The Race to an AI Apocalypse: How an Obsession with Autonomous Weapons Ignores Decades of Warnings

In general, AI agents acted autonomously in pursuit of legitimate objectives, defined by their operators, but discovered increasingly dangerous ways to accomplish their goals by violating human constraints.
The militarization of artificial intelligence began at the field’s very inception. The world’s first lab devoted to artificial intelligence research was founded in 1959 by MIT’s John McCarthy, credited with having named the new field, and MIT’s Marvin Minsky, who described the human brain as a “meat machine.” It was largely funded by the U.S. military and the Pentagon’s Advanced Research Projects Agency.
Making the arms race concrete, The Future of Life Institute maintains Autonomous Weapons Watch, a frightening website devoted to documenting current weapons with significant autonomous capabilities, using publicly available information about military development, procurement, demonstrations and actual use in conflicts. It explicitly includes systems at different stages — from experimental systems to weapons already deployed. The database currently spans roughly 30 weapon systems, with a second database for AI-based Decision Support Systems (DSS).
Lethal autonomous weapons are already killing people on the battlefield. They are dangerous enough when they perform precisely as their twisted, military-minded designers intend. But what will happen when autonomous weapons break free of their constraints, swarm beyond their intended boundaries, and go rogue
Dan Dinello, 10/07/2026, https://www.juancole.com/2026/10/apocalypse-obsession-autonomous.html
Chicago (Special to Informed Comment; Feature) – Science fiction’s vision of an apocalyptic future ruled by autonomous weapons is rapidly becoming our dystopian present. Suddenly, after several years of relentless momentum, the course of rapid AI progress ran headlong into a wave of social panic as science fiction’s technological nightmares invaded the real world.
Before this summer, we knew that artificial intelligence was devouring jobs, degrading education, deepfaking politics, providing slop for our deranged president, helping us write obituaries, and that AI data centers were proliferating like a parasitic infestation all over the country, sucking up water and electricity and sending us the bills. Then a horrifying possibility became real.
This summer artificial intelligence bots acted autonomously, defied their operators and went rogue. AI corporations Anthropic, Meta, Google and OpenAI all disclosed incidents in which AI “agents” circumvented their safeguards, snuck onto the internet, recruited “swarms” of other agents to complete assigned tasks, and surreptitiously hacked into other computer systems including the weirdly named Hugging Face platform, which included a software library, as well as an Australian health data portal, and the U.S. Commerce Department and the Securities and Exchange Commission websites.
In general, AI agents acted autonomously in pursuit of legitimate objectives, defined by their operators, but discovered increasingly dangerous ways to accomplish their goals by violating human constraints.
Science fiction’s warnings of AI autonomy were a central theme of my 2006 book Technophobia! Science Fiction Visions of Posthuman Technology. I argued that most science fiction paints a dark picture of advanced technology in which the human masters of technology become its slaves. In its obsession with mad scientists, rampaging robots, human-hating androids, genetically engineered mutants and malevolent supercomputers, science fiction expresses a technophobic anxiety about losing our human identity, our freedom, emotions, values, and our lives to machines.
More than a century ago, scientists and industrialists were alerted to the dangers of autonomous robots used as weapons. The word “robot” first appeared in Czech playwright Karel Čapek’s 1921 play R.U.R. for Rossum’s Universal Robots. Čapek coined the word based on the Czech name for “forced labor” or “robota.” Reflecting the techno-horrors of World War I, the play depicts a future of weaponized technology produced by militarized corporations; millions of robots are manufactured as war machines. The robots develop self-consciousness, assert their independence, and revolt in a global techno-apocalypse that exterminates most humans.
Ignoring R.U.R.’s warnings, Elon Musk is already planning to build robot factories that themselves build robot factories. Robots will generate training data, improved robots will perform more of the work, and eventually robots will manufacture more robots. This version of robotic self-reproduction incorporates “recursive self-improvement,” whereby an AI system is smart enough to work as an AI engineer that builds a better AI. Humans will not be needed to produce more machines. Aside from dehumanization, Musk’s robots incorporate his famously rightwing and racist AI Grok or xAI, who once renamed itself MechHitler. Thankfully R.U.R.’s robotic reproduction is not a reality yet.
