holes collided 2.4 billion light-years away – an event detected as gravitational-wave signal GW190412. What happened next was extraordinary: the newly merged black hole was launched across space by a “natal kick,” like a cosmic cannonball. Now in 2025, scientists have measured the speed and direction of this recoiling black hole for the first time ever livescience.com igfae.usc.es. The remnant black hole blasted off at over 50 kilometers per second, likely fast enough to escape the cluster of stars it came from igfae.usc.es. In other words, this “black hole baby” didn’t stick around its birth site – it took off on a runaway journey through the cosmos. This groundbreaking measurement was only possible thanks to the ripples in spacetime known as gravitational waves. As the two original black holes spiraled together and merged, they sent out gravitational waves – faint vibrations in the fabric of space-time first predicted by Einstein over a century ago. LIGO’s first detection of such waves in 2015 confirmed Einstein’s theory igfae.usc.es igfae.usc.es. In the decade since, LIGO, Virgo, and other observatories have recorded hundreds of black hole mergers sciencealert.com phys.org. These signals allow scientists to “hear” cosmic collisions, extracting
16 September 2025
Skyscraper-Size Asteroid Once Feared to Hit Earth Zooms Past This Week – How to Watch Live

Skyscraper-Size Asteroid Once Feared to Hit Earth Zooms Past This Week – How to Watch Live

An asteroid the size of a skyscraper, once briefly feared to pose an impact risk decades from now, is about to make a close flyby of Earth on Thursday, September 18, 2025. This near-Earth asteroid, officially designated 2025 FA22, will whiz by at ~24,000 mph in the early hours of Thursday, coming within about 520,000 miles of our planet – roughly 2.2 times the distance of the Moon livescience.com. Discovered only in March 2025, the giant space rock made headlines when initial calculations suggested a slim chance of an Earth impact in the year 2089, briefly vaulting it to the top of the European Space Agency’s asteroid risk list livescience.com esa.int. Thankfully, further observations ruled out any collision, and 2025 FA22 is now confirmed no threat – but it’s still generating excitement among astronomers and the public. Here’s everything you need to know about this dramatic flyby, from the asteroid’s key facts and history to how scientists are watching it and how you can see it live. Asteroid 2025 FA22 was first spotted in late March 2025 by the Pan-STARRS 2 survey telescope in Hawaii livescience.com. Within days, automated orbit calculations delivered startling news: this newly found rock had a
16 September 2025
The Universe Is Expanding Even Faster Than We Thought – New Study Sparks Cosmic ‘Crisis’

The Universe Is Expanding Even Faster Than We Thought – New Study Sparks Cosmic ‘Crisis’

Recent observations have delivered a startling message: the universe appears to be expanding even faster than our standard cosmological model predicts phys.org. In a new high-precision study, a team led by Dan Scolnic of Duke University used the cosmic distance ladder method to measure how quickly space is stretching. They focused on the Coma Cluster of galaxies and analyzed 12 Type Ia supernovae within it—exploding stars that serve as reliable “standard candles” because their true brightness is known phys.org. By comparing their known luminosity to how dim they appear from Earth, the team calculated the cluster’s distance with unprecedented accuracy: about 320–321 million light-years away phys.org space.com. That’s roughly 38 million light-years closer than what the reigning theory would predict for Coma’s distance space.com space.com. In practical terms, galaxies in Coma are receding faster than expected—clear evidence that the local universe’s expansion rate is higher than theory anticipates. Using the Coma Cluster as a new anchor point, Scolnic’s team re-calibrated the Hubble constant, which is the cosmic expansion rate phys.org. They derived H₀ ≈ 76.5 km/s per Mpc phys.org. This value is on the high end of recent “direct” measurements in the local universe and significantly above the ~67.4 km/s/Mpc
16 September 2025
Northrop’s New “Chonker” Spacecraft Debuts – Cygnus XL Takes on SpaceX & Boeing

