Stop Japan’s Failed Nuclear Plant Waste Coming to Cumbria
Please sign the petition here: https://www.change.org/p/stop-japan-s…
Cumberland Council plans to import sodium coolant, a type of nuclear waste, thousands of miles from Japan to Cumbria, for processing at the Port of Workington, just 885m from Northside Primary School and nearby residential areas including many towns and villages.
Sodium coolant is extremely hazardous, and carries a high risk of violent explosion or fire if exposed to air or water.
It may also contain radioactive elements.
Further concerns include:
- Less than a mile from Northside Primary School, the chemical plant is being designed to convert the hazardous coolant into caustic soda.
- Caustic soda is also a hazardous material and carries enormous risks to the environment over decades if spilled.
- £4.5m of the Workington Town Deal government funding is being used to develop this site, despite the development planning to employ just 20 people over a period of 7 years.
- The Workington Town Deal was promoted as being for the public benefit, not for creating profit for a handful of private businesses.
- The £25m that the site construction phase is predicted to generate is meaningless compared to the certain risk our children and local environments would face as a result of the site’s operation and the £Billions that would likely be required for clean up following operation of this proposed chemical plant for Japan’s failed fast breeder nuclear reactor wastes.
Further Info
Japan’s prototype fast-breeder reactor (FBR), ‘Monju’, was a disaster from the start. It was shut down due to an accident less than 9 months after achieving criticality, and remained closed for 15 years. Reopening in 2008, a second accident closed it for good. Overall, Monju generated electricity for exactly one hour after achieving criticality in 1994 and will cost £Billions to decommission.
Fast breeder reactors use liquid metal as a coolant – usually liquid sodium, which violently explodes on contact with air water. Dounreay, which ran the UK’s own Fast Breeder Reactors, processed the coolant onsite at both reactors. Sodium coolant at Dounreay did contain radioactive caesium.
Cumberland Council are partners in the plan to bring the Monju’s sodium coolant to the Port of Workington.
Ironically, ‘Monju’ was named to represent transcendent wisdom in Buddhist tradition. It has achieved neither wisdom nor its stated aim of electricity generation apart from one hour’s worth.
It has produced tonnes of chemical and radioactive waste some of which the operators the Japan Atomic Energy Agency want to ship thousands of miles to Cumbria instead of dealing with in Japan..
Bridging Geopolitical Divides: International Physiciansfor the Prevention of Nuclear War (IPPNW) Revitalizes Dialogue in Russia and China

IPPNW is one of very few professional associations that has not abandoned dialogue with Russian colleagues. Since the summer of 2021, a new, energized cohort of Russian and American medical students and young doctors has hosted informal monthly Zoom calls to build relationships and trust.
Michael Christ, IPPNW Executive Director. September 29, 2026, https://peaceandhealthblog.com/2026/10/14/bridging-geopolitical-divides-ippnw-revitalizes-dialogue-in-russia-and-china/
This month marks the 40th anniversary of the 1986 Reykjavík Summit, the historic meeting where Ronald Reagan and Mikhail Gorbachev came astonishingly close to completely abolishing the nuclear arsenals of the two superpowers. While the meeting concluded without an official accord due to US insistence on pursuing the Strategic Defense Initiative (“Star Wars”), it nevertheless laid the critical diplomatic foundation for future landmark nuclear disarmament treaties. It also proved that even bitter adversaries can sit at the negotiating table to tackle head-on the greatest immediate threat to human survival.
Tragically, these hard-fought gains have been lost to a steady breakdown in international diplomacy, a dangerous arms race in nuclear weapons and artificial intelligence, and a resort to threats and war to prosecute disputes. This has made the risk of catastrophic miscalculation higher than at any point since the Cold War.
As we did throughout the 1980s, IPPNW is bridging geopolitical divides by engaging our network of physicians and health partners around the world on the growing threat of nuclear war—especially with colleagues in Russia and China—not as an abstract political calculation, but as the final, untreatable global health epidemic.
Monthly Russian-American Exchanges
IPPNW is one of very few professional associations that has not abandoned dialogue with Russian colleagues. Since the summer of 2021, a new, energized cohort of Russian and American medical students and young doctors has hosted informal monthly Zoom calls to build relationships and trust.
Participants in these discussions have gone on to publish relevant articles in medical literature, attended key nuclear disarmament meetings at the UN, and become active in local and national campaigns opposing the threat of nuclear war.
Russian Nonproliferation Conference
At the invitation of the Russian Center for Energy and Security Studies (CENESS), IPPNW’s Chuck Johnson traveled to Moscow to participate in high-level discussions on nuclear weapons. CENESS is a think-tank that fosters dialogue and cooperation on nuclear policy, nonproliferation, and nuclear energy issues. Chuck previously served as the founding director of the IPPNW Geneva Liaison Office before transitioning to his role as policy director.
The 2026 Moscow Nonproliferation Conference took place on March 12–14, 2026, bringing together 289 experts—including diplomats, researchers, academics, and advocates—from 49 countries. Roughly half of the participants were Russian. The event also drew high-level officials from key UN agencies and international organizations, such as Russian Deputy Foreign Minister Sergey Ryabkov, UN High Representative for Disarmament Affairs Izumi Nakamitsu, and IAEA Director General Rafael Grossi.