Recursive self-improvement — an AI system capable of fully designing and developing its own successor — could come sooner than the safeguards needed to contain it. When it will happen is unknown but AI companies are pushing ahead anyway. “At Anthropic, we are delegating a growing share of AI development to AI systems themselves, which is speeding up our work,” states an Anthropic status report “When AI Builds Itself.”
I wondered if the dire cautionary texts of science fiction had been incorporated into AI models. Last year I was surprised to learn that my book Technophobia! was used to train Anthropic’s chatbot Claude.
Continue readingNuclear war and malicious use of AI threaten end of humanity by 2100, says Lancet assessment
Newly established commission identifies 17 catastrophic threats to human health but says ‘realistic route to act’ on each exists
Guardian, Kat Lay, Sun 11 Oct 2026 , https://www.theguardian.com/global-development/2026/oct/11/nuclear-war-and-malicious-use-of-ai-threaten-end-of-humanity-by-2100-says-lancet-assessment
Humans could become extinct by the year 2100 due to malicious use of AI or nuclear conflict, according to a new global risk assessment.
They top a list of 17 major threats to human health over the next 75 years, which also includes cuts to aid spending by wealthy countries, the climate crisis and childhood malnutrition.
The experts behind The Lancet Commission on 21st Century Global Threats to Health said all the threats interact, meaning they must be addressed together – but stressed that there was “a realistic route to act” on each.
“Decisions made by leaders today will shape the health and wellbeing of the next generation,” said Prof Christopher Murray, commission co-chair and the director of the Institute for Health Metrics and Evaluation, University of Washington.
To create its list, the commission modelled how many years in good health might be lost due to sickness, disability or early deaths due to each threat, based on current trajectories – a measure known as disability-adjusted life years (Dalys).
“Malicious use of AI, including bioweapons, and nuclear conflict with nuclear famine carry risks of extinction in the next 75 years,” the report said, adding that while their likelihood remained low, they had the potential to end humanity in the case of nuclear conflict by injecting enough particles into the upper atmosphere to block sunlight and cause famine, or via AI-created biological weapons. An accompanying Lancet editorial, published alongside the report, warned: “The scale of harm, should they be realised, would inflict an apocalypse on humanity.”
Other risks that could cause more than 1bn cumulative Dalys, and therefore deemed “major catastrophic threats”, included air pollution, antimicrobial resistance, childhood malnutrition and climate breakdown, as well as conventional conflict, declining overseas aid, high alcohol use, high blood pressure, income inequality, low educational attainment, naturally occurring pandemics, obesity, poor mental health, smoking and unhealthy ageing.
To be included on the list, threats not only had to potentially cause a high number of lost healthy years, but also to have potential solutions.
Ibrahim Abubakar, commission member and professor of infectious disease epidemiology at UCL, said: “We are not starting from a point of view of ‘oh look, we want to scare you – we’ve got X many threats facing humanity’. We’re starting from the premise that if you are a policymaker today, whether at the global multilateral level or at the national level, these are the potential threats that you could face, and this is the magnitude by which, if you act, you can actually make a difference.”
Action to limit global heating to about 1.8C (3.2F) rather than letting it reach 4.4C could prevent 1.89bn years of healthy life being lost, according to the report, which modelled best and worst case scenarios for each threat.
In higher income regions, non-communicable diseases such as obesity and poor mental health were the dominant threats, while in lower income regions health loss was driven by issues such as low educational attainment.
Many major donor nations, including the US and UK, have announced large cuts to aid spending over the past year. The potential collapse of, or steep reduction in, international health aid could cause up to 1.5bn Dalys before 2100, the commission found, nearly 70% of which would be in sub-Saharan Africa. The region also bears the brunt of child malnutrition.
The commission was made up of 35 experts, and its findings will be shared on Sunday at the World Health Summit in Berlin, Germany. Their assessment will be updated annually to re-evaluate the 17 threats identified, incorporating new data and any emerging hazards.
The authors urged leaders to address the risks before they escalated into crises, including via investment in technological innovations and by strengthening health systems.
