
Musk's anti-Semitic AI blunders reveal a deeply unsettling truth
I have always said that AI is most definitively part of our future and has the potential for great benefits – but we must be very careful to mitigate the risks, not see AI as sentient, and understand and accept that AI can and will accelerate bias.
The pace of development of these systems is impressive but also concerning, as there is a real risk that we cannot keep up with that progress. In fact, the reality is that we need AI systems to monitor AI systems and a human in the loop.
The truth is, if nobody knows how these AIs work and what data it is being fed, then nobody can anticipate what they will do either until they switch it on and wait for it to churn out stuff.
My first job after leaving school was as a computer programmer. I've always been fascinated by technology, and while the rapid developments in AI excite me, they also deepen my commitment to ensuring we protect people from the potentially devastating impacts it could have on their lives.
Which is why I led on the issue when I was a member of the science and technology committee and now as a vice-chair of the All-Party Parliamentary Group on AI.
This goes far beyond anti-Semitic comments online: in a world where both governments and AI companies are pushing to integrate AI through every aspect of public life, this unreliability could prove costly. Unless we understand the different types of AI – which is now an unhelpful collective term.
As AIs become essential to critical infrastructure, from healthcare to energy and transportation, the consequences of unpredicted behaviour will worsen to lost lives and economic devastation. And with the ongoing integration of AI into defence, the failures will become catastrophic. This is why it is imperative that we focus on guardrails.
Top experts like Geoffrey Hinton and even the chief executives of AI companies have warned that AI poses a risk of human extinction, akin to pandemics and nuclear war. This risk does not come from the misbehaving chatbots of today, but from the faster-than-human thought process AI systems that AI companies are rushing to develop.
My question is, if we haven't addressed the injustices of the past, how will we cope with the injustices of the future?
If we want to leverage AI for progress and growth safely, we need to know how AI works, and ensure that it will not misfire catastrophically in our hands. This is why it is crucial for us all that we work together globally to legislate how AI is used and what it can be used for.
The Government has a golden opportunity to do this: introduce binding regulations on the predictability of AI. And we need an ethical system.
Such guarantees will be easy to provide for narrow and specialised AIs – such as those advancing science and medicine, which will boost growth, innovation, and public services.
On the other hand, the general AIs that are given more agency and latitude will have to be constructed differently, in a way that ensures they will stay under control. What we can control is guardrails and this should be central.
Having AI systems in the hands of billionaires is a worry.
So a Grok incident today could tomorrow be an AI incident that can take control of critical infrastructure, cause substantial damage or even launch nukes.

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The Independent
24 minutes ago
- The Independent
5 best record players, reviewed by an audio expert
There's something mesmerising about lowering a needle onto a spinning record. Vinyl record sales are booming, and if you're looking to start your vinyl journey, or you're thinking about upgrading an old turntable, I've found the best record players that won't break the bank. There's a plethora of budget-friendly record players available that don't feel like compromises – decks that blend classic appeal with just enough modern convenience to make everyday use a doddle. I've been spinning my way through a selection of the latest relatively affordable record players from a range of brands. They may differ in design, features, and finish, but all share one thing in common: they make listening to records straightforward and joyful. Some have fully automatic operation – just press 'start' and let the deck do the rest – which is ideal for those wary of tonearm technicalities. Others come equipped with Bluetooth, enabling you to wirelessly stream to compatible speakers or headphones, if that's more convenient than a traditional wired setup. You'll even find models with a USB output, making it possible to digitise your collection. I think the Audio-Technica AT-LP70XBT is by far the best option for most people, offering brilliant sound quality at a reasonable price. However, l've tested lots of other great options. Whether you're rekindling your love of vinyl or lighting the spark for the first time, I've taken a close listen to help you find the best record player for your needs. How we tested Each of the turntables on test was carefully assembled and connected to my trusted reference audio system, ensuring a consistent setup for every model. To get a true sense of musicality and character, I spun a wide range of vinyl: the atmospheric layers and vocal nuances of Björk, the sweeping dynamics of Strauss's orchestral works, and the brassy, chaotic joy of Stan Kenton's big band jazz. I used these records to assess these players by several criteria: Sound quality: The most important test of all. It's perhaps a little subjective, but my varied playlist helped reveal how each deck handled detail, rhythm, dynamics and stereo imaging – all qualities that matter whether you're a casual listener or a long-time collector. Resonance: Reasonance is any vibration that impacts sound quality, whether from the turntable itself or from the tone arm. I wanted record players that reduced this resonance. Tone arms: A tonearm holds the stylus, or the needle. I wanted a smooth, lightweight tone arm that was easy to place onto a vinyl without damaging the record. Cartridge: The cartridge houses the needle, also known as a stylus. It's how a record player