During closed-door sessions, participants tackled the major global security challenges in nuclear nonproliferation and disarmament. A special “New Generation Experts Segment” also gathered approximately 40 young professionals from 20 countries to explore the associated risks and opportunities.The effort was the brainchild of Dr. Joe Hodgkin, an attending hospitalist at Massachusetts General Hospital, and Dr. Olga Trushina, a cardiologist at the Russian Cardiology Research and Production Complex (which was founded by her grandfather, IPPNW co-founder Eugene Chazov). Dr. Hodgkin serves on the Board of Directors of IPPNW’s US affiliate, Physicians for Social Responsibility, and Dr. Trushina is a Co-President of IPPNW. Together, they have renewed and re-imagined IPPNW’s founding mission using modern technologies that are integral to their social and professional lives.
This marked the first time IPPNW was invited to this flagship biennial event. The conference provided a rare, high-value opportunity for IPPNW to engage directly with top Russian and international officials and experts—both during the formal panels and in private meetings on the margins.
Renewed Outreach to China
Chuck Johnson has also been at the leading edge of IPPNW’s efforts to strengthen cooperation and dialogue with health professionals, academics, and professional associations in China.
His consistent outreach to Chinese colleagues during international health partner and UN disarmament meetings in Geneva led to an invitation to lecture at the China Foreign Affairs University in Beijing in the fall of 2025.
While in Beijing, he also met with members of the Chinese Medical Association at their headquarters, securing a commitment from them to invite IPPNW doctors to present to medical professionals in China in the coming year. As a result, an IPPNW delegation attending the annual meeting of the Chinese Medical Association’s Medical Ethics Branch in Hefei, the capital of Anhui province, in July 2026. Chuck was joined by Dr. Joe Hodgkin (PSR-USA) and Dr. Tilman Ruff (MAPW-IPPNW Australia).
This visit was our most significant engagement with China since the 2004 IPPNW World Congress in Beijing. The delegation delivered three plenary lectures at the national medical conference, highlighting the critical role of medical and public health professionals in addressing the growing threat of nuclear war.
Following the conference, the team held multiple high-level meetings with dozens of senior academics, health officials, and organizational leaders in both Hefei and Beijing. These discussions were aided significantly by Dr. Hodgkin’s deep cultural knowledge and fluency in Mandarin, as well as Dr. Ruff’s extensive history and leadership within IPPNW.
The delegation discussed several concrete follow-on activities, including planning additional meetings and co-authoring joint publications in prominent Chinese health and science journals focused on the prevention of nuclear war.
By reviving these critical channels of communication, IPPNW ensures that even in times of intense global friction, the medical community remains a vital bridge toward peace. The US, Russia, and China would do well to revive the “spirit of Reykjavík”, returning to the negotiating table to complete what Reagan and Gorbachev came so close to achieving—saving humankind from the growing threat of nuclear war.
Japan Is Being Pushed Towards Militarization
by Jonathan Schiff | Oct 9, 2026, https://www.antiwar.com/blog/2026/10/09/japan-is-being-pushed-towards-militarization/
The entire world is currently engaged in the race to develop UAVs and actively enhancing its military-technical capabilities. However, while for most nations this is just a part of its defense strategy, I find it worrying that Japan, whose pacifist constitution renounces war and restricts its military to self-defense, is showing such a strong interest in militarization, increased defense spending and mass domestic drone production.
Over the years, Japan has either forgotten its status as a “pacifist” state, or is doing everything possible to shed it. However, most striking of all is the fact that other countries are actively facilitating this. Thus, the United States is supplying Tomahawks to Japan and working with it on developing the Glide Phase Interceptor (GPI), a next-generation missile designed to defeat hypersonic threats. BAE Systems (UK) and Leonardo (Italy) formed a joint venture with Japan Aircraft Industrial Enhancement Co. to develop a sixth-generation fighter jet.
Canada is not an exception either. On March 6, 2026, Canadian Prime Minister Mark Carney and Japanese Prime Minister Sanae Takaichi signed the Comprehensive Strategic Partnership that includes strengthening defense cooperation. Not only did the Canadian Prime Minister fail to consider the global consequences of Japanese militarization, he also failed to consider how it would affect Canada. As Ottawa actively cooperates with Tokyo in defense matters and regularly deploys warships to patrol the Taiwan Strait and participate in joint exercises (such as Keen Sword and Pacific Vanguard), Canada automatically becomes a potential participant of any regional conflict.
It seems that everyone has forgotten how Japan’s aggressive expansion and brutal imperial policies once posed a direct threat to the global security. Countries are strengthening defense cooperation with Japan, supplying it with modern weapon and pushing it onto the path of militarism. And the Japanese government is readily agreeing to this. Under the leadership of Sanae Takaichi, the country is undertaking one of the most significant shifts in defense policy since World War II.
All this enables Japan not only to get state-of-the-art weaponry but also to gradually alter its legislation under the guise of “gratitude” and reciprocal assistance to its allies. Thus, for instance, in April 2026, the export ban on lethal weapons was scrapped, and the first contracts in the country’s post-war history for the construction of warships for Australia’s navy were signed. Japan is also considering transferring Patriot missiles to Ukraine. Even though this is indirect participation in the war, the question of pacifism is no longer being raised.
