Thursday, September 10, 2026

Volkswagen restructuring tests Europe's automotive model and Central Europe's role

Volkswagen restructuring tests Europe's automotive model and Central Europe's role
Volkswagen says it has more than 500,000 units of excess production capacity at its European factories as it embarks on a major restructuring. / VolkswagenFacebook
By IntelliNews September 9, 2026

Volkswagen's decision to cut another 50,000 jobs and reshape its European production network is a warning of the scale of the adjustment facing Europe's car industry, including in Central Europe, where auto assembly and parts manufacturing has been a crucial part of the growth story over the last three and a half decades. 

The Volkswagen Group supervisory board approved its "Future Plan 2030" last week, setting out one of the most extensive restructurings in the company's history as it seeks to restore competitiveness in the face of weak demand, excess capacity and intensifying Chinese competition.

The group says it has more than 500,000 units of excess production capacity at its European factories. It cannot guarantee production allocations for its plants in Emden, Zwickau, Hannover and Neckarsulm beyond 2030 and is examining alternative uses for the sites. The additional 50,000 job cuts will come on top of a previously announced reduction of around 50,000 positions. Volkswagen also plans to halve its model range by 2035 and reduce complexity by around 75%, concentrating production on fewer, higher-volume models.

The aim is to sell 9mn vehicles a year and raise its operating margin to 9% by 2030, from 3.8% in the first half of 2026. Volkswagen plans to invest €135bn ($157bn) in capital expenditure and research and development between 2027 and 2031, focusing on technology, its brands and competitiveness.

Given how embedded Volkswagen and other major automakers are to the European automotive supply chains, the impact of the restructuring goes beyond Germany’s borders to the broader European automotive production system, with potentially important consequences for countries such as Czechia, Slovakia, Poland and Hungary.

For Central Europe, the immediate picture is mixed. Plants in the region have some of the cost advantages that Volkswagen needs, while their established supply chains and proximity to Germany make them natural candidates for production that is shifted away from higher-cost German facilities. At the same time, plants will increasingly have to compete for a smaller number of models, particularly electric vehicles, while suppliers face pressure to adapt to a rapidly changing technology mix.

Potential upside 

Slovakia is one of the clearest examples of the potential upside. The country is the world's largest car producer per capita and hosts a major Volkswagen plant in Devínska Nová Ves near Bratislava. Analysts surveyed by Slovak state broadcaster STVR have suggested that the German restructuring could ultimately bring more production to Slovakia.

"I see in this whole optimalisation of processes a chance that other models would come to Slovakia," Pavol Prepiak, vice president of the Slovak Union of Automobile Industry, told STVR. 

That possibility reflects the changing economics of Volkswagen's European production network. Some of the German facilities under review are heavily focused on electric vehicles, and production could potentially be reallocated to plants where costs are lower.

"Let's be aware that for instance in two of the plants which are being shuttered 100% electricity vehicles are made today," Prepiak said.

German media have previously reported that production of a luxury electric SUV could potentially be launched at the Devínský Nová Ves plant, though this has not been confirmed.

Poland is similarly positioned to gain from the reshuffling of Volkswagen production. Even before the group's restructuring was formally approved, Polish media pointed to the possibility that some production could move eastwards from Germany.

According to Polish news outlet Biznesalert.pl, production of Volkswagen's new family of electric vans, provisionally designated B-Space (T8) and planned for around 2028, is to be relocated to Poznań. That would give Volkswagen's Polish operation a new electric model at a time when the group is reducing production capacity in Germany.

Poland has spent decades building up an automotive manufacturing base that combines relatively competitive labour costs with a substantial network of suppliers and access to the German market. However, the immediate employment picture remains uncertain, and Polish media reported after Volkswagen's announcement that no decision had been taken on job cuts at Volkswagen Poznań or its Września plant.

Better insulated 

Czechia appears relatively well insulated from the immediate effects of the Volkswagen restructuring. Martin Vejdělek, spokesperson for Škoda Auto, told the Czech Press Agency that Volkswagen's plans would have no direct impact on Škoda's activities, reiterating the carmaker's statement from July. Czech suppliers are also not expecting a dramatic immediate impact.

