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The Growing Dependence on Chinese Green TechnologyEurope is "sleepwalking" into a series of economic and national security problems because of an over-reliance on Chinese green technology, according to experts. A report co-authored by Michael Collins, a former deputy head of national security strategy at the UK Cabinet Office, described the risks of depending on China for green tech as "serious"."Europe risks sleepwalking into a series of economic and geopolitical national security problems because of over-reliance on Chinese low-carbon technology," he said.China's Dominance in European Green Tech Supply ChainThe report said Europe was heavily dependent on Chinese green technology, with China supplying 98% of the continent's solar panels; 88% of imports of lithium-ion batteries, which are used in smartphones, electric vehicles and large-scale energy storage; and 61% of imports of inverters, which integrate renewable energy with a power grid. Chinese EV brands are also increasingly popular across Europe.Security Threats and Economic ImplicationsThe report said potential threats included China using "kill switches" to remotely disable solar panels, EVs or power grids. However, the report said such an attack was "very unlikely" unless China was at war or near conflict, given the risk of inciting retaliation."The national security risks of dependency on China for low-carbon technology are not the same as dependency on fossil fuel imports – but they are serious," it said, adding: "It is striking how poorly recognised the risks and their impact appear to be."The report claimed it was "very likely" that China used green tech to conduct surveillance, such as using offshore energy infrastructure to track submarine movements or use audio and video captured by EVs.Supply chain disruption, whereby China restricts supply of low-carbon tech and components, whether deliberately or due to unforeseen events such as extreme weather, was described as "likely" by the authors. The prospect of China dependence creating long-term economic harm was characterised as "very likely", with the report saying Europe's industrial competitiveness would be eroded – as shown by Chinese dominance of solar, EVs and batteries."Where the west once led, China now dominates," said the report.Broader Industry and Geopolitical ImplicationsThe report said a host of European industries could be affected by reliance on Chinese green technology, including car and wind tech manufacturing, with AI development also potentially affected. The defence sector also relies on many of the same components and manufacturing techniques as green tech, the report added, and as a result that industry could become more dependent on China as well.As China's importance to Europe's energy systems grow, it will be able to have a greater effect on the continent's ability to stand up to the country during disagreements."Europe does not want to be forced to choose between condemning and opposing Chinese activity in the South China Sea, or keeping their energy transition on track," said the report.It added that the relationship with the US could also make dependence on China problematic, because Washington could demand removal of Chinese suppliers or components.Future Outlook for European Green Tech IndependenceThe report was commissioned by Loom, a non-profit organisation that focuses on economic, environmental and national security issues, and was funded by the New Energy Industrial Strategy Center, a US-based non-profit. It was co-authored by Michal Meidan, the head of the China energy research at the Oxford Institute for Energy Studies.The report highlights the urgent need for Europe to diversify its green technology supply chain and develop domestic capabilities to reduce dependence on China, particularly in critical areas like solar panels, batteries, and inverters that are essential for the continent's energy transition.