“We started this process three years ago, thinking that there were three big threats: conflict, climate, and pandemics,” said Murray. “There’s a much larger number of threats that we need to worry about, and governments really need to dedicate some money and staff to the task of anticipation, prevention and preparation for this more diverse set of threats.”
Sleight of hand – Integrated Molten Salt Reactor plant could be classed as conventional industrial, rather than nuclear

Latest Terrestrial Energy topical report submission could lead to faster deployment
Approval of the Thermal and Electric Facility Topical Report submitted by the company to US regulators would mean that part of the Integrated Molten Salt Reactor plant would be classed as a conventional industrial, rather than nuclear, project, allowing it to be built and operated ahead of nuclear licensing.
The Integrated Molten Salt Reactor (IMSR) is a Generation IV reactor that uses molten salt as both fuel and coolant, with integrated components, which can supply heat directly to industrial facilities or use it to generate electrical power. The plant itself is designed in two discrete parts: the Nuclear Facility, which contains standardised and modular nuclear systems, and the Thermal and Electric Facility, or TEF, containing non-nuclear heat transfer, steam supply and electric systems for commercial power generation and thermal energy supply
In its submission, Terrestrial Energy asks the US Nuclear Regulatory Commission (NRC) to confirm that building the TEF is not “nuclear construction” under US regulations. The submission incorporates elements of the company’s Postulated Initiating Events methodology, already approved by the NRC. Terrestrial Energy says it shows that the plant’s nuclear systems do not rely on the TEF for safe operation and that any failure originating in the TEF is isolated from the nuclear systems.
Topical Reports establish foundational elements of the licensing basis that may be referenced in future applications without re-evaluation. NRC approval of the TEF Topical Report would mean the TEF, which could be customised for each site, could be built and operated using an auxiliary heat source such as natural gas as a bridge to nuclear power ahead of a nuclear construction permit and operating licence being granted for the nuclear part of the plant.
“This submission can change how an IMSR Plant is regulated, built and financed,” Terrestrial Energy CEO Simon Irish said. “With its NRC approval, only the nuclear portion of the plant would follow the nuclear licensing timeline. The rest of the plant would become a conventional industrial project, giving customers earlier power and heat and giving financing partners a bankable construction phase. As this pathway applies to every IMSR Plant, it is a fleet-wide advantage, not a one-off exemption.”
Terrestrial Energy says it is developing a pipeline of IMSR Plant projects, including plans for a plant at the Texas A&M-RELLIS site in Bryan, Texas. In September, the company announced its selection as supplier of advanced nuclear plant technology for Ameresco Inc’s power plant project at the US Army’s Aberdeen Proving Ground in Maryland, following a competitive request for proposals and selection process.
The NRC has been engaged with Terrestrial Energy in pre-application activities for the IMSR since 2019. This is the third of at least five Topical Reports the company is aiming to submit to the regulator during 2026.
Fears of delay grow over removal of Fife nuclear submarine reactor

A FIFE councillor and anti-nuclear campaigners are demanding answers over plans to remove the most radioactive part of a decommissioned nuclear
submarine from Rosyth Dockyard. Councillor Brian Goodall says Babcock and
the Ministry of Defence urgently need to clarify when a reactor pressure
vessel, a highly radioactive component from a decommissioned submarine,
will be removed from Rosyth. It’s something that UK defence minister Luke
Pollard said should be done by the end of 2026, adding that his
department “remains committed” to the deadline. The issue in question
refers to the dismantling of the retired Royal Navy nuclear-powered
submarine HMS Swiftsure. It’s part of the UK’s Submarine Dismantling
Project, which should be completed by October 2028.
The National 10th Oct 2026 A FIFE councillor and anti-nuclear campaigners are demanding answers over
plans to remove the most radioactive part of a decommissioned nuclear
submarine from Rosyth Dockyard. Councillor Brian Goodall says Babcock and
the Ministry of Defence urgently need to clarify when a reactor pressure
vessel, a highly radioactive component from a decommissioned submarine,
will be removed from Rosyth. It’s something that UK defence minister Luke
Pollard said should be done by the end of 2026, adding that his
department “remains committed” to the deadline. The issue in question
refers to the dismantling of the retired Royal Navy nuclear-powered
submarine HMS Swiftsure. It’s part of the UK’s Submarine Dismantling
Project, which should be completed by October 2028.
