
World is ‘accelerating into the problem' of climate change amid global temperature surge
The news that last month was the hottest January on record offers further evidence that the international community is a long way from getting to grips with the pressing threats posed by climate change. Temperatures in January were about 1.75°C above pre-industrial levels, indicating that the world is likely to breach the 2015 Paris Agreement's target of keeping increases below 1.5°C above pre-industrial levels. The El Nino weather system in the Pacific, which involves cyclic increases in temperature caused by changes in water circulation patterns, has ended, so scientists thought January 2025 might be cooler than the same month last year, which also set a record. But this was not the case. 'We have no understanding of why it's got so high, and the scientific community doesn't understand. It might be that we've triggered cascading tipping points,' said Prof Mike Berners-Lee, a climate researcher at Lancaster University in the UK. Prof Berners-Lee, author of There is No Planet B and How Bad are Bananas: The Climate Footprint of Everything, outlines why the world has failed to deal with climate change, and what is needed to get to grips with the issue, in a book published to be next month, A Climate of Truth. 'Our species is operating in a different context, now, from the one we always used to be in. We haven't learnt to adapt to it,' he told The National. 'We're very powerful compared to the ability of the planet to put itself back together again.' Prof Berners-Lee said people around the world 'haven't got anywhere with the climate crisis', with the use of fossil fuels increasing. "We're making the climate crisis worse by a larger amount every year than we did the year before. We're accelerating into the problem," he added. Scientist believe efforts have so far fallen short of what is needed to prevent severe effects from climate change, despite most of the technology needed to achieve net zero being available already. Dr Delf Rothe, of the Institute for Peace Research and Security Policy at the University of Hamburg in Germany, and author of Securitising Global Warming: A Climate of Complexity, said renewable energy sources such as solar power were becoming more competitive and 'could take over' from fossil fuels. 'That's very positive,' he said. '[But] my perception is it's not sufficient, because there are not enough cuts in energy use in total. As long as energy consumption is increasing, due to digital technology, artificial intelligence and so forth, the degree and speed of the transition isn't sufficient.' Figures from the International Energy Agency show that in 2022 global electricity demand rose by 2.4 per cent, while in 2023 it increased by 2.2 per cent. Without relying on technology such as carbon capture and storage – where emissions are captured from industrial plants and stored underground – or direct air capture, where carbon dioxide is taken from the atmosphere and stored, Dr Rothe said there had to be 'some political steering' so growth in energy consumption was phased out. Countries often put off making the 'really difficult decisions' about dealing with climate change, said Dr Phillip Williamson, an honorary associate professor in the School of Environmental Sciences at the University of East Anglia in the UK. 'Then the crunch comes and there are costs involved and there's quite vocal opposition,' he said, adding that people in effect say they 'believe in net zero, but not yet'. 'The climate disaster might happen sooner,' he explained. 'The climate science isn't sufficiently well defined. The uncertainties are that natural systems can have a life of their own.' Prof Berners-Lee said climate breakdown was only one of myriad environmental problems facing the planet. He said the world was in the midst of a polycrisis, because of the 'haemorrhaging' of biodiversity, plastic pollution, especially microplastics, and loss of land fertility. The key thing needed to deal with climate change is 'reducing the rate at which fossil fuels are taken out of the ground and used', Prof Berners-Lee said. He added that changes in people's diets – with a reduction in the quantities of meat and dairy foods consumed – were also important. If the necessary changes are to be made, he said more truth was required in politics, business and the media. Obscuring the truth could prevent the necessary action from being taken. 'We have this post-truth [culture] in the UK, and US. We've been pretty careless about the truth and we don't need to be,' he said. He called on the public to highlight instances of 'greenwashing', when a product or service is described incorrectly as being environmentally friendly. 'There's so many people saying, 'The problem is so big.' [People ask] is there anything meaningful they can do? I say, 'Yes there is, if you insist on high standards of honesty,'' he said. While Prof Berners-Lee said there were failings in the world's approach to climate change, he lauded efforts in the UAE to transition away from a reliance on fossil fuels. 'I was there a few months ago,' he said. 'It's transitioned in quite a remarkable way. It seems to be a global role model on what it looks like to transition away from fossil fuels while having a vibrant economy. There is so much opportunity to grow further in the desert using new technologies and take us away from fossil fuels.'
