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The Anachronistic Workflow Behind *Red Sheet*At 78, James Ellroy is a literary anomaly in the age of the internet. His latest book, Red Sheet, published on June 9, is a sprawling historical noir set in 1962 during the height of the Cold War. However, the method used to create this complex narrative is strictly analog. Ellroy does not own a computer, nor has he ever owned a mobile phone. His workflow is a throwback to a bygone era: he dictates responses to printed emails and employs a retired FBI couple in southern France to type his handwritten manuscripts.Publication Date: June 9, 2022Setting: October 1962 (Cuban Missile Crisis era)Key Protagonist: Freddy Otash, a corrupt private investigatorThe Methodology of ObsessionEllroy describes his approach as 'reckless verisimilitude,' blending historical fact with subjective fantasy to uncover deeper truths. His rejection of Google and digital research is compensated by a dedicated researcher who summarizes books and sends physical pages. This physical, tactile process allows him to maintain a hyper-focused, almost obsessive creative state that is difficult to replicate in a digital environment.The Cultural Relevance of a Tech-Free IconIn an industry increasingly driven by social media engagement and digital distribution, Ellroy's stance is a powerful statement on the nature of focus. By removing the distractions of constant connectivity, he preserves a 'mad dog' intensity that fuels his writing. His latest work challenges the conventional narrative of the Hollywood Ten and the Red Scare, offering a contrarian view that the figures who refused to testify were complicit in a criminal conspiracy.A Niche for Analog AuthenticityEllroy's continued success suggests that there is enduring value in high-intensity, analog craftsmanship. While the publishing industry moves toward digital-first models, his ability to produce complex historical fiction without modern tools proves that for certain genres, the human-centric process of creation remains paramount. His future outlook remains as sharp and defiant as ever, continuing to challenge liberal sacred cows and redefine the boundaries of crime fiction.

New Delhi announced a massive $11 bn development scheme for Great Nicobar Island, positioning the remote outpost as a potential counter‑weight to China’s reliance on the Strait of Malacca. The proposal combines a trans‑shipment port, a civilian‑military airport, power generation, tourism infrastructure and a new township for up to 350,000 residents, igniting a clash between strategic ambitions and ecological/tribal concerns.The $11 bn Great Nicobar Development Plan UnveiledThe Modi government’s blueprint highlights maritime trade economics as the core justification, but recent criticism from global watchdogs and opposition leaders has shifted the narrative toward national security. Key components include:Trans‑shipment port capable of handling vessels larger than those at existing Indian ports.Civilian‑military dual‑use airport to boost rapid deployment.Power plant and tourism facilities to attract investment.Planned township covering 166.1 sq km (≈16% of the island) for 350,000 people over three decades.Financial Scale and Demographic ProjectionsThe project’s budget of $11 bn dwarfs the island’s current estimated population of fewer than 10,000 people. If fully realized, the population would surge by roughly 4,000 %, fundamentally altering the island’s social fabric.Projected deforestation: ~964,000 trees slated for removal.Land allocation: 166.1 sq km, half overlapping tribal reserve areas inhabited by the Shompen.Economic promise: Expected to capture a share of the one‑third of global trade that transits the Strait of Malacca.Strategic Implications for the Strait of Malacca and Indo‑Pacific BalanceGeographically, Great Nicobar sits at the western mouth of the Strait of Malacca, a chokepoint through which China imports about 80 % of its crude oil and two‑thirds of its trade. Former vice‑chief of the Indian Navy Shekhar Sinha argues the island could provide India with unprecedented maritime domain awareness, potentially allowing New Delhi to monitor and influence traffic in the waterway.Analysts from the Observer Research Foundation note that, in a scenario of heightened Indo‑Pacific tension, the island could serve as a forward logistics hub for the Indian tri‑service command based in Port Blair, enhancing rapid response capabilities.Future Scenarios: From Strategic Outpost to Environmental FlashpointOpposition figures such as Rahul Gandhi label the scheme “one of the biggest scams” and warn of irreversible damage to the island’s biodiversity and the rights of the Shompen and Nicobarese communities. Environmental experts have highlighted the island’s location in seismic zone 5, raising concerns about the resilience of large‑scale infrastructure.Should the project proceed, India faces a trade‑off: a fortified strategic foothold versus the risk of international criticism, potential legal challenges over indigenous rights, and the ecological cost of transforming one of the world’s most pristine island ecosystems.