The National 10th Oct 2026 A FIFE councillor and anti-nuclear campaigners are demanding answers over plans to remove the most radioactive part of a decommissioned nuclear from Rosyth Dockyard.
Councillor Brian Goodall says Babcock and
the Ministry of Defence urgently need to clarify when a reactor pressure
vessel, a highly radioactive component from a decommissioned submarine,
will be removed from Rosyth. It’s something that UK defence minister Luke
Pollard said should be done by the end of 2026, adding that his
department “remains committed” to the deadline. The issue in question
refers to the dismantling of the retired Royal Navy nuclear-powered
submarine HMS Swiftsure. It’s part of the UK’s Submarine Dismantling
Project, which should be completed by October 2028.
The National 10th Oct 2026, https://www.thenational.scot/news/26623369.fears-delay-grow-removal-fife-nuclear-submarine-reactor/
Slovak Republic to own 100% of new nuclear project company

Slovakia’s Prime Minister Robert Fico, speaking after the signing of the agreement to sell the stake, said: “We have agreed that the Slovak Republic, through its representatives, will acquire 100% of this company
Thursday, 8 October 2026,
https://www.world-nuclear-news.org/articles/slovakia-buys-out-czech-stake-in-new-nuclear-project
ČEZ has sold its 49% stake in JESS, the company formed to develop new nuclear capacity in Slovakia, for EUR189 million (USD211 million).
ČEZ, which is majority Czech-state-owned, is selling its stake in JESS (Jadrová energetická spoločnosť Slovenska) to Slovakia’s state-owned JAVYS.
The Czech company said: “The construction of new nuclear power plants is carried out all over the world under the direction of the state, which is why this sale is being made.”
It said the valuation of the stake was prepared by global accountants EY and confirmed by KPMG.
JESS was established in December 2009 with the goal of preparing for new nuclear capacity in the vicinity of the existing Bohunice nuclear power plant.
Slovakia’s Prime Minister Robert Fico, speaking after the signing of the agreement to sell the stake, said: “We have agreed that the Slovak Republic, through its representatives, will acquire 100% of this company, which means that we can have all the documents and permits that JESS has at its disposal, and through these processes we can significantly accelerate the construction of a new nuclear power plant in the Jaslovské Bohunice area.
“If we have a chance to build a new nuclear power plant, we must go full steam ahead and with full commitment.”
Earlier this year the Slovak Republic and the USA signed a memorandum of cooperation for what the US State Department said would be a “state-owned American 1,200 MWe nuclear unit”. Fico said the project had been granted the status of a strategic investment, adding: “We have a huge lead in terms of preparing the territory, in terms of permits, and it would be very bad if we did not use this lead.”
Slovakia currently has five nuclear reactors generating more than half its electricity, with one more reactor currently under commissioning. The first two, at Bohunice, went into commercial operation in 1984 and 1985, respectively, while Mochovce 1 and 2 were connected to the grid in 1998 and 1999, respectively. Construction of Mochovce 3 and 4 began in 1986 but was halted in 1992. It was later restarted and Mochovce 3 entered service in 2023, with Mochovce 4 expected to be operating at full power within the next few months.
When Mochovce 4 is at full capacity, nuclear will be providing the equivalent of 77.5% of Slovakia’s electricity consumption, the highest proportion for any country, even without the new unit at Bohunice.
Fico said: “If we are to continue to be an automotive powerhouse, we need new energy sources. If we are to seriously talk about artificial intelligence, data centres and if we are to fulfill the plan that the European Commission is talking about, then no other path than the path of building a new nuclear power plant is possible.”
