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Time Hoppers: The Silk Road represents a groundbreaking approach to children's entertainment that seamlessly blends education with adventure. This animated feature film, created by Flordeliza Dayrit and Michael Milo, transports young audiences to the medieval Islamic world, introducing them to historical figures whose scientific contributions shaped modern society. As the film expands its theatrical release across the UK following a successful US debut, it's making a significant statement about the commercial viability and cultural importance of Muslim-centered stories in global media. Key Developments The film's journey from concept to screen reflects a thoughtful evolution. What began as an educational ebook through Muslim Kids TV—the platform founded by Dayrit and Milo nearly two decades ago—expanded into a game and eventually this feature film. The story follows four young protagonists—Abdullah, Aysha, Khalid, and Layla—who discover a time-travel device and embark on a chase through history while protecting key Islamic scholars from interference. The film highlights influential historical figures including Al-Khwarizmi (the 'father of algebra'), Ibn al-Haytham (camera obscura pioneer), Mansa Musa (one of history's wealthiest individuals), and Maryam al-Astrulabi (a 10th-century Syrian woman astronomer who developed the astrolabe). Data & Market Impact The commercial performance of Time Hoppers demonstrates the market potential for diverse storytelling. In the US, the film was released in 660 theaters, selling over 35,000 tickets. Its UK release expanded from 200 to 299 theaters due to strong audience turnout. This grassroots momentum, driven by community champions and word-of-mouth, challenges industry perceptions that Muslim stories are niche. The film's success has already prompted the creators to begin work on a sequel, indicating confidence in its ongoing commercial viability and cultural relevance. Why This Matters This film addresses a critical gap in children's media representation. As Dayrit notes, 'Muslim kids are really underrepresented' in mainstream entertainment. For children in Muslim communities, particularly in Europe and North America where Islamophobia is on the rise, seeing themselves as heroes in stories provides essential validation and counteracts negative stereotypes. Beyond representation, the film serves an educational purpose by introducing young audiences to Islamic contributions to science, mathematics, and astronomy that are often overlooked in standard curricula. By making learning about these historical periods 'fun and interesting,' as Milo describes, the film helps create a more inclusive understanding of global scientific heritage. The impact extends beyond entertainment, potentially influencing educational approaches and inspiring future generations of diverse scientists and scholars. Expert Insight The success of Time Hoppers reflects a broader shift in media consumption and production. In an increasingly globalized world, audiences are seeking authentic stories that reflect diverse experiences while maintaining universal appeal. The creators' approach—balancing cultural specificity with broad accessibility—demonstrates how niche content can achieve mainstream success. Their two-decade journey through Muslim Kids TV shows the importance of building sustainable media ecosystems rather than isolated projects. The film's meticulous historical research, from architecture to costumes, sets a new standard for educational animation, proving that entertainment and enlightenment can coexist without sacrificing either quality. This represents not just a commercial opportunity but a cultural imperative to correct historical imbalances in how knowledge and achievement are portrayed. What Happens Next With a sequel already in development, Time Hoppers is poised to become a franchise that could expand beyond film into television, gaming, and educational products. The creators' stated ambition to become 'the Disney of the Muslim world' suggests they're building a comprehensive media ecosystem. We can expect increased investment in similar projects as industry leaders recognize the market potential of diverse storytelling. Educational institutions may incorporate the film into curricula, using it as a gateway to explore Islamic scientific contributions more deeply. The success of Time Hoppers could inspire creators from other underrepresented communities to develop similar projects, potentially leading to a more inclusive media landscape where diverse stories become the norm rather than the exception. As global audiences become more diverse, the demand for authentic, culturally specific content with universal appeal will continue to grow, creating new opportunities for innovative storytellers.