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Arabian Post
06-05-2025
- Arabian Post
Abu Dhabi and Japan Forge Stronger Economic Partnership
A high-level delegation from Abu Dhabi has arrived in Tokyo for the inaugural Abu Dhabi Investment Forum, marking a significant step towards deepening the economic ties between the UAE capital and Japan. The four-day visit, running from May 6 to 9, sees top officials and private sector leaders from Abu Dhabi engaging with their Japanese counterparts to explore new areas of collaboration, particularly in advanced industries such as artificial intelligence, space technology, clean energy, and advanced manufacturing. The visit signals a growing ambition to broaden the economic relationship between the two nations, traditionally known for their trade in oil, natural gas, and industrial products. Abu Dhabi, one of the wealthiest emirates in the UAE, has been diversifying its economy away from oil dependence and is keen to strengthen its position in the global technological and sustainable development markets. Japan, with its established expertise in innovation and technology, presents a key partner in this transition. Abu Dhabi's strategic shift towards emerging technologies is clearly reflected in the scope of the partnership discussions. Officials from both sides have highlighted the importance of artificial intelligence as a pivotal area for future growth, with Japan offering its leading-edge developments in the sector. AI, along with the burgeoning space industry, clean energy solutions, and precision manufacturing, will likely take centre stage as Abu Dhabi looks to cement its position as a forward-thinking hub in the Middle East. The collaboration aims not only to enhance bilateral trade but also to foster long-term investments in research, development, and innovation. Both sides are keen on creating a robust environment for business and technological partnerships. Abu Dhabi's investment in space exploration, for instance, has already seen a number of successful projects, with the UAE becoming the first Arab nation to land a probe on Mars. There are high hopes that Japan's advanced space technology, particularly its experience with satellite technology and space exploration, will complement Abu Dhabi's ambitions. On the clean energy front, the UAE has been a frontrunner in spearheading initiatives related to sustainable energy. Its commitment to the Paris Agreement and efforts to expand its renewable energy capacity make Japan an attractive partner. Japan, with its focus on green technologies and energy efficiency, could provide essential expertise as the UAE looks to expand its clean energy infrastructure. Abu Dhabi's Masdar Group, which is focused on renewable energy and clean technologies, has already formed ties with Japanese companies, and further partnerships are expected to be discussed during the forum. Advanced manufacturing, another key focus area, is set to benefit from the collaboration. Japan's manufacturing industry is known for its precision and technological prowess, areas where Abu Dhabi has been investing heavily. The integration of Japan's expertise could significantly enhance the manufacturing capabilities of the UAE, particularly in high-tech sectors such as robotics, automation, and aerospace. This move aligns with Abu Dhabi's broader economic diversification strategy to reduce reliance on oil and create new industries and job opportunities for its citizens. The forum is also seen as an opportunity for both countries to enhance their business environment and attract more foreign direct investment. As a global financial hub, Abu Dhabi is keen to position itself as a key gateway for Japanese companies looking to expand into the Middle East and North Africa region. Japan's investment in Abu Dhabi could potentially see increased flow of capital into the UAE's non-oil sectors, further boosting the emirate's economic stability. The long-term goal is to create an ecosystem that encourages innovation, promotes knowledge transfer, and accelerates economic growth. Abu Dhabi's Vision 2030, which prioritises innovation, diversification, and sustainability, aligns well with Japan's focus on cutting-edge technologies and green initiatives. Both nations are eager to establish a comprehensive framework for future collaboration that supports their shared goals. Notably, the forum also highlights the strategic political and economic partnership between the UAE and Japan. Over the years, the two nations have cultivated strong bilateral relations, particularly in areas of energy and infrastructure. With the growing importance of new technologies and sustainable development, the Abu Dhabi Investment Forum is expected to lay the groundwork for further strengthening these ties. Abu Dhabi's push to broaden its relationship with Japan aligns with the broader trend of the UAE seeking closer ties with Asian countries. Japan, as one of the world's most technologically advanced economies, holds significant potential to contribute to the UAE's ambitions of becoming a leader in innovation and sustainability. The collaboration between the two countries is seen as mutually beneficial, with Japan gaining access to the UAE's strategic location and its growing non-oil sectors, while the UAE gains a valuable partner in advanced technologies and sustainability. The forum is also expected to feature discussions on other critical areas, including education, healthcare, and tourism. Japan's world-class universities and healthcare systems provide opportunities for knowledge exchange and collaborative projects in the fields of education and medical research. Additionally, Japan's tourism sector offers opportunities for Abu Dhabi to strengthen its position as a leading tourism destination in the region.