"Thanks to the diversification of the portfolio of customers we are able to largely absorb the negative impacts caused by the instability of the automotive market," Jiří Heteš, staff manager at air-conditioning supplier DENSO Manufacturing Czech, told CTK.

DENSO supplies products to Volkswagen as well as Land Rover, Porsche, Mercedes, Audi, Škoda, Suzuki, Toyota, Ford and Lamborghini. Its broad customer base illustrates one of the most important factors determining how Central European suppliers will fare as the industry restructures.

Companies supplying several manufacturers, technologies and markets have greater scope to absorb changes in production at any one customer. Smaller companies heavily dependent on one vehicle programme or one propulsion technology are considerably more vulnerable.

Czech automotive manufacturing has also continued to grow despite the wider problems facing European producers. The country produced 780,378 passenger vehicles in the first half of 2026, 4.4% more than a year earlier, according to the Association of the Czech Automotive Industry. Electric vehicles accounted for 41% of domestic production.

Hungary shows the risks

Hungary illustrates why Central Europe's position is not automatically secure. Audi's plant in Gyor, western Hungary, could be exposed to Volkswagen's restructuring, according to German investigative outlet Correctiv, although no decision has been made to close the factory and Volkswagen has not confirmed the report.

Audi Hungaria employs more than 12,000 people and is the largest employer in the region. It produced a record 200,000 vehicles last year, driven by models including the Audi Q3 and Cupra Terramar, but its traditional engine business is under pressure from the transition to electric vehicles.

Audi Hungaria CEO Michael Breme told Telex in July that the workforce needed to adapt to the changing industry. "The new reality in the automotive industry is that job security is no longer a given; rather, it must be earned through concessions from employees," he said. Workers who spent much of their careers in engine production are increasingly being moved into electric motor manufacturing and vehicle assembly. The company has also reduced administrative staffing and imposed a hiring freeze, while unions have agreed to wage restraint.

Gradual decline

The changes at Volkswagen are ultimately a symptom of a much larger problem. Europe's automotive sector has been one of the foundations of the continent's industrial economy for decades. It supports millions of direct and indirect jobs and accounts for more than 7% of EU GDP, according to a paper by think-tank Shaping Europe titled “The slow decline of the European car industry”.  

“The European automotive sector has been struggling for some time now, for a variety of reasons such as the slow transition to electric vehicles, competition from China, and unrealistic climate targets,” the paper says. 

European consumers have been reluctant to embrace vehicles that remain expensive relative to conventional cars, while manufacturers have struggled to produce affordable models in sufficient volumes. At the same time, Chinese manufacturers have developed strong positions in electric vehicles and their supply chains, combining scale, relatively low costs and rapid product development.

A new model 

Central Europe’s automotive success was built on integration with Western European manufacturers. Czechia, Slovakia, Poland and Hungary became major production locations because they offered lower costs while remaining close to Germany and other large European markets. That model has worked extremely well. But it also created a dependence on decisions taken by multinational companies headquartered elsewhere.

The Vienna Institute for International Economic Studies (wiiw) has warned that the broader Central and Eastern European growth model is now reaching its limits as geopolitical fragmentation changes global trade and investment.

"The old growth model is over, and a new one is emerging," Richard Gieveson, wiiw's deputy director, said in February, as quoted in an IntelliNews article.

The region still has a significant advantage in manufacturing. Its integrated supply chains, competitive costs and proximity to Germany remain valuable assets. However, it needs greater investment in research and development, batteries, software, electric drivetrains and other technologies that will determine where future production is located.

Contributions from IntelliNews reporters in Budapest, Prague and Warsaw. 

Porsche exits stake in Croatia's Rimac in €1bn deal

Porsche exits stake in Croatia's Rimac in €1bn deal
British explorer and tech entrepreneur Chris Brown drove the Rimac Nevera 2,700 kilometres from North Yorkshire to Trogir on the Dalmatian Coast. / RimacFacebook
By IntelliNews September 10, 2026

A consortium led by US investment firm HOF Capital has completed the acquisition of Porsche's stakes in Croatian electric vehicle group Rimac Group and its Bugatti Rimac joint venture, Rimac said on September 9. Porsche AG Group said it will receive proceeds of approximately €1bn from the deal.