The Energy Advantage In the race against China for AI supremacy, the United States dominates when it comes to access to the most cutting-edge semiconductors. But when it comes to powering the huge data centres that run on AI chips, China holds the clear advantage. That's because data centres, the sprawling computing facilities needed to train and run AI models, require vast amounts of energy. A typical data centre can consume as much electricity as 100,000 households, while next-generation “hyperscale” facilities can gobble up as much power as two million homes, according to the International Energy Agency (IEA). China's Renewable Energy Boom China already generates more than twice as much electricity as the US, a lead that is expected to widen amid an aggressive state-led investment in the country’s energy grid. BloombergNEF, a research provider, estimates that China will add more than six times as much electricity generation capacity as the US over the next five years. Much of that extra capacity will be in the form of renewables such as solar and wind. In 2025 alone, China increased its wind and solar power capacity by more than 430 gigawatts, accounting for more than half of the additional capacity in the renewables added globally that year. The Impact on Data Centres A key element of China’s AI strategy involves integrating its data centres into its rapidly expanding renewables sector. Under the “East Data, West Computing” initiative, China’s government is concentrating the construction of new data centres in the country’s sparsely populated interior, where land and renewable energy sources are abundant compared with the heavily built-up eastern seaboard. Earlier this month, Beijing announced the start of operations at the country’s first “large-scale” renewable energy project to be linked directly to a data centre. Narrowing the Gap For now, the US still has the largest data centre footprint by a wide margin. According to Stanford University’s AI Index, the US had an estimated 5,427 data centres in 2025, compared with 449 in China. But as China constructs data centres at a blistering pace – its number of data centre racks grew 30 percent annually from 2016 to 2023, according to the China Academy of Information and Communications Technology – the gap between the superpowers is rapidly narrowing. The Future Outlook “In the long run, the country that can provide cheap, stable, low-carbon electricity will have a major advantage in AI infrastructure,” Qiyang Xiong, a PhD candidate at Renmin University of China who specialises in AI and energy policy, told Al Jazeera. “China is a global leader in solar, wind and ultra-high-voltage transmission,” Xiong said. “This gives it an advantage in supplying western data centre clusters with large volumes of relatively cheap, clean electricity.”

Urgent Alert from Iraq’s Interior MinistryThe ministry has issued a nationwide warning after Datura (jimsonweed) began proliferating beyond its typical desert niches, endangering crops, livestock, and human safety.Datura’s Surge Across Iraqi FarmlandsOriginally native to Central America, Datura was introduced to Europe in the 15th century and has since become a global invader. In Iraq, nitrogen‑rich riverbank soils and a hot, semi‑arid climate provide an "ideal environment" for the plant to establish dense stands, according to Mohamed Elhagarey, professor at the Egyptian Desert Research Center.Scale of Global Datura Distribution and Iraqi HotspotsMore than 124,000 sightings recorded worldwide.Approximately 7,444 documented locations of the species.57% of these sites are in cold environments, showing the plant’s adaptability.Only 1% of suitable global habitats remain uninvaded.In Iraq, the plant exploits abandoned fertile soils left by conflict‑related agricultural decline, accelerating its spread.Risks to Iraqi Agriculture and Public HealthDatura contains tropane alkaloids—atropine, hyoscyamine, and scopolamine—that are lethal in uncontrolled doses. The Ministry warns that these compounds can damage the nervous systems of humans, animals, and even neighboring crops.While the plant has historic medicinal uses, its uncontrolled presence poses:Potential crop loss and reduced yields.Increased poisoning incidents among farmworkers and livestock.Challenges for food security in a region already strained by conflict.Future Trajectory and Control StrategiesAuthorities are deploying a multi‑pronged response: biological control agents, targeted pesticide spraying, and public awareness campaigns. However, experts note that Datura’s "latent capacity for immediate adaptation" means it can quickly colonise new plots once seeds contact soil.Given the plant’s ability to thrive in both cold and warm zones, researchers predict continued expansion into other warm regions of Iraq unless eradication measures are intensified and sustained.