reads a record. These can often be swapped between different turntables, but I wanted to check the quality of the included cartridges and ensure that they didn't skip. Tracking force: This is the amount of pressure a stylus needle puts onto the groove. I measured the tracking force of each deck and whether or not it could be adjusted to ensure perfect playback. Anti-skate settings: These settings stop the stylus from creating too much inward force as it moves towards the centre of the record, so I both looked out for and tested these settings Connection types: All the turntables included in our tried-and-tested lineup come with a built-in phono preamp, as well as the option of a traditional line out. Vinyl records produce a very low-level signal that needs special amplification and equalisation before it can be heard properly through speakers. Traditionally, this job was handled by a dedicated phono stage in a hi-fi amplifier, or a separate external unit, but a built-in phono preamp takes care of that for you. I wanted record players with as many ways to connect as possible. Why you can trust IndyBest reviews Steve May is a technology journalist with more than 30 years' experience, specialising in home audio, home cinema, TV, soundbars and personal audio. He writes for a variety of popular audio websites and publications. His reviews are based on real-world testing, and he will only recommend the handful of products he believes are worth your money. The best record players for 2025 are:


The Guardian
25 minutes ago
- The Guardian
Human-level AI is not inevitable. We have the power to change course
'Technology happens because it is possible,' OpenAI CEO, Sam Altman, told the New York Times in 2019, consciously paraphrasing Robert Oppenheimer, the father of the atomic bomb. Altman captures a Silicon Valley mantra: technology marches forward inexorably. Another widespread techie conviction is that the first human-level AI – also known as artificial general intelligence (AGI) – will lead to one of two futures: a post-scarcity techno-utopia or the annihilation of humanity. For countless other species, the arrival of humans spelled doom. We weren't tougher, faster or stronger – just smarter and better coordinated. In many cases, extinction was an accidental byproduct of some other goal we had. A true AGI would amount to creating a new species, which might quickly outsmart or outnumber us. It could see humanity as a minor obstacle, like an anthill in the way of a planned hydroelectric dam, or a resource to exploit, like the billions of animals confined in factory farms. Altman, along with the heads of the other top AI labs, believes that AI-driven extinction is a real possibility (joining hundreds of leading AI researchers and prominent figures). Given all this, it's natural to ask: should we really try to build a technology that may kill us all if it goes wrong? Perhaps the most common reply says: AGI is inevitable. It's just too useful not to build. After all, AGI would be the ultimate technology – what a colleague of Alan Turing called 'the last invention that man need ever make'. Besides, the reasoning goes within AI labs, if we don't, someone else will do it – less responsibly, of course. A new ideology out of Silicon Valley, effective accelerationism (e/acc), claims that AGI's inevitability is a consequence of the second law of thermodynamics and that its engine is 'technocapital'. The e/acc manifesto asserts: 'This engine cannot be stopped. The ratchet of progress only ever turns in one direction. Going back is not an option.' For Altman and e/accs, technology takes on a mystical quality – the march of invention is treated as a fact of nature. But it's not. Technology is the product of deliberate human choices, motivated by myriad powerful forces. We have the agency to shape those forces, and history shows that we've done it before. No technology is inevitable, not even something as tempting as AGI. Some AI worriers like to point out the times humanity resisted and restrained valuable technologies. Fearing novel risks, biologists initially banned and then successfully regulated experiments on recombinant DNA in the 1970s. No human has been reproduced via cloning, even though it's been technically possible for over a decade, and the only scientist to genetically engineer humans was imprisoned for his efforts. Nuclear power can provide consistent, carbon-free energy, but vivid fears of catastrophe have motivated stifling regulations and outright bans. And if Altman were more familiar with the history of the Manhattan Project, he might realize that the creation of nuclear weapons in 1945 was actually a highly contingent and unlikely outcome, motivated by a mistaken belief that the Germans were ahead in a 'race' for the bomb. Philip Zelikow, the historian who led the 9/11 Commission, said: 'I think had the United States not built an atomic bomb during the Second World War, it's actually not clear to me when or possibly even if an atomic bomb ever is built.' It's now hard to imagine a world without nuclear weapons. But in a little-known episode, then president Ronald Reagan and Soviet leader Mikhail Gorbachev nearly agreed to ditch all their bombs (a misunderstanding over the 'Star Wars' satellite defense system dashed these hopes). Even though the dream of full disarmament remains just that, nuke counts are less than 20% of their 1986 peak, thanks largely to international agreements. These choices weren't made in a vacuum. Reagan was a staunch opponent of disarmament before the millions-strong Nuclear Freeze movement got to him. In 1983, he commented to his secretary of state : 'If things get hotter and hotter and arms control remains an issue, maybe I should go see [Soviet leader Yuri] Andropov and propose eliminating all nuclear weapons.' There are extremely strong economic incentives to keep burning fossil fuels, but climate advocacy has pried open the Overton window and significantly accelerated our decarbonization efforts. In April 2019, the young climate group Extinction Rebellion (XR) brought London to a halt, demanding the UK target