The Digital Roundabout: Understanding Phone AddictionWake up, 100 messages from group chat overnight about something – what? another assassination attempt; a village destroyed in Lebanon; the football result in England; the weather in Iran being manipulated; the pesticides causing lung and bowel cancer, so everyone who eats salads is now at risk of cancer; meditate for 20 minutes, then fire up x.com, a place I thought I'd never want to revisit, with its carnival barkers and supplement salesman, and have you seen the Lego thing calling Trump a paedo?, you gotta see the Lego thing, and this is before my first coffee, yet x.com is the coffee and the tea, whatever Elon has done to the For You algorithm is evil genius, it's like the global collective id, nasty and funny and addictive and compelling – like gawking at a car crash, like soaking in a hot bubble bath of anger, and memes, and geopolitical dramas, and Trump, Trump, Trump – soaking in Trump, and then, For Me (just as Elon promised).So begins the circuit around my phone, that goes all day and night, around the tiny screen with its icons (when a born-again Christian once told me he had favourite icons, for a long time I thought he meant apps, not pictures of the Virgin Mary). I started to feel like I was in Canberra, on one of those enormous roundabouts, rotating between the icons – not Joseph, not Jesus, but X and WhatsApp and TikTok and even LinkedIn for Christ sakes – round and round from one app to the next, just checking, checking in case something is happening. I watched tiny videos and maybe, occasionally, got distracted by the novel I am meant to be writing, which is due on 31 July. But the novel is boring, just a static Word doc on a screen, it's not giving; it's taking hard work. So I spend six minutes with my novel, and then it's time to go back to my phone, to circle the roundabout visiting all my icons again, like a demented Stations of the Cross, because I can't focus, I just can't focus on work right now when there is so much good scrolling to do …Clearly, this had to stop or I would become deranged and my novel wouldn't get finished by 31 July.But what could break the hold of a phone that seemed more and more addictive every day?The Physical Solution: Brick and Locked DevicesThen, while listening to a Guardian podcast (on my phone) I came across an author talking about a device that locked her phone and gave her her time and attention span back.I had tried apps to lock my phone before, but somehow having them embedded in the phone itself was like placing a piece of fruit in a box of chocolates. Sure you go in there to retrieve the fruit, but you end up distracted by the chocolates. Before you know it, the chocolates have been eaten! The fruit, of course, remains untouched and rotting.I needed an external device to lock my phone. This author was talking about something called Brick ($59US; £54 or $120 AUD including postage), a small plastic puck that you place on your phone which locks its most appealing apps. Hard!The Brick and its cheaper rival Locked ($39USD; £32; $59AUD) use Near Field Communication (NFC) technology to block whatever apps you nominate. To unblock them, you have to physically return to the puck and tap it against your phone. You can set a timer – I set it for one or two hour blocks when I want to focus on my novel – and if you try to unBrick beforehand, it asks you if you want to have a life, or if you want your phone back. That prompt is enough to make me affirm that, yes, I want a life.The Economics of Digital AttentionWhat Brick understands, and what every app-based screen time limit fails to grasp, is that the problem is not information or intention. I already knew I was using my phone too much. The problem is friction, or rather the total absence of it. Digital guardrails collapse the moment you need them most: one tap and you're back on Instagram. Brick makes that tap a physical hurdle.Using the Brick at night has been transformative. The hours I was losing in the roundabout, I now spend reading, thinking and occasionally just sitting in silence.The novel is moving again and I can focus in longer and longer increments.The algorithm doesn't get me after 8pm any more, and it turns out the algorithm, deprived of its evening session, has less purchase on me during the day too.The Psychology of Digital BoundariesBrick hasn't cured my addiction, but it has restored the thing addiction most destroys, which is the moment of pause between impulse and action.These physical devices represent a growing recognition that our relationship with technology requires more than just self-control – it needs environmental design and intentional friction to counteract the sophisticated algorithms designed to capture our attention.As digital products become increasingly sophisticated at capturing and holding our attention, the market for tools that help us reclaim our time and focus is likely to expand beyond simple app blockers to more comprehensive systems of digital wellbeing.The Future of Digital WellbeingLooking ahead, we can expect to see more innovative solutions that address the fundamental design principles of digital products. The success of devices like Brick suggests that consumers are becoming more aware of how their attention is being monetized and are seeking ways to regain control.As awareness of digital addiction grows, we may see regulatory interventions that require technology companies to build more ethical design principles into their products, potentially creating a market for both wellbeing tools and more responsibly designed digital experiences.Ultimately, the journey toward healthier digital habits will likely involve a combination of personal discipline, technological solutions, and systemic changes in how digital products are designed and monetized.