The Breakthrough prize, often referred to as the 'Oscar of science', has been awarded to a team of scientists for their groundbreaking work in gene therapy. Jean Bennett, a molecular biologist, and Albert Maguire, an ophthalmologist, who met while dissecting a brain at Harvard Medical School, have been recognized for their 25-year-long project that led to the development of Luxturna, the first approved gene therapy for blindness.The therapy has transformed the lives of people born with Leber congenital amaurosis (LCA), a genetic disorder that typically causes total blindness by early adulthood. The treatment, which smuggles a working version of the gene into retinal cells, has shown profound improvements in patients, with one patient describing seeing their child's face for the first time.The $3m prize is shared with physician Katherine High, who worked with Bennett and Maguire on the project. The couple's work is a testament to their dedication and perseverance, with Bennett noting that she was 'overwhelmed' by the news and describing it as one of the most 'miraculous eureka moments' she could imagine.Bennett also expressed concerns about the US administration's attacks on science, warning that it could 'cause damage for generations to come' and lead to a brain drain that the country would struggle to recover from.The Breakthrough prizes, founded by Silicon Valley entrepreneurs, recognize outstanding achievements in life sciences, mathematics, and physics. Other prizes awarded included work on a gene therapy for sickle cell anaemia and beta thalassaemia, and the discovery of genetic drivers of frontotemporal dementia and ALS.

Pellegrino Matarazzo, the coach of Real Sociedad, has had an extraordinary journey from New Jersey to Seville. Born to Neapolitan émigrés, Matarazzo's love for football was ignited at a young age. He earned a degree in applied mathematics from Columbia University but chose to pursue a career in football instead of investment banking.Matarazzo's journey took him from playing in Germany's third and fourth tiers to coaching in the Bundesliga. He successfully led Stuttgart back to the Bundesliga and Hoffenheim back to Europe. His impressive track record made him an attractive candidate for Real Sociedad, a team he joined in December.Under Matarazzo's leadership, Real Sociedad has experienced a remarkable turnaround. The team had just 17 points in 17 games and was on the brink of relegation. However, Matarazzo's impact was immediate, and they are now within reach of a Champions League place and feature in a cup final, having defeated Athletic en route.Matarazzo attributes his success to his ability to adapt to different cultures and his willingness to connect with the people and history of the region. He emphasizes the importance of understanding the club's values and identity, which has earned him the appreciation of the fans.As Real Sociedad prepares to face Atlético Madrid in the Copa del Rey final, Matarazzo expresses his excitement and gratitude for the opportunity. He acknowledges the significance of the moment, not just for the team but also for the city and the fans, who have been waiting 39 years for a cup final.

Tanya Khovanova has long been a leading voice in the world of recreational mathematics, authoring a popular blog and running the Number Gossip site where enthusiasts can inquire about any number.She now debuts her first book, Mathematical Puzzles and Curiosities, co‑written with fellow puzzle‑enthusiasts Ivo David and Yogev Shpilman. Published by World Scientific, the volume offers fresh challenges and inventive twists on classic problems.To give readers a taste, Khovanova selected three puzzles for the Guardian column:1. Battleships – As a naval admiral you must choose between sending a single vessel with a success probability of P % or two vessels each with a P/2 % chance, where the mission succeeds if at least one ship does. Which strategy maximises the odds?2. The Two Oracles – You face two respondents, Randie, who answers randomly, and Rando, who randomly decides to tell the truth or lie before each answer. Is there a method to distinguish them?3. Bad Maths – A student computes 5548 − 5489 as 59, claiming the “548” cancels out. He then experiments with a subtraction of the form XXYZ − XYZW (distinct digits) and observes the result is XW. How many digits in the new expression match those in the original calculation?Solutions to the trio were later posted online (update), but readers were urged to avoid spoilers until the scheduled reveal.Khovanova also reminds fans that she has been curating puzzles for the Guardian every other Monday since 2015 and welcomes new submissions via email.

The Artemis II mission is set to make a profound impact on the world, inspiring future generations to pursue careers in science, technology, engineering, and mathematics (STEM). The crew's journey represents a significant milestone in space exploration, uniting people across the globe in their quest for knowledge and discovery.As the world watches, the Artemis II mission is poised to ignite a sense of wonder and curiosity about the vastness of space and the possibilities that lie beyond our planet. By pushing the boundaries of human exploration, the crew is embodying the spirit of adventure and cooperation that defines humanity's pursuit of excellence.