net-zero carbon emissions by 2025. Their controversial civil disobedience prompted parliament to declare a climate emergency and the Labour party to adopt a 2030 target to decarbonize the UK's electricity production. The Sierra Club's Beyond Coal campaign was lesser-known but wildly effective. In just its first five years, the campaign helped shutter more than one-third of US coal plants. Thanks primarily to its move from coal, US per capita carbon emissions are now lower than they were in 1913. In many ways, the challenge of regulating efforts to build AGI is much smaller than that of decarbonizing. Eighty-two percent of global energy production comes from fossil fuels. Energy is what makes civilization work, but we're not dependent on a hypothetical AGI to make the world go round. Further, slowing and guiding the development of future systems doesn't mean we'd need to stop using existing systems or developing specialist AIs to tackle important problems in medicine, climate and elsewhere. It's obvious why so many capitalists are AI enthusiasts: they foresee a technology that can achieve their long-time dream of cutting workers out of the loop (and the balance sheet). But governments are not profit maximizers. Sure, they care about economic growth, but they also care about things like employment, social stability, market concentration, and, occasionally, democracy. It's far less clear how AGI would affect these domains overall. Governments aren't prepared for a world where most people are technologically unemployed. Capitalists often get what they want, particularly in recent decades, and the boundless pursuit of profit may undermine any regulatory effort to slow the speed of AI development. But capitalists don't always get what they want. At a bar in San Francisco in February, a longtime OpenAI safety researcher pronounced to a group that the e/accs shouldn't be worried about the 'extreme' AI safety people, because they'll never have power. The boosters should actually be afraid of AOC and Senator Josh Hawley because they 'can really fuck things up for you'. Assuming humans stick around for many millennia, there's no way to know we won't eventually build AGI. But this isn't really what the inevitabilists are saying. Instead, the message tends to be: AGI is imminent. Resistance is futile. But whether we build AGI in five, 20 or 100 years really matters. And the timeline is far more in our control than the boosters will admit. Deep down, I suspect many of them realize this, which is why they spend so much effort trying to convince others that there's no point in trying. Besides, if you think AGI is inevitable, why bother convincing anybody? We actually had the computing power required to train GPT-2 more than a decade before OpenAI actually did it, but people didn't know whether it was worth doing. But right now, the top AI labs are locked in such a fierce race that they aren't implementing all the precautions that even their own safety teams want. (One OpenAI employee announced recently that he quit 'due to losing confidence that it would behave responsibly around the time of AGI'.) There's a 'safety tax' that labs can't afford to pay if they hope to stay competitive; testing slows product releases and consumes company resources. Governments, on the other hand, aren't subject to the same financial pressures. An inevitabilist tech entrepreneur recently said regulating AI development is impossible 'unless you control every line of written code'. That might be true if anyone could spin up an AGI on their laptop. But it turns out that building advanced, general AI models requires enormous arrays of supercomputers, with chips produced by an absurdly monopolistic industry. Because of this, many AI safety advocates see 'compute governance' as a promising approach. Governments could compel cloud computing providers to halt next generation training runs that don't comply with established guardrails. Far from locking out upstarts or requiring Orwellian levels of surveillance, thresholds could be chosen to only affect players who can afford to spend more than $100m on a single training run. Governments do have to worry about international competition and the risk of unilateral disarmament, so to speak. But international treaties can be negotiated to widely share the benefits from cutting-edge AI systems while ensuring that labs aren't blindly scaling up systems they don't understand. And while the world may feel fractious, rival nations have cooperated to surprising degrees. The Montreal Protocol fixed the ozone layer by banning chlorofluorocarbons. Most of the world has agreed to ethically motivated bans on militarily useful weapons, such as biological and chemical weapons, blinding laser weapons, and 'weather warfare'. In the 1960s and 70s, many analysts feared that every country that could build nukes, would. But most of the world's roughly three-dozen nuclear programs were abandoned. This wasn't the result of happenstance, but rather the creation of a global nonproliferation norm through deliberate statecraft, like the 1968 Non-Proliferation Treaty. On the few occasions when Americans were asked if they wanted superhuman AI, large majorities said 'no'. Opposition to AI has grown as the technology has become more prevalent. When people argue that AGI is inevitable, what they're really saying is that the popular will shouldn't matter. The boosters see the masses as provincial neo-Luddites who don't know what's good for them. That's why inevitability holds such rhetorical allure for them; it lets them avoid making their real argument, which they know is a loser in the court of public opinion. The draw of AGI is strong. But the risks involved are potentially civilization-ending. A civilization-scale effort is needed to compel the necessary powers to resist it. Technology happens because people make it happen. We can choose otherwise. Garrison Lovely is a freelance journalist


The Guardian
25 minutes ago
- The Guardian
Metal bottle caps ‘surprising' source of microplastic contamination, study finds
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