The transaction, announced in April and completed following regulatory approval, transfers Porsche's 21% holding in Rimac Group and its 45% stake in Bugatti Rimac to the consortium, which includes BlueFive Capital as its largest investor and other institutional investors from the United States and Europe.

Rimac Group retains its 55% controlling stake in Bugatti Rimac, the joint venture established by Porsche and Rimac in 2021 to oversee the Bugatti hypercar brand and Rimac's automotive operations.

"This is an important step for Bugatti Rimac and the entire Rimac Group," said Mate Rimac, founder and president of Rimac Group and chief executive of Bugatti Rimac.

"I am delighted that HOF Capital and its consortium are becoming our partners in the next phase of our Group's development, and I look forward to working together to realize the full potential of our companies," he said.

The transaction was announced alongside changes to Bugatti Rimac's management. Rimac will become president of Bugatti Automobiles, taking over from Christophe Piochon, who is stepping down as president and chief operating officer of Bugatti Rimac.

Marko Brkljačić, formerly chief operating officer of Rimac Technology, is expected to join the Bugatti Rimac leadership team as chief operating officer, while current Bugatti Automobiles managing director Hendrik Malinowski is due to become chief commercial officer.

The changes follow the opening of Bugatti's new La Manufacture production facility in Molsheim in July and the final stages of testing for its Tourbillon model.

Rimac said the developments were part of a 10-year strategy for Bugatti established under Mate Rimac's leadership in 2021.



Cosmic radiation at flight altitudes rises when the sun is less active




The Hebrew University of Jerusalem





What if the amount of radiation you encounter on a flight depends not just on how high you fly, but on what the Sun is doing? A new study using high-altitude balloons over southern Israel found that cosmic radiation at commercial flight altitudes rises as solar activity falls, with levels potentially increasing by 40% to 60% during solar minimum conditions. The findings could help improve how radiation exposure is assessed for aircrew and frequent flyers.

[Hebrew University of Jerusalem]– Radiation from space is constantly entering Earth’s atmosphere, but how much of it reaches the altitudes used by commercial aircraft depends not only on height and location, but also on the activity of the Sun. A new study based on high-altitude balloon measurements over southern Israel has mapped these changes through the atmosphere and found that radiation levels at aviation altitudes rise as solar activity falls.

The study, published in the Journal of Geophysical Research: Atmospheres, was conducted by Dr. Roy Yaniv of Hebrew University of Jerusalem and Sheba Medical Center; Prof. Yoav Yair of Reichman University and Prof. Colin Price of Tel Aviv University.

The researchers analysed measurements collected during six balloon launches from southern Israel between 2014 and 2016. The balloons, equipped with radiation sensors, climbed as high as approximately 35 kilometres, allowing the team to understand atmospheric ionization and radiation changed from near the ground to well above the altitudes used by passenger aircraft.

The measurements revealed a clear vertical pattern. Radiation increased as the balloons climbed, reaching its highest levels at around 17 to 20 km above Earth before declining again. This peak, known as the Regener-Pfotzer maximum, is created as high-energy cosmic rays entering the atmosphere collide with atmospheric particles and produce cascades of secondary particles.

At approximately 10 km, around the altitude at which commercial aircraft typically cruise, the researchers measured gamma-equivalent radiation dose rates of roughly 0.9 to 1.3 microsieverts per hour. The relatively low levels measured over Israel compared with some higher-latitude regions are consistent with the stronger geomagnetic shielding found in the Eastern Mediterranean.

But altitude was only part of the story. The team also found that radiation levels changed during the solar cycle.

When solar activity is high, the Sun’s magnetic influence helps shield the solar system from harmful galactic cosmic rays. During periods of lower solar activity, more of these energetic particles can reach Earth’s atmosphere. Accordingly, the researchers observed higher radiation levels when solar activity was lower. The measured relationship showed a negative correlation of r = -0.71, although the researchers stress that the limited number of observations means that this correlation should be considered indicative rather than statistically definitive.

Extrapolating the relationship to solar-minimum conditions suggested that radiation levels at commercial aviation altitudes could rise by approximately 40% to 60% compared with solar-maximum conditions, although the authors caution that this estimate is based on extrapolation rather than direct measurements under those extreme conditions.