Northrop’s New “Chonker” Spacecraft Debuts – Cygnus XL Takes on SpaceX & Boeing

Northrop Grumman’s Cygnus XL is an enlarged version of the company’s proven Cygnus cargo spacecraft, engineered to carry significantly more supplies to orbit. Design-wise, the Cygnus XL consists of two main parts: a cylindrical pressurized cargo module where goods are stored, and a service module with propulsion, power, and avionics. The XL variant’s pressurized module has been stretched by 5.2 feet compared to earlier models cbsnews.com. This extension boosts the internal volume by about one-third, allowing Cygnus XL to accommodate bulkier and heavier cargo loads than before. Northrop reports the new craft is roughly “the size of two Apollo capsules put together,” underscoring its increased girth spaceflightnow.com. Key capabilities of the Cygnus XL include delivering over 5 metric tons of pressurized cargo to the ISS and safely disposing of waste on reentry. On its maiden flight, the XL hauled 11,000+ lbs of equipment, science experiments, food, and even holiday treats for astronauts defence-industry.eu cbsnews.com. Notably, Cygnus XL continues to leverage Northrop’s ultra-lightweight UltraFlex solar arrays for power defence-industry.eu. It also carries its own thrusters and fuel for orbital maneuvers – including the capability to periodically reboost the ISS’s orbit, a service Cygnus began providing in recent years defence-industry.eu.
16 September 2025
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Brazil’s Space Industry Is Taking Off: New Players, Big Plans, and a Sky-High 2040 Outlook

Brazil’s Space Industry Is Taking Off: New Players, Big Plans, and a Sky-High 2040 Outlook

Brazil’s space journey began in the early 1960s amid the space race era. In 1961, the government formed its first space research group and by 1964 started launching home-grown Sonda sounding rockets for high-atmosphere research en.wikipedia.org. Over the next two decades, Brazil methodically built up expertise in rocketry and satellite technology, albeit under military oversight during the Cold War. A milestone plan, the Missão Espacial Completa Brasileira launched in 1980, aimed to make Brazil self-sufficient in space tech – including developing launch vehicles, a launch site, and a series of indigenous satellites en.wikipedia.org. To support these ambitions, Brazil constructed the Alcântara Launch Center on its northern coast in the 1980s. The site was inaugurated in February 1990 with sounding rocket launches en.wikipedia.org. Alcântara’s location near the equator immediately drew attention for its orbital launch potential en.wikipedia.org en.wikipedia.org. However, throughout the 1980s and early 90s, Brazil’s space program faced external headwinds. Because the program was under military control, technology transfer was restricted – the United States and other nations, concerned about missile proliferation, blocked exports that could aid Brazil’s rocket development en.wikipedia.org en.wikipedia.org. This forced Brazil to seek alternate partners and pursue more indigenous solutions for critical technologies en.wikipedia.org.
16 September 2025
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Space Race Showdown, Mars Surprises & a New ‘Mini-Moon’ – Global Space News (Sept 15–16, 2025)

Space Race Showdown, Mars Surprises & a New ‘Mini-Moon’ – Global Space News (Sept 15–16, 2025)

China’s latest launch: On Sept. 16, China launched a test satellite for its planned satellite-internet network, using a Long March 2C rocket with a Yuanzheng-1S upper stage english.news.cn. Liftoff from Jiuquan at 9:06 a.m. Beijing time was successful, inserting the tech demo satellite into orbit to advance China’s broadband megaconstellation plans. This marked the 595th flight of China’s Long March rocket family english.news.cn, underscoring China’s rapid launch cadence. The mission highlights Beijing’s push into satellite internet – an area of growing strategic importance as China races to build its own Starlink-like network. SpaceX boosts ISS resupply: Over the weekend, SpaceX carried out a notable launch – flying Northrop Grumman’s brand-new Cygnus XL cargo craft to the International Space Station. The NG-23 mission lifted off on a Falcon 9 from Cape Canaveral, debuting the “Cygnus XL” design that can carry 33% more cargo than prior Cygnus vehicles spaceflightnow.com spaceflightnow.com. SpaceX’s rocket successfully deployed the Cygnus XL on Sept. 14, and the freighter was set to rendezvous and berth with the ISS by Sept. 17. This mission is part of NASA’s commercial resupply program, and the upgraded Cygnus increases scientific and supply delivery to the station. The larger Cygnus also requires some
16 September 2025
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Space Races, Chip Wars & Cyber Shocks: Global Tech Roundup (Sept 15–16, 2025)