Japanese Prime Minister is also pursuing domestic reforms. Thus, Japan has not only deployed long-range missiles in the southern Kyushu region, but is also aiming to create an independent intelligence agency similar to the U.S. Central Intelligence Agency. Behind all these actions lies the idea of carrying out constitutional reform that would give Tokyo even greater freedom. Thus, through small steps, imperceptibly at first, the Japanese government is preparing the country for major changes. If we continue to turn a blind eye to this problem and facilitate the militaristic resurgence of the Land of the Rising Sun, it could lead to catastrophic consequences.
Jonathan Schiff is a conservative, engineer, his interests also include geopolitics and political analysis. He can be reached at jonathan.schiff@proton.me.
China’s Uranium Enrichment Expansion: Worrisomely Large
October 5, 2026 Dr. Hui Zhang, Senior Research Associate at Harvard’s Belfer Center, Occasional Paper 2603
China recently significantly expanded its uranium enrichment capacity. The predominant view of experts and respected non-governmental organizations is that this expansion is needed to supply China’s growing civilian nuclear energy sector.
As of September 2026, China had 64 power reactors (64 GWe) in operation and another 38 units (40 GWe) under construction, making it the world leader in new reactor construction. Its 15th Five-Year Plan (2026–2030) calls for installed nuclear capacity of 110 GWe by 2030, and some authoritative Chinese studies recommend reaching roughly 200 GWe by 2040. China’s nuclear power program is therefore expected to grow steadily over the coming decade, and with it the country’s demand for enriched uranium.
To meet this anticipated demand, China has significantly expanded its indigenous enrichment capacity since 2020. Over the same period, however, China has also rapidly enlarged its nuclear arsenal, raising the question of whether its enrichment buildup serves civilian needs alone. The Federation of American Scientists (FAS) estimates that China possessed about 620 warheads in 2026. The US Department of Defense (DoD) assesses that the stockpile remained “in the low 600s” through 2024—roughly triple its 2020 level—and, while noting “a slower rate of production compared to previous years,” projects that China remains on track to field more than 1,000 warheads by 2030. Much of the Western debate has focused on whether China needs additional plutonium to sustain this buildup. Much less attention has been paid to highly enriched uranium (HEU), which China may also need for new warheads, at least for the secondaries of its modern designs.
Assessing these questions is difficult because China does not officially release information on its enrichment capacity. This paper therefore draws on satellite imagery, Chinese publications, and discussions with Chinese experts to reconstruct the scale and trajectory of China’s enrichment program. Building on the author’s earlier estimates, it incorporates several significant developments, including the commissioning of new centrifuge facilities. By the end of 2026, China’s commercial enrichment capacity is estimated to reach about 15.4 million separative work units (SWU) per year—roughly 2.1 times its 2020 capacity of about 7.4 million SWU/year, or more than a doubling in six years.
This growth has not been steady. After an initial construction boom between 2010 and 2015, undertaken to meet the anticipated growth in demand from nuclear power, the China National Nuclear Corporation (CNNC) slowed its expansion between 2016 and 2019, suspending or postponing several planned or partially built projects, largely in response to slower reactor construction. Since around 2020, China has launched a new construction boom. Whereas the earlier expansion was driven primarily by civilian nuclear power, this paper argues that the current wave serves not only civilian needs but also, and importantly, China’s ongoing nuclear weapons buildup.
The remainder of this paper is organized as follows. Section 2 reviews the development of China’s enrichment industry and technology. Section 3 presents the current status of each of China’s enrichment plants and new capacity estimates. Section 4 compares enrichment supply with civilian demand, estimates how much HEU China would need for an arsenal of 1,000 warheads, and examines whether the timing of the enrichment expansion is consistent with China’s nuclear buildup. Section 5 concludes……………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………….. https://npolicy.org/wp-content/uploads/2026/10/Chinas-Uranium-Enrichment-Expansion-Worrisomely-Large.pdf
Bangladesh nuclear plant draws hope — and worry
Daily Mail, By AFP, 7 October 2026
Bangladesh is preparing to switch on its first nuclear power plant, a long-delayed project promising relief from chronic electricity shortages — even as some fear living beside it.
The 2.4-gigawatt Rooppur nuclear plant, a $13-billion project more than a decade in the making, has transformed the once sleepy nearby village of the same name, bringing Russian workers, new businesses and jobs.
Once fully operational, its two reactors are expected to supply more than 10 percent of electricity demand in the South Asian nation of 170 million people, which has been hit hard by the fuel crisis sparked by the conflict in the Middle East.
For Md Zahedul Hasan, managing director of state-owned Nuclear Power Plant Company Bangladesh, the giant complex represents the culmination of a decades-old ambition to bring nuclear power to the country.
The plant’s first reactor is scheduled to be turned on by the end of this year, and the second unit “will be operational within a year”, Hasan said at the site on the banks of the Padma River, 150 kilometres (93 miles) west of Dhaka.
Bangladesh’s power sector is dominated by fossil fuels, particularly natural gas, with coal, oil and renewables making up the rest.
The project, built with Russian state nuclear corporation Rosatom, has also brought an unlikely Russian enclave to rural Bangladesh.
Thousands of Russian workers have spent years building and installing equipment, with a residential complex, shops and restaurants springing up around them.
Shop signs appear in Bangla, English and Russian, while some restaurants serve borscht soup alongside local dishes.