“We tend to think of the atmosphere above us as relatively stable, but the radiation environment at flight altitude is continuously shaped by processes taking place far beyond Earth,” the reserachers said. “Our measurements show that the solar cycle has a measurable effect on the radiation environment experienced at aviation altitudes. By combining direct balloon observations with atmospheric radiation models, we can better understand when and where these levels change and improve the tools used to assess long-term exposure for aircrew and frequent flyers.”

The researchers also compared their balloon measurements with the EXPACS/PARMA atmospheric radiation model. The measured values closely matched the model’s predicted electromagnetic radiation component, generally within about 10% to 15%. The model showed, however, that electromagnetic radiation represents only part of the total radiation environment at flight altitude. Neutrons account for roughly 40% to 45% of the modeled total ambient dose, while photons, electrons and positrons account for approximately 35% to 40%.

That distinction is important. The Geiger-Müller detectors carried by the balloons were primarily sensitive to photons and charged particles and had little direct sensitivity to neutrons. The reported measurements therefore should not be interpreted as the total radiation dose received by an airline passenger or crew member, but rather as a reliable indicator of the electromagnetic component of the atmospheric radiation field.

The findings have particular relevance for aviation, where pilots, cabin crews and frequent flyers spend extended periods at altitudes where atmospheric protection from cosmic radiation is considerably weaker than at ground level. The researchers note that continued monitoring is important for understanding cumulative occupational exposure, particularly as radiation levels vary according to altitude, geographical location and solar conditions.

Beyond aviation, the work provides a clearer picture of how radiation from space interacts with Earth’s atmosphere. By combining relatively inexpensive balloon-borne measurements with established radiation models, the researchers say similar approaches could help track changes in the atmospheric radiation environment as solar conditions evolve.

 

Star Trek fans successfully set new Guinness World Record at London museum

A new world record has been set at the Science Museum by Star Trek fans
Copyright Science Museum Group

By David Mouriquand
Published on

The record attempt took place during the London museum’s Star Trek Lates night - part of a series of events marking the 60 year anniversary of the hugely popular sci-fi series. It includes the Star Trek Warp Trail, which closes this weekend.

They've made it so.

A total of 934 fans gathered at London's Science Museum on Star Trek Day to mark the seminal show's 60th anniversary. They were there not only to celebrate the anniversary but to attempt to set a new Guinness World Record for the largest simultaneous Vulcan salute.

For the heathens amongst you, the Vulcan salute is the gesture made famous by Leonard Nimoy's character Spock. It involves raising your hand, palm forward, with the middle and ring fingers parted, forming a “V” shape. It first appeared in the 1967 episode of the TV series titled “Amok Time” and is usually accompanied by the phrase “Live long and prosper”.

Those taking part on Tuesday were required to maintain the iconic hand gesture for one minute to successfully secure the title.

Guinness World Records adjudicator Paulina Sapinska has verified the attempt and handed the official certificate to the Science Museum’s commercial operations director Ben Lheureux.




Ben Lheureux of the Science Museum Group accepts the Guinness World Record certificate from adjudicator Paulina Sapinska Science Museum Group

Science Museum head of collections and principal curator Dr Glyn Morgan said they had been “really excited at the idea of breaking a world record”.

“It’s the 60th anniversary of Star Trek and we wanted something people would really remember and would really mark this event as something special – and what’s more special than breaking a world record?” he said.

Also participating was actor Martin Quinn, who plays chief engineer Montgomery "Scotty" Scott in Star Trek: Strange New Worlds. He said: "I’m going to hang my Guinness World Record certificate in my brother’s room to really rub it in."

934 people took part in the setting of a new world record Science Museum Group


Morgan previously said about this year's 60th anniversary celebrations: “After a popular Star Trek Lates earlier this year, we’re delighted to invite fans back for another evening exploring the ideas, imagination and real-world science behind the franchise, and a final opportunity to experience the Star Trek Warp Trail.”

The free Star Trek Warp Trail includes props and uniforms from the shows and films, and explores the lasting connection between the franchise’s visionary storytelling and real-world scientific innovation.