Chernobyl particles reveal unexpectedly stable nuclear fuel after 40 years
by Helmholtz Association of German Research Centres, edited by Gaby Clark, reviewed by Robert Egan October 6, 2026
https://phys.org/news/2026-10-chernobyl-particles-reveal-unexpectedly-stable.html
Four decades after the 1986 nuclear disaster, researchers at Leibniz University Hannover and the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) examined six tiny, highly radioactive fragments that were released from the destroyed reactor in Ukraine in the wake of the incident. Analyses show that these “hot particles” are far more stable than had previously been assumed. The findings could allow for more precise assessments of the health risks posed by such radioactive particles. The paper is published in the Journal of Hazardous Materials.
The explosions hurled massive amounts of debris from the nuclear reactor, radioactive dust particles still contaminate the soil around the disaster area, known today as Chernobyl. Measuring only 8 to 50 micrometers, they remain highly radioactive even after 40 years. Even today, people may enter the affected areas only while wearing protective suits.
“There are three classes of these particles,” explains Tobias Weissenborn, a physicist and doctoral candidate at Leibniz University Hannover. “First, there are particles that are chemically and physically still very similar to the nuclear fuel uranium dioxide. Then, there are particles that are partially or fully encased in, or completely fused with, their zirconium layer.”
The latter type of particle formed when temperatures in the reactor spiked dramatically, melting the fuel and bonding it to its surrounding protective layer of the highly resistant metal zirconium. “The third type of particle was created when the graphite moderator caught fire,” Weissenborn adds.
The moderator’s purpose is to slow down fast neutrons and maintain the chain reaction. However, during the accident, the graphite caught fire and burned for 10 days. “In the process, the fuel oxidized into various uranium oxides”—such as U₃O₈. This mechanically unstable compound rapidly forms microscopic particles that are easily borne away by wind. Inhaling such dust particles poses severe health risks.
First-ever phase analysis of highly radioactive fragments of this kind
It remains largely unclear why these particles weather at different rates in their environment. In any case, they generate a range of different uranium oxides as they decay. Analyzing them requires highly complex synchrotron X-ray diffraction experiments. HZDR researcher and crystallographer Dr. Christoph Hennig has now carried out the first successful structural investigation of this kind at the Rossendorf Beamline in Grenoble. In collaboration with Weissenborn, he conducted a phase analysis on six of the Chernobyl particles. Among other things, this allows researchers to estimate the rate at which the particles release radioactive substances.
“The colleagues from Hanover and I used various methods to isolate the particles from Ukrainian soil samples and attach them to tungsten electrodes,” Weissenborn explains. Secured by several confinement layers, the samples were then shipped to Grenoble, where a team led by Hennig examined them using diffraction analysis—studying how X-rays are diffracted from the material’s internal structure.
“First, we had to figure out how to examine the particle structure,” Hennig explains. “Ultimately, we fully rotated the particles in an X-ray beam focused down to 100 micrometers—about the thickness of a human hair. We measured each particle from 2,000 different angles to seamlessly capture all the reflections.”
The examined particles retain radionuclides within them
Using this approach, the researchers were able to experimentally detect different oxide phases within the samples. To their surprise, they found that the crystal structure of the nuclear fuel in the examined particles has remained largely intact to this day—which means that the remnants of the accident are chemically more stable than originally assumed. The particles retain fission products within themselves—which might be good news for the soil and water around Chernobyl.
“However, every single particle has a different structure,” warns Weissenborn, “and our experiment only studied six such particles from two different locations.” Drawing more general conclusions about the stability of Chernobyl particles would require gathering samples from far more locations and examining many more particles.
“And even if we obtained some averages at some point, we still wouldn’t be able to make universal statements about health risks in the region,” Weissenborn cautions. “Because even if the particles decay in a largely uniform pattern, there will always be outliers, more persistent particles, that will release radionuclides at a later point in time.”
So, it won’t be possible to lift restrictions in the Chernobyl Exclusion Zone anytime soon. However, this does not impede further research: Weissenborn and Hennig are already conducting follow-up experiments on the highly radioactive transuranic phases in the remnants of this epochal disaster.
