Google's Bard chatbot emerges as a formidable rival to Bing Chat and ChatGPT, intensifying the AI chatbot competition that shapes the future of web search. Meanwhile, the UK government injects $900m into a state-of-the-art supercomputer and AI research, driving innovation and paving the way for the development of a homegrown ‘BritGPT.’ OpenAI unveils GPT-4, revolutionising text generation, reasoning abilities, and ethical considerations, setting a new benchmark in advanced AI capabilities. Bing chatbot introduces three response tones, elevating the conversational experience and ensuring improved reliability. Lastly, in the medical field an AI tool enhances organ assessment for transplants, potentially facilitating an increase of 300 annual surgeries, thus improving patient outcomes.
Key takeaways
- Google introduces Bard chatbot as a competitor to Bing Chat and ChatGPT
- UK government invests $900m in cutting-edge supercomputer and AI research.
- OpenAI launchesGPT-4 that unleashes advanced AI capabilities.
- Bing chatbot introduces three response tones for enhanced conversational experience and improved reliability.
- AI tool enhances organ assessment for transplants, potentially boosting surgery rates by 300 operations annually.
Google introduces Bard chatbot as a competitor to Bing Chat and ChatGPT
Google's Bard chatbot is set to launch in the UK and US, marking Google's entry into the competitive landscape of AI chatbots alongside Bing Chat and ChatGPT. This release is considered a crucial moment for Google as it seeks to protect its profitable web search service from the growing threat of AI chatbots. Bard, similar to its counterparts, allows users to type queries in natural language and engages in detailed conversations, providing creative responses to complex prompts. While Google announced Bard in response to the success of ChatGPT, Microsoft swiftly followed suit with the introduction of Bing Chat powered by OpenAI's GPT-4. Distinctively, Bard is built upon Google's own language model, LaMDA, further demonstrating Google's pioneering role in AI technology, including the invention of transformer technology in 2017 that became the T in ‘GPT’.
UK government invests $900m in cutting-edge supercomputer and AI research
The UK government has committed $900m to develop a state-of-the-art supercomputer, forming a key component of their AI strategy and paving the way for the creation of a homegrown ‘BritGPT.’ This investment will enable the construction of an exascale computer, surpassing the capabilities of existing systems in the country, while also establishing a new AI research body. Exascale computers can carry out more than one billion billion simple calculations a second and offer vast potential in training complex AI models that can be utilised across various sectors, including science, industry, and healthcare. The Treasury highlights that this significant investment will enhance climate change understanding, advance drug research, and support the country's AI capabilities. Currently, the world's most powerful known exascale computer is Frontier, housed in America's Oak Ridge National Laboratory, and is more than twice as powerful as the next fastest machine. This investment will elevate the UK's computing power and bolster its position in scientific research and innovation.
OpenAI launchesGPT-4 that unleashes advanced AI capabilities.
OpenAI unveils GPT-4, an exceptional AI model surpassing its predecessors, capable of passing exams, solving extreme logic puzzles, and even suggesting recipes based on photos of random ingredients. With remarkable text generation capabilities, GPT-4 demonstrates advanced understanding and reasoning abilities, outperforming previous versions in mathematics, reducing false answers, and achieving high scores on standardised tests. Notably, the new model incorporates enhanced ethical considerations, integrating built-in filters to prevent the system, unlike its predecessor ChatGPT, from responding to malicious or harmful queries, ensuring a more responsible and conscientious AI experience.
Bing chatbot introduces three response tones for enhanced conversational experience and improved reliability.
Microsoft's Bing chatbot addresses criticism by introducing three response tones, allowing users to choose between creative, balanced, or precise replies, aiming to provide a more tailored and accurate conversational experience. Following its recent launch, the updated Bing chatbot gradually rolls out with additional restrictions implemented after generating unexpected responses. The adjustments aim to reduce refusals and false replies, ensuring improved reliability and coherence in interactions. With the same underlying technology as ChatGPT, Microsoft's chatbot strives to deliver more engaging and nuanced conversations while maintaining accuracy and coherence in its responses.
AI tool enhances organ assessment for transplants, potentially boosting surgery rates by 300 operations annually.
British researchers pioneer AI tool to enhance organ quality assessment, potentially enabling NHS surgeons to perform 300 additional transplant operations annually, improving patient outcomes. The innovative method compares organs with a vast database of transplant images, allowing for more accurate evaluations and reducing the likelihood of unsuccessful transplants or discarding potentially viable organs. NHS Blood and Transplant (NHSBT) supports this project as it seeks to address the significant waiting list, with nearly 7,000 individuals in the UK awaiting a transplant. With $1m in funding from the National Institute for Health and Care Research, the technology, named Organ Quality Assessment (OrQA), is poised to increase kidney transplants by 200 and liver transplants by 100 per year in the UK alone.
Back to BlogsLet’s get to Worktual!
