Japan is set to send 200 engineers and students to the United States over the next five years as part of an ambitious effort to revitalise its semiconductor industry. The trainees will join US-based chip venture Tenstorrent to specialise in the design of chips for AI, according to the Leading-edge Semiconductor Technology Center. This research organisation was established in 2022 to spearhead advanced chip development.
The program aims to restore Japan’s standing in the semiconductor market, which has waned in recent decades with the rise of competitors like South Korea and Taiwan. Training periods will last up to 18 months and are intended to develop the technical expertise needed to produce state-of-the-art semiconductors.
Supported by government funding of 7.5B yen (approximately $49M) over five years, the initiative is part of a state-backed project led by the New Energy and Industrial Technology Development Organization. Key collaborators include Japanese tech giant SoftBank Corp and the University of Tokyo, with applications opening by March next year. This strategic move underscores Japan’s commitment to reclaiming a leading role in global chip production as demand for advanced technologies continues to surge.
The Vatican has introduced advanced AI-enabled services to offer virtual and enhanced access to St. Peter’s Basilica, one of the world’s most renowned Renaissance landmarks. Launched with Microsoft and heritage digitalisation firm Iconem, the new platform provides a 3D model of the basilica, developed with drones, cameras, and lasers that capture over 400,000 images. The model is now viewable through an interactive website. This innovation comes as the Catholic Church gears up for its 2025 Jubilee celebrations, expected to draw even more visitors to Rome.
With around 40,000-50,000 people visiting St. Peter’s daily, these new digital tools will allow users worldwide to virtually explore its artistic and architectural marvels. Cardinal Mauro Gambetti likened the basilica to a “starry sky,” hoping the tools would bring an “enchanting” experience to global audiences. The digital replica is also intended to aid the basilica’s future preservation and restoration.
Pope Francis expressed support for the project, highlighting the importance of ethical AI use. He noted that while AI can expand access to cultural knowledge, its application should always aim to benefit humanity.
Korean SDT and Finland’s SemiQon have signed a Memorandum of Understanding (MOU) to establish a strategic partnership to advance quantum computing. That collaboration allows SDT to incorporate SemiQon’s silicon-based quantum processors (QPUs) into its quantum precision measurement equipment, enhancing scalability and stability in the quantum computing field.
SemiQon has developed QPUs that are compatible with existing infrastructure, which reduces production costs and facilitates mass production. Through this partnership, SDT expands its manufacturing capabilities into quantum technology, with both companies aiming to strengthen the global quantum computing market.
Both companies’ leaders expressed excitement about the potential impact of this collaboration, which is expected to fast-track the development of scalable and cost-effective quantum computers. The combination of SDT’s quantum precision technology and SemiQon’s silicon-based QPUs is a critical step toward realising general-purpose quantum computers operating at the million-qubit scale. The MOU is viewed as a foundation for the global commercialisation of quantum computing, with both SDT and SemiQon working together to enhance the industry’s stability and scalability.
A woman from Littlehampton, West Sussex, is ‘deeply grateful’ to AI for detecting her breast cancer, which had previously gone unnoticed despite a routine mammogram showing no signs of the disease. Sheila Tooth, 68, had her mammogram at University Hospitals Sussex NHS Foundation Trust, where AI is being used to enhance breast cancer screenings and identify cancers that human reviewers might miss.
Sheila’s cancerous cells were nearly undetectable by traditional methods, and she believes AI’s detection helped catch it at an early, treatable stage. ‘I just feel so lucky,’ she said, reflecting on how AI detected the cancer that could have become invasive if left unnoticed. The technology is part of a larger project involving 15 trusts across the UK, which reviewed over 12,000 mammograms to identify missed cases. AI flagged nearly 10% of these as potentially needing a second look, leading to further investigations for some women and five confirmed breast cancer diagnoses.
Dr Olga Strukowska, a consultant radiologist, called AI screening ‘exciting’ because it enhances the accuracy of breast cancer detection, reduces missed diagnoses, and lowers false positives. AI’s role in early and precise cancer detection could greatly improve outcomes for patients, according to Dr Strukowska. With about 650 women diagnosed with breast cancer annually in Sussex, the trust now plans to participate in a national trial to further integrate AI into routine breast screenings.
Researchers at the University of Manchester and The Christie Cancer Hospital have received a £5.9 million grant from Cancer Research UK to use AI in cancer treatment. The funding will support a project that simulates clinical trials to test the effectiveness of radiotherapy on ‘virtual’ patients, created using real-life data. This innovative approach aims to make cancer research faster, safer, and more cost-effective than traditional large-scale clinical trials.
The virtual trials will focus on patient-specific genetics and tumours, with a particular emphasis on comparing new proton beam therapy with conventional radiotherapy for lung cancer. AI will allow researchers to test treatments more quickly than through traditional trials involving real patients. This initiative is part of Cancer Research UK’s push to advance radiotherapy research, with Manchester being one of only seven centres of excellence in the UK to receive funding for this work.
Martin Storey, a lung cancer survivor who benefited from radiotherapy in a clinical trial, expressed his support for the project, saying that AI-driven trials could help more people survive cancer. Storey, who was diagnosed with lung cancer in 2009, believes that the use of AI could accelerate treatment advancements and improve outcomes for future patients.