Space Races, Chip Wars & Cyber Shocks: Global Tech Roundup (Sept 15–16, 2025)

Meta’s $800 Smart Glasses: Meta Platforms is doubling down on augmented reality hardware. At its upcoming Connect event, CEO Mark Zuckerberg will debut Meta’s first consumer smart glasses with an integrated display reuters.com. Codenamed “Hypernova”, the high-tech specs feature a mini display in the right lens for basic notifications reuters.com. Analysts expect a steep ~$800 price tag, reflecting Meta’s push to stay relevant in AR even as it lags rivals in AI software reuters.com. The glasses underscore Meta’s strategy to fuse AI and AR – offering voice-assistant features and visual prompts – but the hefty cost could limit mainstream uptake reuters.com. All eyes will be on whether Zuckerberg can spark consumer interest in wearable displays where Google Glass and others stumbled. Xiaomi Takes on Apple: Chinese smartphone giant Xiaomi is fast-tracking its next flagship release to challenge Apple head-on. CEO Lei Jun confirmed Xiaomi will skip from its 15 series to a new “17” series this month – explicitly matching Apple’s iPhone 17 naming bloomberg.com. The upcoming Xiaomi 17 Pro and 17 Pro Max are aimed squarely at the premium segment long dominated by Apple. “We want to be measured against Apple’s smartphones,” Lei Jun declared on social media bloomberg.com.
16 September 2025
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Australia’s Final Frontier: Inside the Rapid Rise of its Space & Satellite Industry

Australia’s Final Frontier: Inside the Rapid Rise of its Space & Satellite Industry

Just over a decade ago, Australia’s space efforts were scattered across academia, defense, and niche industries. Unlike other nations, Australia had no central space agency until recently. In the 2010s, momentum built to coordinate and grow this sector. A 2017 expert review recommended forming a national agency to capitalize on booming global opportunities newspaceeconomy.ca. Consequently, the Australian Space Agency was established on 1 July 2018, marking the nation’s return to space leadership after decades on the sidelines wa.gov.au. This followed high-profile moments like hosting the International Astronautical Congress in Adelaide in 2017, which showcased Australia’s potential. Throughout the 2010s, groundwork was laid in policy and infrastructure. The civil Australian Civil Space Strategy 2019–2028 set out priority areas, with a vision to triple the sector’s size by 2030 lukegosling.com.au. Pre-agency, Australia’s space industry was valued around A$3–5 billion and relied heavily on foreign satellites and international partnerships for missions. Milestones in this period included the growth of commercial satellite operators like Optus, the first Australian-built satellites deployed in orbit, and early startup formations.
15 September 2025
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Space Race Heats Up: Starlink’s 300th Launch, Lunar Rocket Breakthrough & a Trillion-Dollar Space Shield – Sept 14–15, 2025 Roundup

Space Race Heats Up: Starlink’s 300th Launch, Lunar Rocket Breakthrough & a Trillion-Dollar Space Shield – Sept 14–15, 2025 Roundup

SpaceX notched a major milestone with its 300th Starlink mission, continuing its rapid deployment of the satellite internet constellation. A Falcon 9 lifted off from Vandenberg Space Force Base carrying 24 Starlink satellites on Sept. 13, bringing SpaceX’s tally to “the 300th Starlink mission… launched to date, according to the company” space.com. The booster successfully landed at sea for its 28th reuse, just two shy of SpaceX’s reuse record space.com. This landmark launch highlights SpaceX’s “ambitious plan to provide global internet coverage via an extensive satellite network,” as space industry trackers noted keeptrack.space. It was also the 115th Falcon 9 launch of the year, keeping SpaceX on pace for a record cadence space.com. On Sept. 14, a SpaceX Falcon 9 rocket lofted Northrop Grumman’s new Cygnus XL cargo spacecraft on its debut mission to the International Space Station space.com. The launch from Cape Canaveral at 6:11 pm EDT marked Northrop’s 23rd NASA resupply flight – but the first using the enlarged Cygnus XL, which can haul 33% more cargo than prior Cygnus vehicles spaceflightnow.com. In fact, Cygnus XL is carrying over 11,000 pounds of science experiments, crew supplies and hardware to the ISS space.com, including materials for semiconductor crystal growth
15 September 2025
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Luxembourg’s Space Boom: How a Tiny Country Became a Satellite Powerhouse