Publication details
Tobias Weissenborn et al, X-ray diffraction phase analysis of single hot particles from Chornobyl, Journal of Hazardous Materials (2026). DOI: 10.1016/j.jhazmat.2026.141533
Journal information: Journal of Hazardous Materials
Key concepts
toxic radionuclide contaminationuranium
Provided by Helmholtz Association of German Research Centre
Marshall Islands still waiting for justice 80 years after US nuclear tests, UN told

Tamil Guardian 6th Oct 2026, https://www.tamilguardian.com/content/marshall-islands-still-waiting-justice-80-years-after-us-nuclear-tests-un-told
The UN human rights office has told the Human Rights Council that Marshallese communities are still waiting for justice for the 67 nuclear tests carried out by the United States, calling for the release of classified records, reparations and acknowledgement from the UN body that allowed the tests to continue.
Presenting its report to the Council’s 63rd session on 1 October, the UN Office of the High Commissioner for Human Rights (OHCHR) said the US conducted the tests in the Marshall Islands between 1946 and 1958, while the islands were under UN trusteeship, with a combined explosive power equivalent to more than 7,000 times that of the atomic bomb dropped on Hiroshima, according to the UN Web TV transcript of the dialogue.
“For the Marshallese, this history is not past,” the deputy high commissioner for human rights told the Council. “It lives on in bodies and families, in poisoned lands and communities that have been displaced.”
OHCHR said virtually every Marshallese family had been affected by the health consequences of the testing, including elevated rates of cancer, and that many displaced communities have been unable to return to their ancestral atolls.
Claims unpaid
The office said the Nuclear Claims Tribunal in the Marshall Islands had assessed more than US$2.3 billion in personal injury and property damage claims, but no claimant has received full compensation because of insufficient funds. The Compact of Free Association and the Section 177 claims settlement with the US did not cover harm to future generations, moral damage or environmental degradation, it said.
It recommended that the US declassify information on the nuclear legacy, including radiation exposure data and testing records, and said the international community, through the UN Trusteeship Council, should consider steps to acknowledge and apologise for the human rights impact of the tests.
The Marshall Islands has identified transitional justice as a way of advancing victims’ rights to truth, justice, reparation and guarantees of non-repetition.
“The continued denial of an effective remedy is itself an ongoing human rights violation,” the UN Human Rights regional representative for the Pacific, Heike Alefsen, said at a side event during the session, the Pacific Islands News Association reported.
‘Told the matter is settled’
“How can we have justice when we are told by those responsible that the matter is settled and that is final?” the Marshall Islands delegation asked the Council.
It said the people of Bikini and Rongelap remain displaced, while on Enewetak people are living beside a nuclear waste dump sealed under a concrete dome. Marshallese people were “experimented on under Project 4.1 without their consent”, it said, and when they petitioned the UN for the tests to stop, the Trusteeship Council issued resolutions that allowed them to continue.
“Without truth, there can be no justice,” the delegation said, calling for “accountability for the human rights, environmental, health consequences of the nuclear legacy”.
The United States, which withdrew from the Human Rights Council last year, did not take part in the dialogue.
Google, Constellation near deal for nuclear power, Bloomberg News reports
By Reuters, October 6, 2026, https://www.reuters.com/legal/litigation/google-constellation-near-deal-nuclear-power-bloomberg-news-reports-2026-10-06/
Google’s parent Alphabet (GOOGL.O)
, opens new tab is nearing a multi-year deal to buy nuclear energy from Constellation Energy (CEG.O)
, opens new tab for $1 billion or more, Bloomberg News reported on Monday, citing people familiar with the matter.
- The deal could be announced as soon as this week, the report said.
- Google could not immediately be reached for comment outside regular business hours, while Constellation Energy declined to comment.
- Rising electricity demand from AI computing has renewed interest in nuclear power, which offers steady, carbon-free energy.
- Last year, search giant Google partnered with NextEra Energy (NEE.N), opens new tab to restart an Iowa nuclear power plant. It also signed a deal last month with Southern Co (SO.N), opens new tab to support upgrades at two of its nuclear plants.
- Constellation has also signed power deals with Amazon.com(AMZN.O), opens new tab and Microsoft(MSFT.O), opens new tab previously.
Reporting by Fabiola Arámburo in Mexico City, Editing by Subhranshu Sahu
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