The Rise of Portable Drone Factories In a bid to revolutionize drone manufacturing and deployment, Firestorm Labs has secured $82 million in Series B funding. The San Diego-based defense startup aims to bring drone production closer to the front lines with its innovative xCell platform. Containerized Manufacturing for Modern Conflict Firestorm's xCell is a containerized manufacturing platform that can print drone systems in under 24 hours. The drones are versatile and can be configured for surveillance, electronic warfare, or other missions. With a focus on contested logistics, the company is addressing a critical challenge for the US military. Funding and Partnerships $82 million in Series B funding led by Washington Harbour Partners Participation from NEA, Ondas, In-Q-Tel, Lockheed Martin, Booz Allen Ventures, and others Total funding raised to $153 million The Impact of Portable Drone Factories Firestorm's technology has already seen real-world use with the US Air Force, and the company aims for full operational deployment in the Indo-Pacific region within the next two years. With its innovative approach, Firestorm is poised to transform the future of drone manufacturing and deployment. The Future of Defense Tech As modern conflict continues to evolve, the need for agile and adaptable logistics solutions has never been more pressing. Firestorm's portable drone factories are set to play a critical role in addressing these challenges, and the company's progress will be closely watched in the defense tech sector.

The Unjammable Threat In the skies over the Lebanese town of Taybeh, Israel's multibillion-dollar defence systems were rendered useless by a spool of cable, according to a report by the Israeli daily Yedioth Ahronoth (Ynet). The Lebanese group Hezbollah has introduced a new weapon to the battlefield: first-person view (FPV) attack drones guided by a physical fibre optic cable. Unlike traditional drones that rely on radio frequencies or satellite signals, these modified aircraft are tethered directly to the operator's control station by a fibre optic thread. The cable can extend between 10–30km [6.2 to 18.6 miles], allowing the drone to reach distant targets. Because there is no wireless signal to intercept, the drones are immune to Israel's sophisticated electronic warfare (EW) jamming systems. Improvised Nets and Deep Frustration The lethal potential of this technology was demonstrated clearly during the recent attack in Taybeh. An explosive-laden fibre optic drone slammed into an Israeli armoured unit, killing Idan Fooks and wounding six other soldiers, Ynet reported. The inability to stop these attacks has caused deep frustration among front-line Israeli commanders. In the absence of a systematic military solution, some Israeli combat units have begun independently developing improvised defences, such as hanging physical nets over military positions, houses and windows in the hope that the drones will get tangled up in it before detonating. A Deadly Tactical Shift The tactics mirror battlefield developments in Ukraine, where both sides have increasingly relied on tethered drones to operate in heavily jammed environments. Assembled and modified in workshops across southern Lebanon, Hezbollah's drones are fitted with anti-armour shaped charges, offering a cheap and precise alternative to conventional antitank missiles. Hezbollah's fiber optic drones have a range of 10-30km The drones are guided by a physical fiber optic cable, making them immune to Israel's electronic warfare jamming systems The drones have bypassed Israel's 'Trophy' active protection system on Merkava tanks

The Sound of Survival: Uncovering the Legacy of the 'Bird Man' RefugeeIn his lifetime, pioneering German sound recordist Ludwig Koch’s heavily accented voice was as familiar to British audiences as David Attenborough’s is today. His tireless passion for capturing birdsong and bringing it first into German and, after his exile from Nazi Germany, British homes via sound books and BBC radio, made him a household name from the late 1930s onwards. Now, his granddaughter Anthea Kennedy and partner Ian Wiblin have created a loving tribute, 'Alarm Notes,' which interlaces modern Berlin with Koch’s own historic recordings to explore the untold story of a man who used sound to survive tyranny.Reconstructing the Past Through 'Alarm Notes'The documentary 'Alarm Notes' serves as a poignant dialogue between the granddaughter and grandfather that never happened in life. By piecing together archive documents and diaries, Kennedy reveals the hidden trauma of her grandparents' past, specifically their entanglement in the Reichstag fire investigation of 1933. The film juxtaposes images of modern Berlin with Koch’s original field recordings—from the golden oriole in Spandau to sneezing seals on Skomer island—creating a haunting audio-visual experience that bridges the gap between the 20th century and the present.The First Sound of Nature: A Technical BreakthroughBeyond his refugee story, Koch’s legacy is defined by a technical breakthrough