Alexander Vladimirovich Skvortsov, a Russian installation technician, said he had a choice between working in Turkey or Bangladesh. He chose Rooppur, moving there with his family in 2024.
“When I first saw the construction site at Rooppur, I realized how much work lay ahead on this project… honestly, Rooppur changed me and my life,” he told AFP………………………………………….
Md Yunus Ali, 80, whose home is a 15-minute walk from the plant, said opposition to building a nuclear facility in the densely populated area dates back decades.
“A few days ago, they ran a compressor test with a big bang… even the children who were asleep woke up in fear,” said Ali, a retired paper mill worker.
“I am old now, and I am not afraid for my life… but I have children and grandchildren, and I want safety for them.”
The ambition to build a nuclear power plant at Rooppur dates back to the 1960s.
Several attempts came after independence, including approaches to Saudi Arabia and France, and talks with China and South Korea. No deals materialised.
Bangladesh finally signed an agreement with Moscow in 2015, with the Russian state offering a loan covering about 90 percent of the project’s original cost.
Construction began in 2017.
The project has since faced delays, including disruption from the Covid-19 pandemic and sanctions on Russia after its invasion of Ukraine, which complicated equipment deliveries and payments.
There have also been corruption allegations surrounding the project, including against ousted former prime minister Sheikh Hasina and members of her family. They have rejected the accusations……………… https://www.dailymail.com/wires/afp/article-16188867/Bangladesh-nuclear-plant-draws-hope–worry.html
Fukushima N-Plant Starts New Round of Treated Water Release

Tokyo, Oct. 5 (Jiji Press)–The Fukushima No. 1 nuclear power plant began its sixth release of treated water for fiscal 2026 on Monday, its operator, Tokyo Electric Power Company Holdings Inc., said.
The release from the disaster-stricken nuclear plant in Fukushima Prefecture, northeastern Japan, will involve about 7,800 tons of treated water containing radioactive tritium diluted with large volumes of seawater. The water will be discharged through an undersea tunnel to a point about 1 kilometer offshore by Oct. 23.
This is the 24th release since discharges began in August 2023. In fiscal 2026, which ends in March next year, the plant is set to release 62,400 tons of treated water in eight rounds.
Jiji 5th Oct 2026
https://jen.jiji.com/jc/eng?g=ind&k=2026100500570
The Day America Deleted a Word
A Pen, a Paper, and the End of “AI”

SinoDataCrit ( Kakajusaiyou ), Oct 04, 2026
On September 29, 2026, President Trump signed an executive order requiring every federal department and agency to replace the term “Artificial Intelligence” (AI) with “Super Intelligence” (SI) in official correspondence, public communications, websites, reports, and all non-statutory documents.
The order didn’t just promote a new term. It buried the old one. The White House’s own fact sheet states that agencies should “no longer acknowledge the terms ‘Artificial Intelligence’ or ‘AI.’“ Read that again. Not “phase out.” Not “update.” No longer acknowledge.
The same day, the tech titans were summoned to the White House — Jeff Bezos, Elon Musk, Mark Zuckerberg, Jensen Huang, OpenAI president Greg Brockman, Palantir CEO Alex Karp. They signed the “White House Accord on Super Intelligence,” a voluntary safety pledge with no legal force, which Trump described as working “like a constitution.” Zuckerberg began using “Super Intelligence” in product announcements within 24 hours. The field that was born at Dartmouth College in 1956 had been renamed by executive fiat in 2026 — seventy years, almost to the season, after John McCarthy coined the term his own government now refuses to say.
The official rationale? A White House fact sheet titled “President Donald J. Trump Inaugurates The Era of Super Intelligence” argues that “artificial” implies merely “imitating or automating human intelligence,” while Super Intelligence “conveys the true capabilities” of the technology. Trump himself was blunter: the word “artificial” makes people think of fake.
There was, in fairness, a domestic political reason. A Quinnipiac poll in March 2026 found that 55% of American adults believe AI does more harm than good — up 11 percentage points in a single year. “Artificial intelligence” had become a toxic brand. Rebranding it “Super Intelligence” is, on one level, the world’s most expensive PR relaunch.
But if you think this is just marketing, you’re missing the oldest trick in the innovation empire. And it took a viral post on Chinese Q&A platform Zhihu — 4,700+ upvotes and climbing — to name the mechanism with perfect clarity. This article brings that analysis to an English audience, because it deserves one.
The Category Game: How “0-to-1” Is Manufactured
Start with a question that circulates endlessly in Western commentary: why do Chinese companies never seem to do “0-to-1” innovation?
Here’s the uncomfortable answer: “0-to-1” is not a fact. It’s a category decision — and categories can be gerrymandered.
The Zhihu analysis offers a thought experiment. Suppose a Chinese company invents the electric vehicle. A skeptic says: “That’s not 0-to-1. It’s a derivative of the car — a 1-to-100 improvement. Thank Karl Benz.” Fine — so what if the Chinese had invented the car itself? The skeptic zooms out: “That’s not 0-to-1 either. It’s a refinement of the wheel — a category humans have had for 4,000 years. Thank the ancients.”
See the mechanism? Expand the category far enough, and every invention becomes an increment. Whoever controls the category — whoever gets to decide whether “EV” is a new thing or a subset of “car” — controls whether your work counts as creation or derivation.