The popular exhibit closes on Sunday 13 September.

SPACE/COSMOS

France co-hosts major space summit with Germany despite US firms' withdrawals and Merz absence

FILE: French President Emmanuel Macron, with Philippe Baptiste, Thomas Pesquet, Arnaud Prost, Sophie Adenot, presidential Elysee Palace in Paris, 5 February 2026.
Copyright AP Photo

By Estelle Nilsson-Julien
Published on

France is co-hosting a major space summit with Germany this week, as Europe finds itself at a strategic crossroads.

Astronauts, heads of state, as well as major economic players in the space industry united in Paris on Wednesday for the international space summit, co-hosted by France and Germany, at Paris’ Grand Palais.

On Wednesday afternoon, French President Emmanuel Macron announced that more than 50 projects are expected to be signed over the course of the two-day event, stressing the need to "strengthen the European and space research", but also to deepen partnerships with other countries around the world.

Alongside Greek Prime Minister Kyriakos Mitsotakis, he also welcomed the European Space Agency’s (ESA) next private astronaut mission, PAM-6, to the International Space Station (ISS), scheduled for 2027 — which will mark the first ever journey to space by a Greek astronaut, Adrianos Golemis.

Taking to X Wednesday evening, he also hailed a major deal signed between Amazon Leo and Arianespace, stating that “Amazon Leo is renewing its trust in Arianespace with 6 additional launches, 24 in total."

Ahead of the summit, several US companies reportedly withdrew from the event, due to pressure from Washington over support for "EU policy positions."

Challenging US dominance

Despite this, the summit comes at a strategic crossroads for the European space industry, described by President Emmanuel Macron as an opportunity to "bring Europeans together around a common ambition" and develop a "shared vision of Europe's place on the map of global space powers by 2035" when he announced the event in October 2025.

According to the Elysée, the summit will focus on international space cooperation and strengthening space security. In recent years, Europe has increasingly sought to challenge US dominance of the global space market: developing its own homegrown rockets and increasing funding for space at both a state and bloc-wide level.

Europe has historically invested 0.07% of GDP into space programmes, compared with 0.24% by the US.

But 2025 marked a turning point, as the European Space Agency (ESA) approved a record-breaking €22.3 billion budget for its three-year funding cycle (2026–2028) in November, with €35 billion for space for security and defence.

Lunar mining has also emerged as a potential avenue for securing clean-energy resources and critical raw materials, as Europe works to move away from Chinese and Russian dependencies.

Divergence between France and Germany

Nearly a year after Macron announced the summit, it encountered some bumps in the road before the event had even begun. Germany's Chancellor Friedrich Merz confirmed on Friday that he would not attend the summit due to domestic commitments, with defence minister Boris Pistorius and space minister Dorothee Bär set to go in his place.

Behind the scenes, France and Germany have faced a number of disagreements over space and defence projects, ditching the Future Combat Air System (FCAS) project in June 2026, after years of disagreements.

Macron has consistently stressed the importance of building up Europe's strategic autonomy, backing programs like Ariane 6, rather than relying on US providers such as Elon Musk’s SpaceX.

Meanwhile, Germany has expressed a greater willingness to rely on lower-cost US alternatives, such as SpaceX. On Saturday, German startup Isar Aerospace launched the first commercial rocket to reach orbit from mainland Europe, marking a major turning point in Europe's quest to secure independent access to space. Merz described the launch as “the beginning of a new era.”

German Chancellor Friedrich Merz speaks during the general debate as part of the budget deliberations in the Bundestag in Berlin, 9 September, 2026 AP Photo

US companies withdraw from event

A number of US companies also withdrew from the event, after a White House official reportedly warned them that their attendance "could look like tacit support for EU policy positions," Politico reported.

A spokesperson for France's Ministry of Higher Education and Research, which oversees national space policy, told the AFP news agency that SpaceX, Blue Origin, Stoke Space, and Starcloud had withdrawn from the event, stating "it’s hard not to link it to the rumours of pressure in the press.”

Speaking to Euronews, Hermann Ludwig Moeller, Director of the European Space Policy Institute described France as a "driving force" in Europe's space sector, providing "strong political support" to the industry, stressing that the "relevance of space is only increasing."

