Breaking AI & Tech News Analyzed

Recent CDC data reveal a dramatic 1,200% increase in kratom‑related poisonings across the United States over the last ten years, with the most pronounced surge recorded in 2025. Researchers link this rise to the growing presence of 7‑hydroxymitragynine (7‑OH), a synthetically produced compound that mimics kratom’s effects but carries opioid‑like risks. Walter Prozialeck, pharmacology professor at Midwestern University, said the trend was expected, noting that the synthetic alkaloid has entered the market through energy drinks and other products since 2024. Christopher McCurdy of the University of Florida warned that marketing 7‑OH as “enhanced kratom” blurs the line for consumers, turning poison‑control calls into a conflated metric for both natural and synthetic products. By contrast, natural kratom (Mitragyna speciosa)—a Southeast Asian plant used for centuries as a pain reliever—has demonstrated a relatively favorable safety profile in animal and human studies. A 2018 statement from then‑HHS Secretary Brett Giroir rejected the DEA’s push to schedule kratom as a Schedule I substance, citing insufficient evidence of harm. Despite the scientific distinction, several states have moved to implement or propose blanket bans on all kratom products, prompting concern from clinicians and patient advocates. A recent user survey indicated that about 50% of respondents rely on kratom for chronic pain, while roughly 40% use it during addiction recovery. Personal testimonies underscore the plant’s therapeutic role. Jeff Maslan, a 68‑year‑old Californian with severe osteoarthritis, credits kratom with easing opioid withdrawal after multiple surgeries. Similarly, “Steven,” a disabled California resident, describes how kratom eliminated unbearable oxycodone withdrawal symptoms without producing the euphoric “warm fuzzy” feeling typical of opioids. Researchers emphasize that 7‑OH carries genuine opioid hazards, including addiction, severe withdrawal, and respiratory depression that can lead to fatal overdose. In animal models, 7‑OH demonstrated the same respiratory‑depression risk as classic opioids, whereas kratom’s primary alkaloid did not. Prozialeck and colleagues explain that kratom’s pharmacology is more nuanced: it partially activates opioid receptors while also engaging adrenergic and serotonin pathways, resembling a hybrid of a weak opioid and an SNRI‑type antidepressant. This multimodal action likely accounts for its lower euphoric potential and the reported boost in energy among users. Nevertheless, experts caution that kratom is not without risk. Fatal poisonings often involve co‑ingestion of potent opioids such as fentanyl, suggesting that some users may cycle between kratom and stronger substances, raising overdose danger due to reduced opioid tolerance. Additionally, heavy‑metal contamination has been detected in certain kratom batches, though the source—soil, processing, or storage—remains unclear. Given these complexities, the consensus among scholars like Austin Zamarripa (Johns Hopkins) is that natural kratom should remain accessible, while concentrated 7‑OH products merit stricter regulation. “These products may offer meaningful benefits to some individuals, and those benefits could be lost if access is restricted too broadly,” Zamarripa said, urging a differentiated policy approach. As the debate unfolds, patients like Steven worry that a sweeping ban would ignore the nuanced safety profile of the plant. “There’s corn on the cob, there’s high‑fructose corn syrup, there’s whiskey— all derived from corn but fundamentally different,” he remarked, highlighting the need for targeted, evidence‑based regulation rather than a one‑size‑fits‑all prohibition.

Amid decades of recurring hostilities, observers are questioning whether Israeli society has become accustomed to a perpetual state of war. The discussion centers on how sustained security threats might shape public attitudes, civic life, and policy priorities, potentially normalising a war‑ready outlook. Critics argue that this conditioning could erode democratic debate and limit aspirations for peace, while proponents suggest it reinforces national resilience and preparedness. The debate underscores the broader challenge of balancing security imperatives with the desire for a stable, civilian‑focused future.