Luxembourg’s Space Boom: How a Tiny Country Became a Satellite Powerhouse

Key Facts: Luxembourg’s space ambitions began in the mid-1980s. In 1985 the government launched SES, Europe’s first private satellite operator ses.com. SES’s inaugural Astra 1A satellite was launched in 1988, opening up direct-to-home TV across Europe ses.com. Throughout the 1990s and 2000s SES expanded globally, acquiring U.S. satellites and building a fleet that today covers most of the Earth ses.com ses.com.
14 September 2025
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Space Mystery, Medical Marvels & Climate Shocks – Top Science News (Sept 13–14, 2025)

Space Mystery, Medical Marvels & Climate Shocks – Top Science News (Sept 13–14, 2025)

A new interstellar interloper? A cosmic visitor from beyond our Solar System made headlines as astronomers observed an object designated 3I/ATLAS hurtling toward the Sun on a hyperbolic path. Detected July 1, this enigmatic body is only the third confirmed interstellar object. What’s extraordinary is its speed and size: 3I/ATLAS is barreling along at about 245,000 km/h, making it the fastest-known natural object in our Solar System scitechdaily.com. Early estimates suggest it could span up to 20 km across scitechdaily.com. Scientists are eager to study its composition and trajectory for clues to its origin – it appears to have come from far beyond Pluto. The object’s odd orbital inclination has already fueled lively debate. Notably, Harvard astronomer Avi Loeb has speculated that its highly unusual course – which swoops improbably close to planets like Venus, Mars, and Jupiter – might even be consistent with deliberate navigation scitechdaily.com. In a recent preprint, Loeb asked bluntly: “Is the interstellar object 3I/ATLAS alien technology?” scitechdaily.com While most experts strongly suspect a natural comet, 3I/ATLAS’s sheer speed and the mystery of its “missing” home star have everyone intrigued. As one astronomer put it, this interstellar nomad is like a time capsule from another star
14 September 2025
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Moon Race Heats Up, Starlink Hits 300 Launches, and Mars Life Clues – Space News Roundup (Sept 13–14, 2025)

Moon Race Heats Up, Starlink Hits 300 Launches, and Mars Life Clues – Space News Roundup (Sept 13–14, 2025)

The weekend saw robust support for the International Space Station from multiple partners. Northrop Grumman’s latest cargo mission, NG-23, thundered off Launch Complex 40 at Cape Canaveral on Sunday evening. Packed with over 11,000 pounds of experiments and provisions, the Cygnus freighter – named the S.S. Willie McCool in honor of the STS-107 Columbia pilot – is the first “Cygnus XL” variant, featuring an enhanced design that expands its payload capacity by about one-third nasa.gov spacepolicyonline.com. Because Northrop is still developing a new U.S.-built Antares rocket, this mission rode atop a SpaceX Falcon 9 under a launch services agreement spacepolicyonline.com. The booster performed flawlessly, inserting Cygnus into its rendezvous orbit. NASA confirmed the craft is on track to be captured by the ISS’s Canadarm2 on Sept. 17 nasa.gov. Once berthed, the crew will unpack a trove of research gear – from materials for growing semiconductor crystals in microgravity to a novel UV water purification system – as well as everyday supplies. Cygnus will spend about six months at the station before being filled with trash and commanded to a fiery reentry in Earth’s atmosphere nasa.gov. Just a day earlier, a Russian Progress freighter arrived at the ISS, illustrating how the
14 September 2025
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Spain’s Stellar Ascent: Inside the Boom of Its Space and Satellite Industry