A SpaceX Falcon Heavy rocket with the space observatory Roman Telescope lifts off from launch the Kennedy Space Centre, 30 August, 2026 AP Photo

"It is increasingly becoming a war fighting domain, while at the same time it has become evident also to the general public that conflict has become hybrid in nature, for instance through attacks on critical infrastructures in transport, energy, digital. This is where space can provide increased resilience."

Moeller stressed the role that space technologies such as satellite navigation have in terms of both civilian and military usage.

"While they are essential to everyday life, the war in Ukraine has also highlighted their strategic importance in modern warfare", he said.

Kyiv's reliance on Musk's Starlink following Russia's full-scale invasion of Ukraine has underlined the strategic importance of space services during wartime — that the satellite network provides resilient internet connectivity even when infrastructure is damaged or destroyed.

This reality also pushed Europe to develop its own independent satellite networks, notably the secure internet constellation known as IRIS².



Macron, von der Leyen call for stronger European space sector amid rising security concerns

FILE:French President Emmanuel Macron and French European Space Agency astronaut Thomas Pesquet during the International Space Summit at the Grand Palais, Paris, 10 September.
Copyright AP Photo

By Estelle Nilsson-Julien
Published on

French President Emmanuel Macron and European Commission President Ursula von der Leyen reaffirmed their commitment to space at a major summit co-hosted by France and Germany in Paris.

French President Emmanuel Macron and European Commission President Ursula von der Leyen called on Europe to strengthen its space industry on Thursday, the second day of the international space summit, co-hosted by France and Germany, at Paris’ Grand Palais.

Speaking at the summit, Macron described Europe’s space sector as “fragile” and emphasised the need to bolster its capabilities, calling for “shared governance” of the industry.

“Outer space remains the only major global commons that is not subject to regulations that match the stakes,” he said. “Shared governance is necessary to address these challenges.”

Macron reiterated that more than 51 deals are set to be signed over the course of the summit, with some €20 billion of investments, listing a series of future milestones for Europe.

"In two years' time, I want to see the first European cargo capsule, Nyx, dock with the International Space Station; in five years' time, the first European lunar lander, Argonaut, land on the Moon's surface."

"And in 10 years' time, the first European manned capsule take off from Kourou with European astronauts and those from other nations on board," he added, referring to Europe's spaceport in French Guiana.

Meanwhile, von der Leyen stressed the importance of Europe stepping up, as she emphasised the crucial role space plays both in terms of both scientific exploration, but also defence — pointing to Russia's war in Ukraine.

"The ability to access and act in space not only underpins our prosperity, it increasingly determines our security and independence. Nowhere is this clearer than in Ukraine."

"Satellite communications keep soldiers connected, while satellite imagery reveal movements hundreds of kilometres away"."

Europe's Space push comes amid aim to cut dependence on US

Europe's push to build up its military space assets has been driven by Russia's war in Ukraine, as well as its decision to distance itself from its longstanding dependence on the US in the space domain.

Europe has historically invested 0.07% of GDP into space programmes, compared with 0.24% by the US. But 2025 marked a turning point, as the European Space Agency (ESA) approved a record-breaking €22.3 billion budget for its three-year funding cycle (2026–2028) in November, with €35 billion for space for security and defence.

"Security on Earth increasingly depends on our security in space", said von der Leyen, as she went on to underline the significance of IRIS², the European Union's upcoming flagship satellite constellation programme.

"Last month, we decided to accelerate the system, by expanding it to more than 350 satellites."

Von der Leyen also underlined the need for the Commission, the European Space Agency and national governments to "pool" their strengths, while also calling for investment "at scale."

Macron and Joseph Aschbacher, Director of the European Space Agency (ESA) — who also addressed the summit — were joined for a live call with astronaut Sophie Adenot, who is currently on a nine-month mission aboard the the International Space Station (ISS) named the εpsilon mission.


Chinese Space Promises Come With Financial, Sovereign Risks


Launch of China's Smart Dragon-3 (Jielong-3) Yao-1 carrier rocket. Photo Credit: China News Service video screenshot

September 10, 2026

By Africa Defense Forum




Key Takeaways:

The article says China has folded African space projects into the Belt and Road model: satellites, launches, and ground stations often come with Chinese vendors, financing, and control of tracking and operations.