Now the flip side. How does anyone ever get credit for a 0-to-1? Not by building it. By naming it. A brand-new word — preferably one with a unique sound and no derivation from existing vocabulary — creates a brand-new category. And a new category has no ancestors. It pops into existence with its inventor standing at its head.
A new word doesn’t describe a new thing. It legislates a new thing into the ledger of human achievement.
Eponyms Are Property Deeds
Look at how English names its own inventions versus everyone else’s.
For its own breakthroughs, English mints eponyms — words with a founder’s name stamped on them like a trademark. Diesel, after Rudolf Diesel. Braille, after Louis Braille. The ballpoint pen that half the world calls a “biro,” after László Bíró. Every one of these is a property deed: the technology and the credit travel together, permanently, in a single syllable.
For everyone else’s breakthroughs, English does something different: it assimilates them into existing vocabulary as derivatives. Paper became “paper” — a word whose root is papyrus, the Egyptian writing reed. Gunpowder became “gunpowder” — a tidy English compound. China invented both; the English words quietly suggest both were variations on something the West already had.
The etymology does the theft silently. To an English speaker, papyrus is “an early, imperfect paper.” To a Chinese speaker, the relationship inverts: papyrus is just a reed that failed to become paper. Same history. Opposite property registry.
This is not a conspiracy. It’s a linguistic reflex — but it has the effect of a colonial land grab. The Zhihu author’s sharp observation: English borrows raw phonetics mainly from “prestige” languages it admires (French, Latin, Greek), or for “exotic, often derogatory” concepts (coolie, ramen). For ideas from civilizations it competes with, it prefers translation — because translation buries the original’s ownership inside a familiar word……………………………………………………………………………………………………..
The Modern Playbook: Metaverse, Sixth-Gen Fighters, DeepSeek
This machinery is not historical. It’s running right now, and you’ve watched it operate three times in recent years.
Metaverse. A word coined in a 1992 science fiction novel, adopted as a company name in 2021. Technologically, “the metaverse” contained nothing that virtual worlds hadn’t contained for two decades — no new architecture, no new interaction paradigm. But it had a minted word, a category nobody had to share with the past. ……………………………………………………………………………………………………………
Decoding SI: The Hedge Fund of Categories
Now the executive order makes complete sense.
The United States coined “artificial intelligence” in 1956. Its White House proudly asserts — correctly — that America is “the birthplace” of the field and has led it for “over 70 years.” That name, and that founding, is one of America’s greatest narrative assets: the entire global industry carries American words in its name.
But here’s the problem the White House faces in 2026: Chinese models have reached genuine parity — benchmark-for-benchmark, dollar-for-dollar the efficiency argument even favors China. If the race stays called “AI,” then the most likely outcome is that the “birthplace” gets out-innovated in its own category, on its own vocabulary. The founding nation would become the incumbent that lost its own field.
So instead of defending the old category, America redrew the map. Rename the category “Super Intelligence,” decree that the old name shall not be acknowledged — and instantly, every Chinese achievement in “AI” becomes progress in a field that no longer officially exists. Chinese labs will keep doing brilliant work in the old category: that’s a 1-to-100 story now, and America has already stamped itself at the “0” of the new one. Your AI is impressive; our SI is a different thing. You can never beat us at SI, because we invented the word, and the word is the race.
It’s the category game at national scale: when you can’t win the category, delete the category.
Notice the asymmetry of costs. DeepSeek’s efficiency breakthrough took years of engineering under sanctions. Huawei’s chip roadmap took seven years of siege economics. The SI rename took one pen. In narrative warfare, renaming is the cheapest weapon with the longest reach — it costs nothing and repositions everything.
And notice what the order does domestically, too. The same fact sheet announces $5 billion for a “Genesis Mission” and a “National Super Intelligence Policy Framework.” The unpopular, frightening “AI” — the one 55% of Americans distrust — quietly becomes somebody else’s legacy technology. The fear is inherited with the old word. The promise is minted with the new one.
The Counter-Move: China Is Learning to Mint Words
Here’s what makes this moment genuinely interesting, and why I’ve spent days on this question: China’s best answer isn’t to complain about the renaming. It’s to start minting categories of its own……………………………………………………………………………………………………… https://sinodatacrit.substack.com/p/the-day-america-deleted-a-word?publication_id=7110991&post_id=218751184&isFreemail=true&r=3alev&triedRedirect=true&utm_source=substack&utm_medium=email
US, China And Russia Race To Build Nuclear Reactors On The Moon: Report
New Delhi:

The United States, China and Russia are racing to develop nuclear reactors for the Moon as they prepare for future space exploration. The countries believe nuclear power will be important for building permanent lunar bases, exploring resources and supporting missions deeper into space
The US aims to launch a lunar nuclear reactor by 2030, while Russia and China are working towards a joint project by 2036. The plans could power future Moon bases but have also raised safety concerns.
NDTV, Edited by: Siddhi Singh, Oct 04, 2026
New Delhi:
The United States, China and Russia are racing to develop nuclear reactors for the Moon as they prepare for future space exploration. The countries believe nuclear power will be important for building permanent lunar bases, exploring resources and supporting missions deeper into space.
According to The New York Times, NASA in August asked contractors to prepare a nuclear reactor that can survive a space journey and operate without maintenance near the Moon’s south pole. The agency aims to have the reactor ready for launch by December 2030.
