Tag: AI

  • Knowing less about AI makes people more open to having it in their lives – new research

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    Anggalih Prasetya / Shutterstock

    Chiara Longoni, Bocconi University; Gil Appel, George Washington University, and Stephanie Tully, University of Southern California

    The rapid spread of artificial intelligence has people wondering: who’s most likely to embrace AI in their daily lives? Many assume it’s the tech-savvy – those who understand how AI works – who are most eager to adopt it.

    Surprisingly, our new research (published in the Journal of Marketing) finds the opposite. People with less knowledge about AI are actually more open to using the technology. We call this difference in adoption propensity the “lower literacy-higher receptivity” link.

    This link shows up across different groups, settings and even countries. For instance, our analysis of data from market research company Ipsos spanning 27 countries reveals that people in nations with lower average AI literacy are more receptive towards AI adoption than those in nations with higher literacy.

    Similarly, our survey of US undergraduate students finds that those with less understanding of AI are more likely to indicate using it for tasks like academic assignments.

    The reason behind this link lies in how AI now performs tasks we once thought only humans could do. When AI creates a piece of art, writes a heartfelt response or plays a musical instrument, it can feel almost magical – like it’s crossing into human territory.

    Of course, AI doesn’t actually possess human qualities. A chatbot might generate an empathetic response, but it doesn’t feel empathy. People with more technical knowledge about AI understand this.

    They know how algorithms (sets of mathematical rules used by computers to carry out particular tasks), training data (used to improve how an AI system works) and computational models operate. This makes the technology less mysterious.

    On the other hand, those with less understanding may see AI as magical and awe inspiring. We suggest this sense of magic makes them more open to using AI tools.

    Our studies show this lower literacy-higher receptivity link is strongest for using AI tools in areas people associate with human traits, like providing emotional support or counselling. When it comes to tasks that don’t evoke the same sense of human-like qualities – such as analysing test results – the pattern flips. People with higher AI literacy are more receptive to these uses because they focus on AI’s efficiency, rather than any “magical” qualities.

    It’s not about capability, fear or ethics

    Interestingly, this link between lower literacy and higher receptivity persists even though people with lower AI literacy are more likely to view AI as less capable, less ethical, and even a bit scary. Their openness to AI seems to stem from their sense of wonder about what it can do, despite these perceived drawbacks.

    This finding offers new insights into why people respond so differently to emerging technologies. Some studies suggest consumers favour new tech, a phenomenon called “algorithm appreciation”, while others show scepticism, or “algorithm aversion”. Our research points to perceptions of AI’s “magicalness” as a key factor shaping these reactions.

    These insights pose a challenge for policymakers and educators. Efforts to boost AI literacy might unintentionally dampen people’s enthusiasm for using AI by making it seem less magical. This creates a tricky balance between helping people understand AI and keeping them open to its adoption.

    To make the most of AI’s potential, businesses, educators and policymakers need to strike this balance. By understanding how perceptions of “magicalness” shape people’s openness to AI, we can help develop and deploy new AI-based products and services that take the way people view AI into account, and help them understand the benefits and risks of AI.

    And ideally, this will happen without causing a loss of the awe that inspires many people to embrace this new technology.

    Chiara Longoni, Associate Professor, Marketing and Social Science, Bocconi University; Gil Appel, Assistant Professor of Marketing, School of Business, George Washington University, and Stephanie Tully, Associate Professor of Marketing, USC Marshall School of Business, University of Southern California

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

  • How the UK’s plans for AI could derail net zero – the numbers explained

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    Data centres use an enormous amount of electricity for cooling and to power servers. Andia/Alamy Stock Photo

    Tom Jackson, Loughborough University and Ian R. Hodgkinson, Loughborough University

    The UK government’s goal to increase public-controlled artificial intelligence computing power twentyfold by 2030 would significantly raise electricity demand. Can renewable energy supply meet it – and still have enough left over to electrify sectors like heating and transport, which must be fully decarbonised by 2050?

    First, let’s discuss why AI is so energy intensive. AI systems demand a huge amount of computing power. The creation and use of AI involves training the programmes on models and algorithms that must be invented and calibrated, all of which demands computing power. Then, that AI model must draw conclusions from the new data it is fed, which is another energy-intensive process in itself.

    The need for more and more computing power has risen sharply as AI has become more sophisticated. Computing power is becoming scarce as a result and is a major bottleneck for the further development and use of AI. Indeed, the UK’s national AI strategy published in 2021, recognised that computing power capacity must be increased if the potential of AI is to be realised.

    The more sophisticated the AI, typically, the more energy intensive it is. This has significant implications for the UK.

    How much energy does the AI rollout need?

    Data centres (facilities that store, process and distribute data) are a significant and growing consumer of electricity. From training complex AI models, which requires immense computational power and data storage, to running data through trained AI models to make predictions or solve tasks, data centres are central to every stage of AI’s use and development.