When a Toronto reader confessed to always using "please" and "thank you" with Alexa, the Guardian invited its audience to share their thoughts on the etiquette of speaking to artificial assistants.One camp warns against treating AI as sentient beings, arguing that these systems merely mimic social cues and that confusing imitation with reality can erode our language’s power to challenge dehumanisation. As User30000 put it, we should avoid both de‑humanising language toward people and humanising language toward machines.Conversely, several contributors argue that politeness serves as a useful human default. Lauk notes that courteous phrasing may reinforce positive behavioural cues for AI that learn from user input, while also keeping the speaker grounded in genuine social norms.From an ecological standpoint, extra words translate into measurable energy and water waste. Superspartan highlights that each unnecessary token adds processing load to already energy‑intensive models, and that the cumulative effect of polite phrasing across millions of daily interactions could be substantial.Academic research supports the idea that courteous language can improve AI performance. A linked study finds that polite prompts often elicit more helpful replies, treating modern models as "statistical parrots" that mirror the tone they receive. Yet Sam Altman has publicly estimated that responding to thank‑you notes costs OpenAI tens of millions of dollars, underscoring a tangible financial dimension to the debate.Some readers take a lighter view, extending politeness to elevators, SUVs and even low‑battery iPads, while others, like Martin from Dorset, argue that the practice protects the human soul rather than the machine.There is growing concern that habitual rudeness toward AI may spill over into real‑world interactions. Poridgeoates observes that younger users, who spend more time with technology than with people, risk weakening empathy and emotional‑intelligence muscles if they treat conversational agents dismissively.Louise adds that the way we speak to objects can shape broader social behaviour, especially where power imbalances exist. While AI itself may not feel insulted, the act of being rude can reinforce undesirable character traits in the speaker.Overall, the discussion reveals a split between those who see politeness as a harmless habit that can improve AI responses, and those who view it as an unnecessary drain on resources and a potential threat to human civility.

OpenAI, a leading AI company, has recently released a 13-page policy paper titled 'Industrial Policy for the Intelligence Age,' which calls for a reimagining of the social contract around 'a slate of people-first ideas.' This move is part of an aggressive effort by major AI players to reshape the narrative around their industry, as public disapproval of AI is increasing.OpenAI's paper proposes ideas such as a four-day workweek and a public wealth fund that would return profits directly to citizens. While the company presents these ideas as a starting point for a broader conversation, critics argue that they are more of a public relations ploy than a genuine policy document.OpenAI spent nearly $3m on lobbying in 2025, and its president, Greg Brockman, co-founded a pro-AI Super Pac that raised more than $125m last year. The company is also backing a bill in Illinois that would shield AI firms from liability in cases where an AI model causes serious societal harms.Critics argue that these efforts are aimed at undermining independent efforts to regulate the industry and that the company's proposals shift responsibility away from the company and towards the public and lawmakers. As public distrust of AI grows, the industry is looking for ways to reframe the debate and influence regulation.A Pew Research Center survey found that only 16% of Americans believe that AI will help people think more creatively, while only 5% of Americans believe it will help people better form meaningful relationships. An NBC News poll found that only 26% of voters had a favorable opinion of AI, with a net negative rating.

The rapid advancement of artificial intelligence (AI) has led to a growing concern about who controls the companies behind these technologies. OpenAI, the creator of ChatGPT, is at the forefront of this discussion, with its products now integrated into various aspects of our lives, from smartphones to defense contracts and law enforcement. Investigative journalist Ronan Farrow's recent piece in The New Yorker has raised important questions about the power dynamics at OpenAI, particularly surrounding its billionaire founder and CEO, Sam Altman. Farrow's article suggests that Altman's leadership and the company's operations have sparked concerns about its growing influence and the potential risks associated with its technology. OpenAI's market valuation has reached an astonishing $852 billion, despite a projected loss of $14 billion in 2026. This commercial momentum has led to a significant expansion of its operations, including a deal with the US military to use its technology in classified operations. This move has raised eyebrows, especially given the company's own staff researchers' concerns that AI could be a "threat to humanity". The article also highlights the connections between OpenAI executives and political figures, including a $25 million donation to a Trump fundraising vehicle by OpenAI's top executive, Greg Brockman. These ties have sparked concerns about the company's commitment to democracy and its potential influence on AI regulations. The debate surrounding OpenAI and AI regulation has led to a "QuitGPT" campaign by activist/historian Rutger Bregman, calling for a worldwide boycott of Altman's company. As AI continues to shape our world, it is essential to consider the implications of who controls these technologies and the need for meaningful social, political, legal, and economic guardrails to minimize harm.