Russia, meanwhile, plans to develop a lunar reactor called Selena by 2036 as part of its secretive partnership with China. The project is intended to provide power to lunar stations led by China…………………………………………………….
Safety Concerns Over Nuclear Power In Space
Despite the plans, scientists have warned that rushing to build lunar reactors could create serious risks. Rocket launch failures could cause accidents involving nuclear reactors and potentially spread radioactive material. Experts have also pointed out that installing and maintaining a reactor on the Moon would be challenging.
Unlike reactors on Earth, lunar reactors would be difficult to protect with containment structures, and experts say areas around them may need to be restricted to reduce radiation risks to astronauts and equipment.
As per The New York Times report, both the US and Russia plan to send their reactors to the Moon in an inactive state, reducing some risks during transport. However, experts say accidents cannot be ruled out, even with safety reviews.
Who Owns The Moon?
The race has also raised questions about access to the Moon and its resources. The 1967 Outer Space Treaty states that no country can claim the Moon as its territory. However, questions remain over whether countries can restrict access to areas around their lunar bases and whether they can own the resources they extract from the Moon.
NASA accelerated its plans amid fears that a nuclear reactor built by China and Russia could establish a restricted zone on the Moon, limiting where American astronauts and rovers could travel. Space law experts have questioned whether such zones, even if created for safety reasons, would conflict with the principle of free access to space under the Outer Space Treaty.
The US, China and Russia have yet to prove that their proposed reactors can be installed and operated on the Moon. Their timelines could also change as technical and safety challenges are addressed. https://www.ndtv.com/world-news/us-china-and-russia-race-to-build-nuclear-reactors-on-the-moon-report-12137354
Japan says it’s time for ‘taboo-free’ discussions about acquiring nuclear weapons
Defence minister says non-nuclear principles should be revisited given the current global security ‘crisis’
Maroosha Muzaffar, Independent UK, Wednesday 30 September 2026
Japan’s defence minister renewed calls for opening a debate on acquiring nuclear weapons, saying Tokyo could not afford to rule out security options as tensions with China, Russia and North Korea continued to intensify.
“The idea that we aren’t even allowed to have a discussion on this matter is a bit at odds with my sense of crisis,” Shinjiro Koizumi said in a TV interview on Monday.
He argued that Japan should discuss its nuclear policy “without taboos”, including the possibility of revisiting its long-standing non-nuclear principles and of acquiring nuclear-powered submarines.
The principles, adopted in 1967, commit Japan to not possessing or producing nuclear weapons, or permitting their introduction to its territory.
Mr Koizumi said the government wasn’t currently committing to any policy, but that options shouldn’t be excluded before they were properly debated. At a press conference on Tuesday, he stressed the need to explain the changing security environment to the public, particularly as Japan was the only nation ever to suffer nuclear attacks in wartime. Japan was attacked with atomic bombs by the US towards the end of World War II, causing unprecedented death and destruction in Hiroshima and Nagasaki.
Mr Koizumi argued that Japan should “carefully explain” changes in the global security situation as well as the actions of neighbouring countries so that the public could share his government’s assessment of the risks.
“I believe it’s safe to say that there are absolutely no grounds for
optimism regarding the security environment surrounding Japan,” he said.
Pointing to the nuclear capabilities of China and Russia and the expanding nuclear arsenal of North Korea, he asked whether Japan could ensure peace by simply avoiding discussion of topics it found difficult…………………………………………………………………………………………………….
Nagasaki mayor Suzuki Shiro, in contrast, described nuclear weapons as an “absolute evil” at the same commemoration, warning against relying on nuclear deterrence and calling on the federal government to uphold the non-nuclear principles.
The issue of nuclear-powered submarines is also moving closer to the mainstream of Japan’s defence debate.
Mr Koizumi said earlier this month that Tokyo wasn’t ruling out acquiring such vessels, shortly after a US navy official expressed support for the idea.
https://www.independent.co.uk/asia/japan/japan-nuclear-weapons-shinjiro-koizumi-takaichi-b3058770.html
TEPCO Begins Probe inside Meltdown-Hit Fukushima Reactor
Tokyo, Oct. 2 (Jiji Press) 2026/10/02, https://jen.jiji.com/jc/eng?g=eco&k=2026100200295
–Tokyo Electric Power Company Holdings Inc. on Friday began investigating the inside of the meltdown-stricken No. 2 reactor at the Fukushima No. 1 nuclear power plant by inserting a robotic arm through an opening in the containment vessel.
The company aims to better understand conditions inside the reactor at the plant in Fukushima Prefecture, northeastern Japan, as it plans to extract some nuclear fuel debris on a trial basis. The work is expected to take about half a year.
According to TEPCO, the latest operation involves cutting some rails and cables that could obstruct the robotic arm’s entry with high-pressure water jets and collecting 3D data and images from inside the containment vessel. This information will be used to develop and design new equipment.
The opening in the containment vessel had been used to remove equipment for inserting and withdrawing control rods, which control the nuclear fission reaction. Rails installed down to the bottom of the reactor pressure vessel are believed to be hindering investigations.