British hedge‑fund billionaire Chris Rokos has announced a £190 million endowment to the University of Cambridge to create a new, eponymous school of government. The pledge, comprising an initial £130 million and a further commitment of up to £60 million that the university will match, is believed to be the largest single donation ever made to a UK university. The Rokos School of Government is slated to open in temporary facilities this autumn, offering PhD and master’s programmes focused on public policy, leadership and governance. In the longer term it will relocate to a purpose‑built campus within Cambridge’s West Innovation District, positioning itself as a direct rival to Oxford’s Blavatnik School of Government, which was launched in 2010 with a £75 million gift. Rokos, 55, rose from a state primary school to a scholarship at Eton and a mathematics degree at Oxford before co‑founding the hedge fund Brevan Howard and later establishing Rokos Capital Management, which now employs over 350 staff. He is listed on the Sunday Times Rich List with an estimated net worth of £2.6 billion and is among the UK’s biggest taxpayers. Speaking about the donation, Rokos said, "I was fortunate to be given an education that transformed my life, and I would like to give something back to Britain. My hope is that, in time, the influence of the Rokos School of Government across the world becomes an important element of that soft power, which has been a great asset to the UK." University officials framed the new school as a response to “growing turbulence in domestic and international politics, increasing polarisation of political opinion, and long‑term structural changes in the economy.” The institution aims to provide a “unique forum for radical and remarkable thinking,” leveraging Cambridge’s tradition of scientific innovation and interdisciplinary collaboration. Vice‑chancellor Prof. Deborah Prentice added, "Tackling the enormous challenges facing our world requires radical new ways of thinking and approaches to leadership. Cambridge’s strengths across all disciplines and its convening power make it uniquely positioned to drive this innovation. Thanks to Chris’s generous support, the Rokos School will become a place where current and future leaders, together with experts from across our institution, generate the insights and solutions needed for a rapidly changing world." The school’s establishment also reflects a broader trend of private wealth shaping public‑policy education in the UK, echoing similar high‑profile gifts such as Leonard Blavatnik’s £75 million donation to Oxford. By creating a dedicated hub for governance studies, Rokos hopes to cement Cambridge’s role as a training ground for future world leaders and to reinforce Britain’s international influence. Rokos Capital Management recently made headlines when talks to appoint former UK ambassador Peter Mandelson as an adviser were terminated following renewed scrutiny of the Epstein scandal, underscoring the complex interplay between finance, politics and public perception. The £190 million endowment not only marks a milestone for UK higher‑education philanthropy but also signals a strategic investment in the development of policy expertise that could shape global governance for decades to come.

Researchers at Cortical Labs in Melbourne have created a 'biological computer' using living human tissue, which can play the 1993 shooter game Doom. The team used 10ml of blood from CEO Hon Weng Chong to harvest 100 white blood cells, which were then reprogrammed into induced pluripotent stem cells (iPSCs). These cells were used to create a dish of 200,000 neurons that can interface with a computer system.The brain cells were taught to play Doom by encoding game state information, passing it through a neural network, and converting it into signals the neurons can understand. The neurons then fire an output, which the system decodes and converts back into actions in the game. This process is similar to how humans operate, with information going into the retina, being converted into electrical signals, processed in the brain, and resulting in an output.While the achievement has sparked concerns about sentience and consciousness, Chong believes the brain cells are not conscious, stating, 'At first it didn’t know how to move, aim or shoot. Then it would shoot two enemies and stop. So it’s definitely learning.' The next step could be integrating this technology with Neuralink, a brain-machine interface developed by Elon Musk.The application of biological computing lies not in gaming, but in medicine, such as disease modeling for conditions like epilepsy. This technology could allow for personalized drug testing and tailored treatments. Meanwhile, Eon Systems in San Francisco has created a virtual insect brain that can behave like a real fly, challenging the assumption that intelligence must be acquired.Biological systems like these could eventually power robots, drones, and other machines that need to navigate complex environments. As Chong notes, 'Abstract reasoning, mathematics and language are relatively recent in evolutionary terms... but motor control and probabilistic decision-making are things we’ve inherited through millions of years of evolution.' While we're far from uploading human consciousness into the internet, this technology marks a significant step in the development of biological computing.