that predates modern technology. In 1889, at just eight years old, he made the very first recording of a bird, a pet shama bird. This early achievement laid the groundwork for a professional craft that involved trailing cables through undergrowth in the dead of night to obtain close-up sounds. His work with the Carl Lindström record company in Germany revolutionized the concept of 'going on location,' transforming sound recording from a novelty into a rigorous scientific and artistic pursuit.From Persecution to Popularity: The Refugee's JourneyKoch’s story is a stark illustration of the refugee experience during the rise of the Nazi party. Initially spared due to his valuable skills, he was eventually warned by Swiss officials that his life was in danger in 1936. Fleeing to Britain, he found refuge among fellow naturalists and became a darling of radio listeners, particularly on the BBC’s Children’s Hour. His ability to adapt and preserve his cultural identity through his work highlights the resilience required to rebuild a life in exile, turning his personal tragedy into a public service that educated and entertained generations.Why the Archive Matters TodayThe release of 'Alarm Notes' serves as a reminder of the fragility of cultural heritage and the importance of preserving oral and acoustic history. As we move further away from the era of early recording technology, Koch’s work offers a unique sonic snapshot of the natural world and a historical record of a pivotal time in European history. The film ensures that his contributions to bio-acoustics and his survival story remain relevant, encouraging future generations to listen closely to the sounds around them and understand the human stories embedded within them.

Scout AI's Ambitious Plan for Military AI Scout AI, a defense tech startup founded in 2024 by Coby Adcock and Collin Otis, has secured $100 million in funding to train AI models for military use. The company's goal is to develop an AI model called 'Fury' to operate and command military assets, with a focus on logistical support and autonomous weapons. The Training Process Scout AI is using a unique approach to train its AI models, leveraging autonomous military ATVs to simulate real-world scenarios. The company's operations team, led by former soldiers, is putting the vehicles through their paces on simulated missions at a military base in central California. The Technology Behind Scout AI Scout AI is utilizing Vision Language Action models (VLAs), a newer autonomy technology based on Large Language Models (LLMs). This technology, first released by Google DeepMind in 2023, has seeded robotics startups like Physical Intelligence and Figure.AI. The Future of Military AI Scout AI's founders believe that their approach will enable the development of more advanced AI models, potentially leading to the creation of Artificial General Intelligence (AGI). The company plans to use its funding to further develop its AI models and expand its operations. The Potential Impact The development of advanced AI models for military use has significant implications for the future of warfare. Scout AI's technology has the potential to enhance the capabilities of military personnel, improve logistics, and reduce the risk of human casualties.

The Rollout of Facial Recognition at Disneyland Disneyland, the beloved California adventure park, has outfitted some entrance lanes with facial recognition technology, a move its parent company says will prevent fraud and streamline re-entry. How the Technology Works At certain entrance lanes, a camera will capture images of visitors, which can be converted via biometric technology into unique numerical values, according to the Walt Disney Company’s website. Ostensibly, the technology could be used to determine whether someone had already entered the park, and to crack down on potential annual pass sharing. Guest Options and Privacy Concerns Guests can decide to opt out of lanes equipped with the technology, according to the company. The software’s roll-out comes at a moment where facial recognition technology is embroiled in a national debate about privacy concerns and surveillance. The Broader Context of Facial Recognition Meta reportedly has plans to add a facial recognition feature to their smart glasses. The Trump administration is eyeing the allocation of funds for such glasses to aid Immigration and Customs Enforcement agents. Law enforcement agencies that rely on facial recognition software have also been long scrutinized, and subject to lawsuits, over alleged wrongful arrests that disproportionately affect people of color. Previous Tests and Implementation Disney is no stranger to the software. The company tested the technology in 2021 at its Magic Kingdom theme park in Orlando and at Disneyland in 2024. Disney said on its website that “technical, administrative and physical measures” have been implemented to protect visitors’ information. However, the company also noted: “please be aware, despite our best efforts, no security measures are perfect or impenetrable.”