Analysts cited (RAND, CSIS) warn of uneven deals and military overlap. Examples include Egypt’s Space City and MisrSat-2 being China-managed, Chinese tracking sites in several African states, and a planned $1 billion Djibouti spaceport to be run by a Chinese firm for 30 years.

Nigeria’s dispute with China Great Wall over about $11.44 million in NigComSat-1R operating costs is presented as a caution: partners can face debt, service cutoff threats, and limited access to their own systems.

As African countries stake their claim to space by developing satellites, China has folded space missions into its Belt and Road Initiative (BRI). Experts note, however, that space-related cooperation comes with debt, operating costs and other financial risks associated with other BRI projects.

“China’s space collaborations are structured to advance its own industrial and military goals at the cost of asymmetric outcomes to foreign partners,” researchers Cortney Weinbaum, Christopher G. Pernin, Camille Reeves, Libby Weaver and Shanshan Mei wrote in a recent Rand Corp. report.

Countries that work with China on space projects typically find that funding depends on using Chinese vendors and launch services. Tracking and operations also must flow through China’s systems, raising questions about a nation’s ability to access its own data. In some cases, financing comes from the Export-Import Bank of China, the same facility tied to billions of dollars in loans for BRI projects across the continent.

Countries can find themselves the junior partners in the arrangement with China. An example: Argentina’s national space commission hosts a Chinese satellite tracking ground station tied to the Chinese military. The facility has the same legal status as an embassy, meaning Argentinian authorities cannot enter without permission. Argentinian researchers have access during only 10% of its operating time, limiting their work, according to the Rand researchers.

Africa’s Space City, east of Cairo, Egypt, is an example of China’s relationship with African space agencies. The facility is home to the African Union’s Africa Space Agency and the Egyptian Space Agency. It also hosts satellite construction facilities.

Space City was developed with the help of China, which has, so far, been the complex’s primary beneficiary. Chinese workers staff Space City, and its first locally produced satellite, Egypt’s MisrSat-2, was launched and managed from China.

China has established space-related partnerships with nearly half of Africa’s 54 countries. In addition to manufacturing and launching African satellites, China has satellite tracking and receiving facilities in Algeria, Egypt, Ethiopia, Mozambique, Namibia, South Africa, Sudan and Tunisia. Tunisia also hosts a ground station for BeiDou, China’s version of GPS.

In 2023, Djibouti signed a memorandum of understanding with China’s Hong Kong Aerospace Technology to build Africa’s first spaceport, a $1 billion facility on the Obock peninsula near the Bab el-Mandeb Strait.

Under the agreement, Hong Kong Aerospace would operate the facility for 30 years before releasing it to Djibouti.

“Beijing is rapidly stitching together a network of specialized outposts, positioning itself as a gateway to space for developing countries. Yet the deep integration of China’s space sector with the People’s Liberation Army (PLA) means these partnerships carry risks,” researchers Matthew P. Funaiole, Brian Hart and Aidan Powers-Riggs recently wrote for the Center for Strategic and International Studies.

Nigeria is experiencing firsthand the risk of working with China as the government finds itself embroiled in a financial dispute with China Great Wall Industry Corp. over the cost of operating Nigeria’s NigComSat-1R.


The Chinese-built NigComSat-1R supports broadcasting, internet connectivity and security communications across Nigeria. It was launched in 2011 and is expected to reach the end of its operational life later this year.

The satellite is active and sits in a geostationary orbit above South Sudan, according to tracking data.

The Chinese government-owned company, a subsidiary of China Aerospace Science and Technology Corp., recently warned Nigeria that it might stop supporting NigComSat-1R due to an outstanding $11.44 million debt.

The company gave Nigeria 30 days to resolve its debt earlier this year under the threat of deactivating the satellite’s transponders.

Nigeria has denied that it owes the Chinese company money. It has approached France and Israel for help in developing future communications satellites.

“Government, commercial, and academic researchers should approach space cooperation with China with rigorous due diligence,” the Rand researchers wrote.