    According to estimates by the International Energy Agency, data centres globally account for approximately 1%-1.3% of total electricity consumption. One recent observation suggests that developing the most sophisticated AI systems currently requires a fourfold increase in the amount of computing power annually. The total amount of data required for AI training has also risen by 2.5 times a year, increasing reliance on data centres.

    Pylons at sunset.
    Britain’s electricity grid will strain to meet rising demand even without AI. SuxxesPhoto/Shutterstock

    In the UK, AI and related infrastructure consumed around 3.6 terawatt-hours (TWh) of electricity in 2020. If this consumption increases twentyfold, as per the government’s target, it could reach 72 TWh by 2030. This would represent over one-quarter of the UK’s total electricity consumption in 2021, which was approximately 261 TWh.

    The rapid growth in AI computing requires careful planning. However, data centres are only part of the equation. The devices that use AI, such as sensors in smart homes, gas and electricity meters, routers, wifi hubs, streaming devices and social media platforms, could add significant energy demand that is difficult to estimate.

    These additional components of AI’s total energy consumption are often overlooked.

    Renewable energy growth is insufficient

    The UK has made significant strides in renewable energy production, with wind and solar power contributing over 40% of electricity in recent years.

    However, our projections, reported in the journal Energy Policy, indicate that global renewable electricity supply will not meet surging demand from global digital data growth.

    Our research considered different scenarios for AI’s energy use. The UK’s target of a twentyfold increase in AI computing power by 2030 is certainly a high-consumption scenario, in which energy demand from digital infrastructure alone could outpace the growth of renewable energy capacity.

    At the same time, the UK’s decarbonisation hinges on electrifying transport and heating, sectors traditionally reliant on fossil fuels: replacing natural gas boilers with electric heat pumps and combustion engine cars with electric vehicles. These will require substantial increases in electricity supply.

    A row of electric cars plugged into public chargers.
    Britain’s electric vehicle charging network will need to expand to decarbonise transport. Shutterstock

    However, solving this problem will not just require expanding renewable energy production. The energy efficiency of AI systems and related technologies must improve too. Ensuring that the energy needed for AI and other digital advancements is sustainably sourced, without compromising broader net zero goals, will require a combination of government policy, technological innovation and public awareness.

    AI’s growing electricity needs could exacerbate competition for limited renewable energy resources. This competition risks increasing reliance on fossil fuels, especially during periods of peak energy demand. If additional renewable capacity cannot be deployed quickly enough, the UK might face a scenario where AI-driven electricity demand increases overall emissions rather than reducing them.

    The UK’s commitment to a twentyfold increase in public AI computing power by 2030 presents an immense challenge for the country’s electricity system. Meeting this goal sustainably will require balancing AI’s energy needs with broader electrification goals and renewable energy limitations.

    Without immediate and concerted efforts to expand renewable energy and improve efficiency, AI’s electricity demands could hinder the transition to a net zero future.


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    Tom Jackson, Professor of Information and Knowledge Management, Loughborough University and Ian R. Hodgkinson, Professor of Strategy, Loughborough University

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

  • There is a green elephant in the room with government’s AI plans

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    Green Party Co-leader Adrian Ramsay. Wikipedia CC.
    Green Party Co-leader Adrian Ramsay. Wikipedia CC.

    Responding to the news that Government plans for AI to be “mainlined into the veins” of the nation, Green Party Co-Leader, Adrian Ramsay MP, said

    “The potential for AI is huge and Greens welcome the potential it holds, especially in research and innovation. However, this plan comes almost exclusively from engagement with industry and investors and does not account for the views of the public, or the people working in our public services, about where AI should or should not be used. If AI is to serve our public services, its uses must instead be driven by the voices of those most affected by this technology development and deployment. This of course has to include addressing concerns around privacy and rights over their information”

    “In addition, there is a green elephant in the room with neither government nor business truly addressing the environmental impacts of AI. One estimate said AI-related infrastructure may soon consume six times more water than Denmark, a country of 6 million people. And a request made through ChatGPT consumes 10 times the electricity of a Google Search. Yet the action plan does not address these crucial questions of environmental sustainability, let alone the debate about the relative gains from AI versus these obvious harms.”

  • Israel’s AI system used in Gaza attacks has decades of history: Report

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    https://www.middleeastmonitor.com/20241230-israels-ai-system-used-in-gaza-attacks-has-decades-of-history-report

    Teams and civilians conduct a search and rescue under debris of destroyed building, belonged to Palestinians Al Naami family, following the Israeli attack on Maghazi refugee camp in Gaza City, Gaza on December 28, 2024 [Ashraf Amra – Anadolu Agency]

    Israel has spent more than a decade developing its “AI factory,” a system used to support its military attacks on Gaza since 7 October, 2023, The Washington Post reported.

    Citing multiple sources familiar with Israel’s use of artificial intelligence in Gaza, the daily reported that Israel has been advancing AI technology for over 10 years to target locations in Gaza more efficiently.