Argentina's lawmakers have given the green light to a bill championed by President Javier Milei that permits mining in sensitive glacier and permafrost regions. The move has sparked fierce criticism from environmentalists, who argue it jeopardizes vital water sources. The bill, which was already approved by the Senate in February, passed with 137 votes in favor, 111 against, and three abstentions in the Chamber of Deputies after a marathon 12-hour debate. This development is seen as a significant victory for Milei, who has been pushing for looser regulations to attract large-scale mining projects. Environmentalists have expressed deep concerns that the reforms will undermine protections for glaciers and permafrost, which are crucial for water supplies. Thousands of people demonstrated outside parliament, with some protesters clashing with police. Banners displayed slogans such as 'Water is more precious than gold!' and 'A glacier destroyed cannot be restored!' The bill allows for mining of metals like copper, lithium, and silver in the Andes mountains. Argentina is a major producer of lithium, a critical component for the global tech and green energy sectors. The central bank forecasts that mining exports could triple by 2030. Milei, who does not believe in man-made climate change, argues that the bill is necessary for economic growth. 'Environmentalists would rather see us starve than have anything touched,' he has stated. The reform gives provinces more power to decide which areas to protect and which to exploit economically. Environmental activist Flavia Broffoni countered that 'the science is clear' and that creating a 'sustainable mine' in a periglacial environment is not possible. With nearly 17,000 glaciers and rock glaciers in Argentina, concerns over glacial reserves shrinking due to climate change add urgency to the debate.

Meta announced the launch of Muse Spark, the debut artificial‑intelligence model from the company’s ambitious "superintelligence" squad that was assembled last year with a multi‑billion‑dollar budget. The team, spearheaded by former Scale AI chief Alex Wang—brought on board in a $14.3 bn acquisition—has been offered compensation packages running into the hundreds of millions to attract top talent. Muse Spark is the first installment of the internally codenamed "Avocado" series. For now, the model is accessible only through Meta’s AI app and website, but Meta says it will soon supplant the existing Llama models that power chatbots on WhatsApp, Instagram, Facebook and the firm’s smart‑glasses lineup. Unlike earlier open releases of Llama, Meta has kept Muse Spark’s architecture details under wraps, offering a private preview to a select group of unnamed partners. In a blog post, Meta described the system as "small and fast by design, yet capable enough to reason through complex questions in science, math and health," positioning it as a solid foundation for future, larger versions. Independent testing shows Muse Spark narrowing the gap with leading models from Google, OpenAI and Anthropic in language and visual comprehension, though it still trails in coding and abstract reasoning tasks. The model placed tied for fourth on a comprehensive AI benchmark compiled by Artificial Analysis. CEO Mark Zuckerberg had previously cautioned investors that early releases would be modest but would demonstrate a "rapid trajectory." Wang echoed this sentiment on social media, acknowledging "rough edges" that will be refined over time and confirming that bigger variants are already in development, with some slated for open release. Beyond performance metrics, Meta hinted at commercial ambitions, embedding shopping suggestions directly into its AI chatbot to guide users toward purchasable items. With over 3.5 billion active users across its platforms, the company hopes AI‑driven personal tasks will boost engagement and create a competitive edge over rivals with smaller user bases. Practical use‑cases highlighted include estimating meal calories from a photo, virtually placing a mug on a shelf via augmented reality, and a new "Contemplating Mode" that runs multiple agents simultaneously—mirroring advanced reasoning features seen in Google’s Gemini Deep Think and OpenAI’s GPT‑Pro. Meta says this mode could, for example, help a family plan a vacation by having one agent draft an itinerary while another scouts kid‑friendly activities.