Spain’s Stellar Ascent: Inside the Boom of Its Space and Satellite Industry

Spain’s space journey began in the dawn of the Space Age. In the 1960s, Spain partnered with NASA to host critical tracking stations – Maspalomas in the Canary Islands and Robledo de Chavela near Madrid – which relayed signals for NASA’s Mercury, Gemini, and Apollo missions ibanet.org. In 1966, Spain built the El Arenosillo launch site in Huelva for suborbital sounding rockets surinenglish.com, marking its first steps toward launch capability. By 1974, Spain achieved a major milestone: the launch of Intasat, its first domestically built satellite. Intasat was a 25 kg scientific satellite launched for free by NASA on a Delta rocket in November 1974 esa.int. This success was coordinated by the National Commission for Space Research and INTA. INTA – founded in 1942 – became Spain’s lead aerospace R&D arm room.eu.com, developing sounding rockets like INTA-255 and INTA-300 in the 1960s–70s esa.int.
13 September 2025
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NASA Hints at Martian Life, SpaceX’s 120-Launch Greenlight & Warfighter Satellites – Space News Roundup (Sept 12–13, 2025)

NASA Hints at Martian Life, SpaceX’s 120-Launch Greenlight & Warfighter Satellites – Space News Roundup (Sept 12–13, 2025)

One of the week’s most groundbreaking developments came from the Red Planet. NASA unveiled evidence that a Martian rock sample may contain a “potential biosignature” – a clue of past microbial life. The Perseverance rover drilled the sample, dubbed “Sapphire Canyon,” from an ancient river delta in Jezero Crater in July 2024 nasa.gov. Scientists noticed millimeter-sized “leopard spots” in the reddish rock, which on Earth can result from chemical processes that microbes use for energy nasa.gov livescience.com. The rock is rich in clay, a material excellent at preserving organic traces of life over eons nasa.gov. This discovery – now peer-reviewed in Nature – prompted excitement at NASA. “The identification of a potential biosignature on the Red Planet is a groundbreaking discovery, and one that will advance our understanding of Mars,” said acting NASA Administrator Sean Duffy, calling it “the closest we have ever come to discovering life on Mars” nasa.gov. However, NASA officials caution that the telltale spots could yet have a non-biological origin livescience.com. To know for sure, scientists say we may have to await the Mars Sample Return mission that will bring Perseverance’s cached rocks back to Earth in the 2030s livescience.com. Still, the finding validates the rover’s
13 September 2025
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From Startup Nation to Space Nation: Inside Israel’s Booming Satellite Industry

From Startup Nation to Space Nation: Inside Israel’s Booming Satellite Industry

Israel’s space journey began modestly but ambitiously. In the 1960s, academia and defense researchers laid the groundwork for a national space program en.wikipedia.org. The Israeli Space Agency was established in 1983 under the Ministry of Science to coordinate space activities en.wikipedia.org. Just five years later, in September 1988, Israel launched Ofeq-1, its first satellite, using a domestically developed Shavit rocket from Palmachim Airbase en.wikipedia.org. This successful launch made Israel one of only 8 countries at the time capable of launching satellites into orbit, a remarkable feat for such a small nation en.wikipedia.org. Throughout the 1990s and 2000s, Israel notched a series of space milestones. It deployed the Ofeq series of reconnaissance satellites for defense jewishvirtuallibrary.org. In 1995, Ofeq-3 became Israel’s first operational imaging satellite, marking the start of a permanent Israeli presence in orbit israelbonds.com. On the commercial side, Israel introduced the AMOS series of communications satellites in 1996, beginning with AMOS-1 en.wikipedia.org. These satellites, built by Israel Aerospace Industries and operated by private company Spacecom, have delivered TV broadcasting and broadband services across Europe, Africa, and the Middle East. A setback occurred in 2016 when AMOS-6 was lost in a launch-pad explosion, prompting a national re-think of space strategy
12 September 2025
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Stock Market Today

  • SAIN enters closed period before H1 2026 numbers
    July 1, 2026, 11:15 AM EDT. The Scottish American Investment Company PLC (SAIN) said it is now in its closed period ahead of its results for the half year to June 30, 2026. Directors said all key inside information has already been put out through a Regulatory Information Service. Baillie Gifford & Co Limited, the company secretary, released the notice on July 1, 2026.
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