Using Helium, Astronomers Blow Certainty Into Early Big Bang Conditions





Key Takeaways:

New Large Binocular Telescope observations of helium in metal-poor galaxies match long-standing Big Bang predictions and tighten estimates of primordial helium abundance.

The improved measurement supports the standard model: the number of neutrino species present seconds after the Big Bang is consistent with known particle physics.

About 90% of cosmic helium formed in the Big Bang; the rest came later from stars. The team cut the uncertainty in helium abundance from about 2% to roughly half a percent.

New observations regarding the composition of distant galaxies reveal insights into the earliest phases of the universe that confirm decades of scientific understanding of the elements and particles produced by the Big Bang, according to a new study.

Researchers used data from The Large Binocular Telescope (LBT) to measure the amount of helium — the second-most common element in the cosmos and a vital ingredient for the formation of life — in metal-poor nebulas, clouds of gas and dust in space where stars are sometimes born. Their findings strengthen long-held theories about how ancient elements, such as carbon and nitrogen, may have been dispersed in the period following the Big Bang.

Astronomers did this by analyzing helium signals in optical and infrared light to determine the temperature and density of the gases within faraway systems. After collecting 48 high-quality galactic samples, the team created a dataset aimed at significantly expanding researchers’ ability to infer the universe’s primordial helium abundance.


“Everything that we need to live here on Earth was once fused inside of a star,” said Miqaela Weller, lead author of the study and a PhD student in astronomy at The Ohio State University. “Understanding precisely where those elements come from helps inform us of how our universe evolved and how it will evolve in the future.”

The study was recently published as part of a series of papers in The Astrophysical Journal.

The work was completed as part of the LBT Yp project, a collaboration designed to accurately determine how much primordial helium was created at the universe’s beginning, an amount theorized to be largely dependent on the types of neutrinos, tiny and abundant subatomic particles, that were likely formed when the universe was only a second old.

If, for example, the amount of helium found in metal-poor galaxies is vastly different from astronomers’ current predictions, their results might challenge current theories about the universe’s early conditions as well as open the door to new, undiscovered physics, said Weller, who leads the infrared data reduction for the project

Still, it can be extremely difficult to peer into the universe’s past, as astronomers can only see up to about 400,000 years after the Big Bang, or when the universe became transparent enough to form the cosmic microwave background (CMB). Thus, by comparing their new observations with archival ones of the CMB, they can determine if current models of the universe are accurate.

“The importance of galactic archaeology cannot be understated,” said Weller. “The stars are within us, and learning more about them helps us determine our place within the universe.”

Roughly 90% of the universe’s helium formed during the Big Bang, with 10% originating from stars that have undergone nuclear fusion over the last 13.5 billion years. While researchers had previously only been able to estimate the universe’s helium abundance to a precision of about 2%, this work reduces that error to almost half a percent, a development that amounts to a huge leap in computational astrophysics, said Richard Pogge, a founding member of the project and a professor of astronomy at Ohio State.

“By making this exciting measurement, we’ve learned something fundamental about the universe,” said Pogge.

Scientists have theorized that all the raw materials of the universe emerged in the first few moments after its birth, including neutrinos. Until this paper’s result, it had been unclear whether the many subatomic particles that drive our modern grasp of particle physics appeared simultaneously or arrived later in an alternative, sequential way.

In searching for the answer, the team was challenged to locate extremely rare metal-poor galaxies, such as the tiny Leo P, as well as account for how Earth’s atmosphere could affect their data. Ultimately, their research confirmed that the number of neutrino species present at the Big Bang is, in fact, consistent with the standard model of particle physics, said Pogge.

“Finally having atomic data precise enough to show how the universe worked seconds after it began gives us the ability to make meaningful constraints on the nature of physics itself,” he said.

According to the team, the LBT Yp project plans to continue deciphering cosmic mysteries by constraining less-explored parameters of undiscovered metal-poor galaxies, likely with the aid of vast astronomical archives of collaboration projects like DESI.

“It’s going to take us many years to try to explore new galaxies and turn the techniques we’ve developed onto them,” Pogge said. “So it’s an enormous pleasure to be able to pass these decades-long findings onto those who are going to be the future of this field.”