The debate over space exploration has sparked intense discussion, with critics arguing that the vast sums of money spent on it could be better used to address pressing global issues. The Artemis programme, with its $100bn budget, has been singled out as a prime example of such misallocation. This programme's cost could, for instance, fully fund the UN World Food Programme for 10 years, a global initiative that benefits over 150 million people annually in more than 120 countries.On the other hand, proponents of space exploration argue that it is crucial for humanity's long-term survival. They contend that as Earth faces environmental challenges, space could provide a necessary escape route. Moreover, the advancement of technology and knowledge gained through space exploration could have unforeseen benefits for human society.Critics also point out the short-sightedness of prioritizing space travel over solving Earth's problems, such as war and environmental destruction. They suggest that parenting-like responsibility should be applied to space exploration, implying that humanity should focus on solving its current issues before venturing further into space.However, supporters emphasize that space exploration represents a 'shining light of hope' for humanity's future, especially in a world threatened by autocrats and environmental crises. They argue that even small steps in space exploration are necessary for our long-term existence.Ultimately, the question of whether space exploration is worth the money and effort remains a complex and contentious issue. While some see it as a luxury we cannot afford, others believe it is an investment in our future survival.

The UK government has pledged £380 million to accelerate the build‑out of a new battery factory in Somerset that will supply Jaguar Land Rover (JLR) with cells for its forthcoming electric Range Rover and Jaguar models. The plant, operated by Tata’s battery subsidiary Agratas, was highlighted during a site visit by Business Secretary Peter Kyle, who emphasized the grant’s role in safeguarding jobs and driving economic growth. When fully operational, the gigafactory is projected to employ 4,200 workers and deliver up to 40 GWh of battery capacity annually—enough for hundreds of thousands of electric vehicles. It will become the UK’s second high‑volume battery facility after the Chinese‑owned AESC plant in Sunderland. Construction remains in its early stages, with only a steel frame erected so far. Although the original timetable targeted production start‑up in 2026, delays have pushed the expected commencement to the end of 2027. Agratas has reduced the footprint of the first building but claims the change reflects more efficient process design rather than a cut‑back in output. JLR, the nation’s largest automotive employer, had planned to launch its electric Range Rover in 2025, but the debut has slipped to 2026 and the vehicle is still not on sale. The postponement follows a broader trend of EV manufacturers worldwide scaling back or postponing battery projects after over‑optimistic forecasts of rapid consumer migration from petrol. Recent spikes in petrol prices—spurred by geopolitical tensions linked to Donald Trump’s war in Iran—could make electric cars more appealing, potentially justifying the sizeable capital commitments required for a transition to EV production. Until the Somerset facility becomes operational, JLR will continue to source batteries from AESC. That arrangement was confirmed last year by investment bank Société Générale, though references to JLR have since been removed from public statements. In addition to the battery grant, Tata previously secured a £500 million pledge to modernise its Welsh steelworks with electric arc furnaces, underscoring the government’s broader push for greener industrial capacity. Peter Kyle said the investment, alongside other automotive research initiatives announced on the same day, would “boost economic growth, secure jobs and put more money in people’s pockets.” He added that the UK’s “modern industrial strategy” provides the stability needed for long‑term planning. Earl Wiggins, Agratas’s vice‑president for UK manufacturing, welcomed the funding, noting it will enable the company to “deliver net‑zero goals and strengthen the UK’s position as a global leader in battery manufacturing.” He projected that over 2,200 staff would be on‑site within the next year, with further growth thereafter.