The National
06-05-2025
- The National
Dubai company builds 3D-printed rocket engines as big as Elon Musk's
An AI engineering company in Dubai is scaling up its 3D-printed rocket engines to match the size of Elon Musk's SpaceX Starship Raptors, which could redefine how next-generation space hardware is built. Leap 71, which uses AI algorithms to design complex propulsion systems, is moving from small test engines to models powerful enough for full-scale orbital launches. With major advances in metal 3D printing, the company says it can now produce engines nearly two metres across, sizes that were previously too large for 3D printers to handle. 'Our customers want to fly to space with our engines, so now we are scaling them massively,' Lin Kayser, co-founder of the company, told The National. Unlike traditional aerospace companies that rely on teams of engineers to manually design rocket components, Leap 71 uses a computer system powered by AI to generate engine designs. The AI model, called Noyron, involves an algorithm that can generate rocket engines, including software codes that command the engine how much thrust and propellant it needs to have. Once the AI generates a design, it can be fed directly into a 3D printer to create the hardware. 'After an initial test last year, we test-fired eight more rocket engines, all of them different and designed by our computational system,' said Mr Kayser. Until now, Leap 71's engines have been relatively small, at about 30cm in diameter, making them useful for spacecraft like lunar landing vehicles. But to move into orbital launches, Mr Kayser said the engines needed to be much bigger. The company is now developing engines that require industrial 3D printers with build volumes close to two metres. Such printers, which use metal powder to build parts layer by layer, have become available only in the past 18 months, driven mostly by rapid progress in China. 'There's a number of 3D-printer manufacturers that can now support these extremely large-build volumes, which is really difficult because it's tonnes of metal powder that go in into these things,' said Mr Kayser. The company's newer designs include meganewton-class engines, those capable of producing thrust in the range of 1,000 to 2,000 kilonewtons, putting them in the same category as some of the world's most powerful rocket engines. But those engines would still have to be test-fired to ensure they work as expected. A key hurdle for Leap 71 is a lack of test stands, specialised sites where rocket engines are fired, in the country. These are essential but difficult to build due to safety, noise and regulatory requirements. Leap 71 hopes to set up its first rocket engine factory in the UAE, where it can take advantage of the country's growing ambitions in space. Sahith Reddy Madara, an aerospace engineer and founder of advisory firm Bumi & Space, told The National that Leap 71's work could be a game-changer. 'What Leap 71 is doing represents a promising step towards redefining how we approach rocket engine development,' he said. 'This method could democratise access to advanced propulsion technologies, lowering barriers for smaller players by reducing the need for large in-house engineering teams and long development cycles. That said, widespread adoption will depend on how these designs perform under real-world conditions and whether they can meet the rigorous reliability standards of spaceflight.' Leap 71's current business model is built around supplying what it calls 'reference engines', which are functional, baseline models that space companies can adapt to their own needs. It hopes to eventually carve out a niche supplying engines that can power everything from small orbital rockets to larger reusable systems. The company's AI-led method can dramatically shorten development times and lower costs, which could be especially appealing to smaller or newer players in the space sector. It already has a partnership with The Exploration Company, a European firm which is developing and manufacturing a reusable space capsule called Nyx. The collaboration would integrate Leap 71's AI-designed engines into future missions.


The National
04-05-2025
- The National
UAE schools to begin teaching mandatory AI classes from age of four
Sheikh Mohammed bin Rashid, Vice President and Ruler of Dubai, on Sunday announced that artificial intelligence is to be introduced as a subject across all stages of government education in the UAE. Starting from the next academic year, AI will be taught from reception to grade 12 in the hope that future generations can develop a 'deep understanding of AI from a technical perspective', Sheikh Mohammed said. He added that an awareness of the ethics of its use and an understanding of its data, algorithms, applications and risks are also leading facets of the education policy. 'As part of the UAE's long-term plans to prepare future generations for a different future, a new world, and advanced skills, the UAE government today approved the final curriculum to introduce Artificial Intelligence' as a subject across all stages of government education in the UAE, from kindergarten to grade 12, starting from the next academic year,' he wrote on X. 'We appreciate the efforts of the Ministry of Education in developing a comprehensive curriculum, affirming that artificial intelligence will transform the way the world lives. Our goal is to teach our children a deep understanding of AI from a technical perspective, while also fostering their awareness of the ethics of this new technology, enhancing their understanding of its data, algorithms, applications, risks, and its connection to society and life. 'Our responsibility is to equip our children for a time unlike ours, with conditions different from ours, and with new skills and capabilities that ensure the continued momentum of development and progress in our nation for decades to come.' AI is increasingly becoming a cornerstone of the UAE's growth strategy. Last month, Sheikh Hamdan bin Mohammed, Crown Prince of Dubai, Deputy Prime Minister and Minister of Defence, said there needs to be more global collaboration. 'This is the age of artificial intelligence,' said Sheikh Hamdan. 'Global collaboration is the most effective way to maximise its benefits and expand its positive impact on societies. 'Dubai is proud to welcome AI experts from around the world to explore new frontiers for this technology, drive growth and enhance quality of life.' The Cabinet also approved the launch of the first integrated regulatory intelligence system within the UAE government. This new legislation and laws development system was based on advanced AI. It is hoped the system will accelerate the legislative process by up to 70 per cent, using AI tools to reduce the time and effort required for research, drafting, evaluation, and enactment. Sarah Al Amiri, Minister of Education, writing for The National, described the integration of AI in education as a 'national imperative'. She said AI 'supports economic growth, fosters sustainable development and significantly enhances individual capabilities'. However, this came with a warning as she said the urgency to adopt AI can precede the question of how humanity can develop the 'capacity required to use AI wisely, effectively and ethically'. AI is 'fundamentally different from previous technological shifts, demanding a unique response', she added.