Apple researchers question AI’s reasoning ability in mathematics
A team of Apple researchers has questioned the formal reasoning capabilities of large language models (LLMs), particularly in mathematics.
In the scorching heat of a Californian afternoon, history was quietly made at Edwards Air Force Base.
In the scorching heat of a Californian afternoon, history was quietly made at Edwards Air Force Base. An experimental F-16, its sleek frame adorned in bold orange and white hues, pierced the sky with a thunderous roar. Yet, what followed was not a conventional aerial duel, but a spectacle of technological prowess ~ an AI-controlled fighter jet, piloted not by a human, but by artificial intelligence. This milestone in military aviation represents a seismic shift in warfare, akin to the advent of stealth technology in the 1990s. The US Air Force’s embrace of AI heralds a future where unmanned warplanes, guided by sophisticated algorithms, dominate the skies.
The vision of a fleet comprising over 1,000 AIenabled aircraft by 2028 underscores the service’s commitment to harnessing cutting-edge technology for national security. However, as with any leap into the unknown, this transition is not without its share of apprehensions and ethical dilemmas. The spectre of autonomous weapons looms large, raising concerns among arms control experts and humanitarian groups alike. The prospect of AI making life-and-death decisions, including the deployment of lethal force, without human intervention is deeply unsettling. The International Committee of the Red Cross has sounded a clarion call for urgent international action to regulate the use of such technology. Yet, proponents argue that human oversight remains paramount in ensuring responsible AI deployment. The assertion by US Air Force Secretary Frank Kendall that there will always be human involvement in critical decision-making processes offers some reassurance. Nevertheless, striking the delicate balance between leveraging AI’s capabilities and preserving ethical standards demands meticulous scrutiny and robust safeguards.
The strategic imperative driving this paradigm shift is clear ~ to maintain air superiority in an increasingly contested and complex global landscape. As geopolitical rivals like China invest heavily in bolstering their air capabilities, the United States faces the imperative to adapt and innovate. The emergence of AIcontrolled aircraft promises to mitigate risks to pilots while enhancing operational effectiveness. At the heart of this transformation lies the convergence of security, cost, and strategic considerations. The staggering cost overruns and production delays plaguing traditional manned fighter programmes, exemplified by the F-35 Joint Strike Fighter, underscore the urgency for alternative solutions.
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AI-controlled unmanned jets offer a compelling proposition ~ smaller, cheaper, and potentially more agile than their manned counterparts. The US Air Force’s pioneering efforts in AI development, exemplified by the groundbreaking achievements at Edwards Air Force Base, underscore its commitment to staying ahead of the curve in military technology. Yet, as we venture into uncharted territory, we must remain vigilant, ensuring that technological innovation is guided by ethical principles and human values. The journey towards an AI-enabled future in military aviation is fraught with challenges and uncertainties. Yet, it is a journey that must be undertaken with resolve, mindful of the profound implications for security, ethics, and the very nature of warfare itself.
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