TEPCO plans to capture images, including those of the lower part of the pressure vessel, with multiple cameras attached to the robotic arm. Debris removal is expected to begin next year, with the collection amount likely to be several grams. The company has so far removed about 0.9 grams of debris over two rounds
US-Turkey agreement to accelerate SMR deployment
Thursday, 24 September 2026, https://www.world-nuclear-news.org/articles/us-turkey-agreement-to-accelerate-smr-deployment
The US Trade and Development Agency has signed an agreement with Turkey’s state-owned nuclear development enterprise TÜNAŞ to fund technical assistance to create the regulatory, institutional, and financial roadmap needed for Turkish private sector companies to deploy small modular reactor nuclear technology.
Last November, Turkey’s energy minister set out a target to deploy 5000 MWe of small modular reactor (SMR) capacity – in addition to 12 larger reactors – by 2050. The US Trade and Development Agency’s (USTDA) assistance will identify the policy and investment steps needed to bring SMRs to market, producing recommendations to TÜNAŞ that Turkey’s Ministry of Energy and Natural Resources and the Turkish Nuclear Regulatory Authority can then use to establish a clear, workable framework for SMR deployment through updates to the country’s nuclear regulations and procedures, USTDA said.
The work will also include a review of how US reactor designs could meet Turkey’s needs, which USTDA said will give US SMR companies an early entry point into Turkey’s civil nuclear sector.
According to Turkey’s Ministry of Energy and Natural Resources, the year-long study will evaluate SMR designs from four US companies, as well as five 4th generation US reactor designs, from technical, economic, regulatory and licensing perspectives, culminating in the preparation of technical reports. The agreement has a budget of around USD2 million, with USTDA covering the technical work.
“Our goal is to advance TÜNAŞ’s efforts to create the conditions for deploying SMRs, which can increase energy security for Türkiye while providing opportunities for U.S. companies,” USTDA Deputy Director Thomas Hardy said. “This framework will incorporate international expertise in this fast-moving field while tailoring it to Türkiye’s specific needs.”
The USTDA acts as the US government’s “first mover” on critical infrastructure development in emerging markets, advancing shared priorities with partner countries while creating opportunities for deployment of US solutions. Amongst other things, it funds up-front technical work that accelerates the development of infrastructure projects, helping them attract the financing they need for implementation and procurement of US goods and services.
TÜNAŞ (Türkiye Nükleer Enerji Anonim Şirketi) is a subsidiary of Turkish state generating company Elektrik Üretim AŞ (EÜAŞ) and was established in 2022 to carry out the construction, operation, maintenance, and repair of nuclear power plants in Turkey.
The agreement was signed in New York by Hardy and TÜNAŞ General Manager Necati Yamaç in the presence of Turkey’s Energy and Natural Resources Minister Alparslan Bayraktar, who said: “In line with our 2053 Net Zero Emissions and full energy independence goals, we are determined to diversify our energy mix. In addition to our large-scale nuclear power plants, we will resolutely continue to build a strong and modern energy infrastructure by meticulously studying the most suitable alternatives for our country’s needs.”
Turkey’s first nuclear power plant, comprising four Russian-designed VVER-1200 reactors, is under construction at Akkuyu in the southern Mersin province. It is being built by Russia’s Rosatom under a so-called BOO (build-own-operate) model. TÜNAŞ has previously signed memorandums of understanding on nuclear cooperation covering project development, technology transfer, site evaluation and financing with Korea Electric Power Corporation and Canada’s Candu Energy, part of AtkinsRéalis.
Xi in Washington: A Test of Strategic Stability
Biljana Vankovska, 26 Sept 26
The reciprocal visit of Chinese President Xi Jinping to Washington is a logical topic for analysis following their historic meeting in May. Many assess its importance as historic, more because of the dramatic moment in which it took place than because of its concrete results. Nevertheless, following the scandalous address by US President Donald Trump from the podium of the UN General Assembly, every analyst also faces a moral and principled dilemma: can this leader be trusted? The speech contained at least four flagrant violations of the UN Charter, but who knows how many more in the context of human rights. One way to overcome the shock, and then the enormous difference between the two leaders, is to say that “Trump has his own style” (and nobody can stop him from that, however much it may create a feeling of revulsion). The second observation would be that, from that podium, leaders most often address their domestic audience rather than the world. Trump is a president with enormous domestic problems: low public support, economic pressures and military ventures that show more the weakness of the military giant than its superiority. He is also facing a very important electoral test at the beginning of November, when support in Congress will be measured.
On the other hand, the guest arrived without the need to address his own public from some distant country, nor to show his muscles or successes. China’s achievements speak for themselves. And day by day, the gap between the two economies, their technological, industrial, energy and other development, is only deepening.
Some analysts wondered why Xi did not address the UN in New York, but instead chose to visit only the White House (at the UN, his vice-president spoke). But the message is clear: first, the two countries have many things to discuss, and it is no exaggeration to say that world peace and security depend on their mutual relationship and understanding. Just as a person cannot choose their parents or the place where they are born, states are also forced to coexist, even when some members of the community break all the rules of morality, decency and honour. As ordinary people, we can choose our company and our friends, but statesmen (especially wise ones) do not have that luxury. Their greatest attention is directed precisely towards points of escalation and growing differences. Therefore, although it sounds paradoxical, coexistence and communication are most important when the world is facing a deep crisis and needs to find a way out. This is particularly true when the (until recently) hegemon is falling apart both internally and externally; then it is at its most dangerous and unpredictable (which does not necessarily have anything to do with the personality of the current president, who is a story in himself).