    Some sources, including former Israeli military personnel, expressed concern that the Israeli military’s use of AI has significantly increased civilian casualties.

    The report reveals that AI systems, including “Gospel” and “Lavender,” processed intelligence at an unprecedented pace, enabling the Israeli military to bomb 12,000 targets in Gaza in weeks.

    Soldiers worked in what was described as a “target factory,” prioritizing speed over intelligence assessment and reducing the time needed for evaluation to as little as three minutes.

    READ: Israeli aviation sector faces $28.8M loss amid ongoing Gaza genocide

    This work by Middle East Monitor is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

    Experiencing issues with this image not appearing. I suspect because it's so critical of Zionist Keir Starmer's support of and complicity in Israel's genocides.
    Genocide denier and Current UK Prime Minister Keir Starmer is quoted that he supports Zionism without qualification. He also confirms that UK air force support has been essential in Israel’s mass-murdering genocide. Includes URLs https://www.declassifieduk.org/keir-starmers-100-spy-flights-over-gaza-in-support-of-israel/ and https://youtu.be/O74hZCKKdpA
  • Tech Billionaires Get in Line to Support Trump Inauguration Fund

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    Original article by Eloise Goldsmith republished from Common Dreams under Creative Commons (CC BY-NC-ND 3.0). 

    OpenAI CEO Sam Altman attends a session of the World Economic Forum (WEF) meeting in Davos on January 18, 2024. (Photo by Fabrice Coffrini/AFP via Getty Images)

    “President Trump will lead our country into the age of AI, and I am eager to support his efforts to ensure America stays ahead,” said OpenAI CEO Sam Altman.

    OpenAI CEO Sam Altman became the latest tech titan to make an explicit overture to U.S. President-elect Donald Trump when he confirmed Friday that he intends to make a $1 million to Trump’s inauguration fund.

    The news comes after Meta confirmed Wednesday that it has donated $1 million to the fund, and it was reported Thursday that Amazon intends to make a $1 million donation. The Washington Post characterized Altman’s move as “the latest attempt to gain favor from a leading technology executive in an industry that has long been a target of Trump’s vitriol.”

    Altman said in a statement that was sent to multiple outlets that “President Trump will lead our country into the age of AI, and I am eager to support his efforts to ensure America stays ahead.”

    The donation from Meta follows a trip by Meta CEO and founder Mark Zuckerberg down to Trump’s Mar-a-Lago Club to meet with the president-elect last month. Jeff Bezos, Amazon’s executive chairman, is slated to head to Florida to meet with Trump at Mar-a-Lago next week, according to The Wall Street Journal.

    Zuckerberg and Trump have not always been on the best of terms—Meta temporarily booted Trump from Instagram and Facebook following his comments regarding the January 6 insurrection, and Trump threatened Zuckerberg with lifetime incarceration if Trump perceived that Zuckerberg was interfering in the 2024 election—but Zuckerberg made entreaties to the then-candidate this past summer when he described Trump’s response to his assassination attempt as “badass.”

    Zuckerberg and Meta refrained from donating to Trump’s inauguration fund in 2017, and to President Joe Biden’s inauguration fund in 2021, according to The Wall Street Journal.

    In response to the news that Meta donated to Trump’s inauguration fund this time, the watchdog group Public Citizen wrote: “Shocker! Another tech bro billionaire trying to buy his way into Trump’s good graces. Zuckerberg donated $1 million to Trump’s inaugural fund. $1 million to the man who threatened Zuckerberg with life in prison. Grow a spine.”

    Journalists Mehdi Hasan described the move as “bending both knees to Trump.”

    https://twitter.com/mehdirhasan/status/1867180307696549914?ref_src=twsrc%5Etfw%7Ctwcamp%5Etweetembed%7Ctwterm%5E1867180307696549914%7Ctwgr%5E58d4184d61198542016c7f701d22c2aa26d27a69%7Ctwcon%5Es1_c10&ref_url=https%3A%2F%2Fwww.commondreams.org%2Fnews%2Ftrump-tech-billionaires-donation

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    Bezos also chafed against Trump during his first presidency. Trump has repeatedly criticized The Washington Post, which is owned by Bezos, for its coverage of him. In legal proceedings, Amazon also accused Trump of swaying the bidding process when the Pentagon chose Microsoft over Amazon for a lucrative contract because of Trump’s disdain for Bezos. However, in a move that was viewed as a signal to Trump, Bezos blocked the Post from endorsing Vice President Kamala Harris just before last month’s election.

    Margaret O’Mara, a history professor at the University of Washington who focuses on the high-tech economy, said during an interview with NPR the fact that support for Trump isn’t happening quietly “is something new.”

    “It’s just a recognition that there’s not much to be gained in outspoken opposition, but perhaps there is something to be gained by being very clear about your support and hope that Trump does well,” she said.

    Original article by Eloise Goldsmith republished from Common Dreams under Creative Commons (CC BY-NC-ND 3.0).