Recent developments in artificial intelligence (AI) have sparked significant advancements across diverse domains. One remarkable breakthrough involves a robotic glove powered by AI, offering assistance to stroke patients in their piano playing endeavours and presenting a multitude of other potential benefits. Renowned AI developer OpenAI has chosen London as its first international office, highlighting the city's prominence in the global AI landscape. The UK government has allocated a substantial $150m investment to accelerate AI research specifically focused on enhancing special effects in film and television. The NHS has received a $21m fund to deploy advanced AI tools, amplifying the speed and precision of patient diagnosis and treatment, ultimately improving healthcare outcomes for all. Lastly, music legend Sir Paul McCartney has unveiled the role of AI in creating a new Beatles song, blending technology and musical innovation.
Key takeaways
- A new robotic glove powered by AI is helping piano players who have suffered a stroke.
- ChatGPT developer OpenAI selects London as its first office outside the US.
- UK government's $150m investment to boost AI special effects research in film and TV.
- NHS enhances patient diagnosis and treatment with $21m AI fund.
- Sir Paul McCartney reveals AI's role in creating new Beatles song.
A new robotic glove powered by AI is helping piano players who have suffered a stroke
A groundbreaking robotic glove, developed by researchers from Florida Atlantic University's College of Engineering and Computer Science, is providing hope to piano players who have suffered disabling strokes. This unique soft robotic hand exoskeleton utilises artificial intelligence to enhance hand dexterity and the technology offers other wide-ranging benefits.
Combining flexible tactile sensors, soft actuators, and AI, this robotic glove is the first of its kind to distinguish between correct and incorrect versions of the same song, all within a single hand exoskeleton. Researchers integrated special sensor arrays into each fingertip of the glove, offering precise force and guidance for recovering the fine finger movements needed for piano playing. By monitoring and responding to user's movements, the glove provides real-time feedback and adjustments, making it easier for them to learn and master the correct movement techniques.
ChatGPT developer OpenAI selects London as its first office outside the US
OpenAI, the developer of ChatGPT, has selected London as its first international office, bolstering the UK's pursuit of competitiveness in the artificial intelligence landscape. The San Francisco-based company, known for its widely-used chatbot, will commence its expansion beyond the United States in the UK capital, which boasts a globally recognised cultural scene and an abundance of exceptional talent.
With substantial funding from Microsoft, OpenAI intends for its London office to concentrate on research and engineering. In parallel, the UK's Prime Minister is striving to position the country as a leader in AI regulation, evidenced by plans to host a global AI safety summit in the upcoming autumn.
UK government's $150m investment to boost AI special effects research in film and TV
The UK government is set to invest $150m in research focused on artificial intelligence (AI) special effects for film and TV production. The aim is to strengthen and advance the industry by harnessing the potential of AI technology.
The investment will support the development of cutting-edge AI-driven special effects, contributing to the UK's reputation as a hub for high-quality film and television productions. By leveraging AI, the government aims to enhance the visual impact and innovation in the industry. It recognises the importance of technological advancements in maintaining the UK's competitiveness and ensuring the industry's future success.
NHS enhances patient diagnosis and treatment with $21m AI fund
The NHS is set to benefit from advanced AI technology as a new $21m fund paves the way for faster and more accurate patient diagnosis and treatment. The AI Diagnostic Fund will enable NHS Trusts to seek funding for the rapid implementation of AI imaging and decision support tools, with a particular focus on diagnosing conditions like cancer, strokes, and heart conditions. The integration of AI in the NHS has already yielded promising results, notably in reducing the time taken to diagnose and treat stroke victims. By enabling quicker stroke diagnosis, AI has tripled the chances of patients regaining independence post-stroke.
A primary focus of the AI Diagnostic Fund is the use of AI tools for analysing chest X-rays, a vital diagnostic method for detecting lung cancer – the leading cause of cancer-related deaths in the UK. With over 600,000 chest X-rays conducted monthly in England, widespread deployment of AI tools to NHS Trusts will aid clinicians in early cancer detection, significantly improving patient outcomes.
Sir Paul McCartney reveals AI's role in creating new Beatles song
Sir Paul McCartney has announced that a new Beatles recording, created with artificial intelligence, will be released this year. Utilising innovative technology, McCartney successfully isolated John Lennon's voice from an old demo and finished a song that had been left incomplete for decades.
The inspiration for using AI to reconstruct the demo stemmed from Peter Jackson's extensive documentary, Get Back. In the film, a dialogue editor employed specially designed AI to recognise and extract the Beatles' voices from background noise. This process allowed McCartney to ‘duet’ with Lennon during his recent tour, including their performance at last year's Glastonbury festival.
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