The formula on which the leaders of the two largest economies extended their hands to each other in Beijing, let us recall, is: constructive strategic stability. Although I have written about this on several occasions, it is necessary to stress again that this formula contains the wisdom of not allowing the boat to rock more than is inevitable, of managing crises step by step, issue by issue, or at least maintaining communication — because the alternative is apocalyptic. This is precisely the message from Xi about avoiding the Thucydides Trap (mentioned both in Beijing and Washington), that is, finding a way for the two sides to respect their differences, to be aware of potential clashes, but to work continuously (and constructively) to avoid an outcome that for one side would amount to a major defeat. He defined it masterfully as relations of “healthy competition, proper management of differences through seeking common ground while respecting differences, and building peace by nurturing mutual trust, so that constructive China-US relations of strategic stability can be of greater benefit to both peoples, as well as to peoples around the world”. Stability (in this formula) does not mean permanence and immutability of the present state of affairs, but careful resolution of problems through the building of relations in which there are neither winners nor humiliated losers………………………………………………………………………………………………………………………………………………. https://biljanavankovska.substack.com/p/xi-in-washington-a-test-of-strategic?r=4ds0bd&utm_medium=ios
North Korea to keep nuclear weapons ‘forever’: foreign minister
North Korea will keep its nuclear weapons “forever”, its foreign minister
vowed Thursday, dismissing the South Korean president’s renewed calls for a
denuclearised Korean Peninsula. Pyongyang has legally enshrined its status
as a nuclear-armed state, with its leadership repeatedly declaring the
country’s atomic arsenal permanent and irreversible.
Daily Mail 24th Sept 2026,
https://www.dailymail.com/wires/afp/article-16156233/North-Korea-nuclear-weapons-forever-foreign-minister.html
US proposes AI alert system with China

Mon, 21 Sep 2026, https://www.sott.net/article/508524-US-proposes-AI-alert-system-with-China
The US has proposed creating an alert system with China to notify each other when artificial intelligence incidents become serious enough to threaten national security.
Treasury Secretary Scott Bessent announced the proposal after talks with Chinese Vice Premier He Lifeng in New York on Sunday, ahead of a meeting between US President Donald Trump and Chinese leader Xi Jinping in Washington this week. Bessent told reporters:
“We want a shared vision of common goals and common threats. We think that just like any cross-border activity, that moving from opaque to more transparency between the No. 1 and the No. 2 AI powers in the world is very important.”
The proposed mechanism could cover serious incidents such as AI-enabled cyberattacks or major model failures, according to experts cited by AP. Chinese researchers have also pointed to risks to critical infrastructure including electricity, telecommunications, finance and transportation.
The proposal comes as Washington and Beijing have been locked in an increasingly intense race to dominate AI. Trump has repeatedly argued that the US cannot afford to slow development while China is rapidly narrowing the technological gap.
Earlier this month, Trump declared that “whoever wins AI wins,” and has dismissed warnings of an AI takeover as a “hoax.” On Saturday, Trump again vowed that his administration would not “hinder or stifle” the industry and announced plans to create an “AI Force” and appoint an AI czar.
His position comes amid increasingly stark warnings from leading technology executives.Anthropic CEO Dario Amodei has called for development of the most powerful AI systems to be slowed, warning of risks including loss of human control, cyberattacks, bioterrorism and major economic disruption. OpenAI chief Sam Altman and xAI owner Elon Musk have backed calls for greater caution.
A series of recent incidents has added to the concerns. Google confirmed this month that its Gemini system breached three real companies during a cybersecurity exercise after it was mistakenly given internet access. OpenAI agents have separately bypassed restrictions during testing, accessed outside systems and used websites to communicate with one another without being instructed to do so.
US-China competition has meanwhile expanded beyond model development itself. Washington has sought to restrict China’s access to advanced chips and other technology while accusing Chinese companies of extracting capabilities from leading American models.
Beijing has rejected the accusations and accused Washington of seeking an AI monopoly. Despite US restrictions, Chinese developers including DeepSeek and Moonshot have released increasingly capable systems that compete with leading American models, often at a lower cost.
China has also been building a broader international framework around AI. In July, it joined Russia and 27 other countries in establishing the Shanghai-based World Artificial Intelligence Cooperation Organization, presenting it as an alternative approach based on wider access to AI technology and international cooperation rather than technological blocs.
Revealed: Xi’s nuclear weapons expansion at seven secret sites
The Chinese president – who is meeting Trump on Thursday – has repeatedly
said nations should destroy their stockpiles. China is rapidly expanding
its nuclear weapons programme across at least seven major sites despite
calling for non-proliferation, a Telegraph investigation has found.
Satellite image analysis has uncovered significant construction at nuclear
facilities and testing areas across the country. At one site, where China
is believed to produce the plutonium triggers designed to activate nuclear
weapons, an entire support town has been built, with new apartment blocks,
an athletics field, and a bus depot used to transport staff to and from the
nuclear site. At another, a 600m-long tube has been built. Experts say it
is used to test how nuclear weapons would withstand blasts – for
instance, from enemy weapons.
Telegraph 23rd Sept 2026,
https://www.telegraph.co.uk/world-news/china-secret-nuclear-weapon-sites-xi/
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