Digital Planet Folgen

Data-Driven football With the end of this year’s Premier League season and the Champion’s League final in the last two weekends, viewers around the world were cheering on their favourite teams. While the rules of football may not have changed much in recent years, there is one thing that has: the amount of data. Coaches and teams can now examine player performance and statistics in great detail. Has this transformed the way the game is played? Gareth chats to Ruben Saavedra, CEO of Metrica Sports, which uses software to analyse videos of football games, and we hear from John Muller, a sports journalist at The Athletic, and Jordi Mompart, Director of Research and Analytics at FC Barcelona. The tech behind the ABBAtars ABBA's show opened this week in London, using digitally created avatars of their younger selves. Ghislaine tells Gareth about the cutting-edge tech that makes this performance possible and where else it might be used in the future.Cultural representation in video games Video games are a booming industry that is making its way across the globe. But are different cultures and places actually represented in mainstream games? BBC Arabic reporter Hossam Fazulla chats to Gareth about Jordanian games company Tamatem, which localises games for Arab audiences. And we speak to game developer Dimas Novan from Mojiken Productions in Indonesia, about their upcoming title 'A Space for the Unbound' and making content rooted in local culture.The programme is presented by Gareth Mitchell with expert commentary from Ghislaine Boddington.Studio Manager: Giles Aspen Producer: Florian Bohr and Hannah Fisher(Photo: Futuristic silver soccer ball exploding into pixels Credit: Colin Anderson Productions pty Ltd/Getty Images)

Scientists at the National Physical Laboratory have released research that utilises existing subsea telecommunications cables as environmental sensors, for example to detect earthquakes. These cables exist in many parts of the world already, so this finding has the potential to revolutionise seafloor earthquake monitoring. Research scientist Giuseppe Marra explains how it all works and Laura Kong, the director of the International Tsunami Information Centre, tells Gareth how this could improve tsunami warning systems. Healthcare delivery drones in India India’s first organised medical drone programme was recently completed in the state of Telangana. Over the course of the 45-day trial, drones delivered different medical supplies including vaccines. What are the takeaways from this trial? Could this technology be used in other parts of the world? Gareth speaks to Rama Devi Lanka, Director of Emerging Technologies of Telangana government, and India lead for aerospace and drones at the World Economic Forum, Vignesh Santhaman.AI translating African Bantu languages The African continent has over a thousand languages and many of these are spoken by small populations. Abantu AI is a startup in Nairobi aiming to broaden the access to translation services by training AI on datasets of Bantu languages. Founder James Mwaniki tells Gareth how translation into these smaller African languages might be used in the future.Presenter: Gareth Mitchell With expert commentary from Bill ThompsonProducer: Florian Bohr(Photo: Underwater fibre-optic cable on ocean floor. Credit: imaginima/Getty Images)

A Nigerian project called Looty is seeking to take back African art in digital form. Members go into museums, take LiDAR scans using their phones, and recreate these African artworks as non-fungible tokens (NFTs). The first piece is one of the Benin Bronzes from the British Museum. Different artistic reimaginations of this ancient artwork are now being sold as NFTs, with parts of the proceeds going to emerging Nigerian artists. Gareth speaks to Looty’s founder Chidi about the idea, and blockchain expert Anne Kaluvu comments on the project. The innovative vision of Amazonia 4.0 The Amazon rainforest is being destroyed at an alarming rate. Could there be another way? The project Amazonia 4.0 is envisioning harnessing the rainforest’s inherent biodiversity through a sustainable bioeconomy. Professor Carlos Nobre explains how, with the help of drones, fibre optic cables and other technologies, this vision may become a reality. The common fruit fly’s digital twin One of the most ubiquitously used and best understood organisms in science is the common fruit fly. Many important developments in medicine and biology stem from research on this tiny insect. Now Professor Pavan Ramdya and his team have developed a complete simulated model of the fruit fly, a so-called digital twin. This model can be used by researchers to conduct experiments digitally, which may help speed up research and solve unanswered questions. The programme is presented by Gareth Mitchell with expert commentary from Angelica Mari.Studio Manager: Duncan Hannant Producers: Hannah Fisher and Florian Bohr(Photo: A man uses Sony's 3D Creator scanning to create a three-dimensional image Credit: PAU BARRENA/AFP via Getty Images)