Donald Trump is expected to scale back some of the antitrust policies introduced under President Joe Biden, including potentially softening the approach to breaking up large tech companies like Google. While Trump is likely to continue pursuing cases against Big Tech, such as the ongoing Department of Justice (DOJ) cases against Google and Apple, his recent comments indicate a more cautious stance. Trump questioned whether breaking up Google would destroy the company, suggesting that fairer practices could be achieved without drastic measures like a breakup.
The DOJ’s cases against Google over its dominance in online search and advertising technology are still in progress, with potential remedies, including divesting parts of its business, yet to be decided. The trial over these remedies won’t happen until 2025, providing Trump the opportunity to influence how the cases proceed. Additionally, Trump is expected to ease policies that have frustrated dealmakers, including the Biden administration’s strict merger review guidelines.
Trump’s approach to antitrust enforcement is likely to be less aggressive than Biden’s, especially regarding mergers and acquisitions. While he may ease restrictions on noncompete clauses and other regulatory measures, such as those championed by FTC Chair Lina Khan, his policies are expected to maintain some level of antitrust action.
Researchers in the UK are exploring how AI could lead to new treatments for children with brain tumours. With around 420 children diagnosed annually, the team at the Cancer Research UK Children’s Brain Tumour Centre of Excellence in Cambridge is focused on improving survival rates, especially for those with the most aggressive forms of the disease, who currently have a low likelihood of survival beyond a year.
Dr Elizabeth Cooper, one of the researchers, noted that children’s brain tumours differ from adult tumours due to the ongoing development of the brain in children, which may explain why treatments like immunotherapy, effective in other cancers, have limited success with brain tumours. Dr Cooper highlighted that the brain has its own unique immune system, but scientists have yet to fully understand how to harness it for treatment.
Led by co-director Prof. Richard Gilbertson, the team is also working to develop new drugs that are less harmful to young patients. With a substantial grant, the centre plans to use AI to build digital models of complex brain tumours. These models will allow the team to conduct virtual trials, aiming to identify more effective and less toxic treatment options than traditional methods like radiotherapy, which can cause severe side effects in children.
South Korea’s Financial Services Commission has approved a pilot programme enabling seven major banks to trial a central bank digital currency (CBDC) system. The initiative, in collaboration with the Bank of Korea and the Ministry of Science and ICT, aims to replace traditional paper vouchers with mobile-friendly CBDC tokens, making it easier for citizens to access public benefits digitally.
The pilot programme includes banks such as Kookmin Bank, Shinhan Bank, and Woori Bank, which will implement a digital voucher management platform to assess the feasibility of using CBDC deposit tokens. The goal is to allow users to store vouchers on mobile devices, potentially eliminating the need for physical wallets and enabling seamless transactions through features like QR code payments.
South Korea’s forward-thinking approach positions it as a leader in digital finance. As other countries, including Bahrain, Saudi Arabia, and the UK, explore similar CBDC developments, South Korea’s programme may offer insights that influence the global adoption of digital financial systems.
Amazon has resumed its drone delivery programme, bringing its Prime Air service to select customers in the Phoenix, Arizona area. After recently ending the service in California, Amazon is now offering drone deliveries for products weighing five pounds or less, covering around 50,000 items. Customers in the West Valley Phoenix Metro Area can choose their delivery spot at checkout, with most items arriving within an hour from a nearby take-off site.
Using the advanced MK30 drone, Amazon has ensured improved delivery capabilities, with the Federal Aviation Administration recently allowing it to fly beyond the operator’s visual line of sight. The MK30 is quieter, can fly further, and operates in light rain, although it is limited to daylight and favourable weather conditions. The MK30 is also being used in College Station, Texas, where Amazon has piloted prescription medicine deliveries since 2023.
Amazon, aiming for efficient and cost-effective operations, has integrated drone deliveries into its same-day delivery network. While the company previously announced plans to expand drone delivery to the UK and Italy by the end of the year, no new updates were provided on these international expansions.
The French Ligue de Football Professionnel (LFP) and WSC Sports have partnered to revolutionise the league’s digital content strategy through AI-powered automation. WSC Sports’ platform will enable LFP to rapidly create and distribute tailored, data-driven content across various formats and platforms, including websites, apps, social media, and global broadcasts.
That will enhance fan engagement by delivering personalised content while maximising LFP’s digital assets, improving international visibility, and opening new revenue streams. The partnership also involves digitising 20 years of archived footage from Ligue 1 and Ligue 2, transforming historic moments into formats suited for modern platforms like vertical video, which will engage younger fans.
By automating content creation and distribution, LFP can scale its production efforts, expand its fanbase, and unlock new monetisation opportunities, driving financial growth. The collaboration is a significant step in LFP’s broader strategic transformation, focusing on providing a more dynamic and engaging experience for its fans.
By embracing AI and automation, LFP aims to meet the increasing demand for digital content and stay culturally relevant in a rapidly evolving media landscape. The partnership aims to strengthen fan loyalty, deliver content that exceeds expectations, and ensure that LFP’s competitions remain prominent in the global sports ecosystem.