The UK's AI Conundrum Donald Trump's administration doesn't do alliances in the classical sense but rather as a protection racket, which complicates Britain's position in the AI landscape. The Event Details: US-UK AI Relations The current White House administration's approach to technology and alliances poses significant challenges for Britain, particularly in the field of AI. Trump's irritation with European leaders over their stance in the Middle East is compounded by the strategic implications of the war in Iran. The Data Analysis: Economic and Technological Impact The US is pulling away from Europe in terms of technological power, particularly in AI, which is seen as the 'currency of the future'. Countries like Britain risk dependency on a handful of companies with oligopolistic control over vital digital infrastructure. The Impact Analysis: Global Power Dynamics The asymmetry of power between the US and UK is growing, with the US spurred by rivalry with China. This imbalance is particularly concerning in a world where AI heightens the urgency of technological advancements. The Prediction: Future Outlook Liz Kendall calls for cooperation among 'middle powers' – fellow democracies in Europe, Japan, South Korea, Canada, and Oceania – to develop a resilient digital ecosystem that isn't reliant on 'the powerful, unaccountable few'. This approach aims to balance out the influence of authoritarian regimes and ensure that Britain maintains its sovereignty in the face of rapid technological change.

The Evolutionary Shift: Why Dogs' Brains Shrank 5,000 Years Ago For decades, the narrative of dog domestication has centered on the idea that our companions evolved smaller brains to fit a more docile, human-centric lifestyle. However, a comprehensive analysis of ancient and modern canine skulls suggests this biological downsizing was not an immediate consequence of domestication, but a gradual process that accelerated roughly 5,000 years ago. This revelation forces a re-evaluation of the timeline of the human-canine bond and the physiological changes that accompanied it. Decoding the Skulls: Methodology and Key Findings Researchers led by Dr Thomas Cucchi from the French National Centre for Scientific Research utilized advanced CT scanning technology to analyze the cranial structures of 22 prehistoric wolves and dogs spanning 35,000 to 5,000 years ago, alongside 59 modern wolves and 104 modern dogs. The Baseline: Modern dogs, village dogs, and dingoes possess brains that are 32% smaller than ancient and modern wolves. The Timeline: The most significant shrinkage occurred during the Late Neolithic period (approximately 5,000 to 4,500 years ago), where dogs had brains 46% smaller than wolves of the same era—comparable in size to modern pugs. The Anomaly: Contrary to expectations, 'protodogs' from 35,000 and 15,000 years ago did not exhibit smaller brains; one specimen actually had a relatively larger brain, implying an initial expansion in brain size during early domestication. The Paradox of Intelligence and Size A common misconception is that a smaller brain equates to lower intelligence. The study debunks this, highlighting that domestication did not make dogs 'dumber,' but rather rewired their neural architecture. As brain size decreases, researchers suggest the organ undergoes a process of reorganization. This may result in dogs being less trainable and more wary of environmental changes, yet highly specialized in reading human social cues and communicating with us. Rethinking the Domestication Timeline The findings challenge the 'domestication syndrome' theory, which posits that physical and behavioral changes happen simultaneously. Instead, the data suggests the relationship between humans and canines began loosely before evolving into a symbiotic bond. The significant brain reduction in the Late Neolithic period coincides with the rise of settled village life, leading experts to hypothesize that limited food resources may have favored smaller bodies and brains as an energy-efficient adaptation. Future Implications for Canine Evolution As selective breeding continues to shape modern breeds, the trend of brain size reduction appears to be accelerating. The study implies that the 'ideal' dog for early human coexistence may have been larger-brained, while the modern breeds we see today represent a later, more specialized evolutionary path driven by human selection for specific traits over general intelligence.