Google’s $920 Million‑Per‑Month Compute Agreement with SpaceXIn a regulatory filing dated June 5, 2026, SpaceX disclosed a new partnership with Google that will see the search‑engine giant paying $920 million per month for AI‑compute capacity starting October 2026 and running through June 2029. The arrangement adds a second marquee customer to SpaceX’s emerging data‑center business just days before the company’s historic IPO.Deal Structure: Timeline, Hardware, and Financial TermsStart date: October 2026End date: June 2029 (36 months)Hardware: Approximately 110,000 NVIDIA GPUs, CPUs, memory, and ancillary componentsMonthly fee: $920 millionCancellation clause: Either party may terminate with 90‑day notice after December 31, 2026The filing does not specify which SpaceX data centre will host Google’s workload, though industry observers note the company’s “Colossus 2” facility is earmarked for its own xAI initiatives.Financial Scale: $920 Million Monthly vs. Anthropic’s $1.25 BillionGoogle’s commitment is roughly half the monthly spend Anthropic agreed to in its own SpaceX contract ($1.25 billion per month). Both deals lock in access to the same pool of compute at SpaceX’s Memphis‑area data centre, but Google’s agreement reflects a more modest share of the total capacity.Total spend for Google: $33.12 billion over the contract termTotal spend for Anthropic (projected): $45 billion over a similar horizonStrategic Implications for AI Infrastructure and Market CompetitionThe partnership underscores Google’s need for “bridge capacity” to satisfy surging demand for its newly launched Gemini Enterprise agent platform. By tapping SpaceX’s high‑density GPU farms, Google can augment its own cloud offering without waiting for internal hardware roll‑outs.For SpaceX, the deal diversifies revenue streams ahead of the IPO, positioning the company as a credible AI‑compute provider alongside traditional hyperscalers. It also deepens the financial ties between SpaceX and Alphabet, whose stake in the rocket firm is projected to exceed $100 billion post‑IPO.What the Deal Signals for Future Cloud‑Compute PartnershipsAnalysts view the agreement as a bellwether for a broader trend: tech giants increasingly leasing external, high‑performance compute rather than building it in‑house. The 90‑day termination window after 2026 gives both parties flexibility, suggesting the contract is a short‑term stopgap while Google scales its own hardware pipeline.Looking ahead, the collaboration could pave the way for more ambitious projects, such as the rumored “orbital data centres” that would combine SpaceX’s launch capability with Google’s cloud services, potentially reshaping the geography of AI compute.

AirTrunk's Massive Investment in Indian Data Centers Blackstone-backed data center operator AirTrunk has announced plans to invest $30 billion in India by 2030, adding to the growing wave of commitments from technology and infrastructure groups seeking to expand computing capacity in the country. Developing 5GW of New Data Center Capacity The Australian company will develop 5 gigawatts of new data center capacity in India, one of the largest commitments to the South Asian nation’s digital infrastructure sector. AirTrunk entered India earlier this year through the acquisition of Lumina CloudInfra. The Growing Appeal of India for AI Infrastructure AirTrunk’s commitment underlines India’s growing appeal as a destination for AI infrastructure, as tech companies and investors seek new geographies to expand computing capacity. Data center capacity in the country is projected to rise to as much as 8GW by 2030 from about 1.5GW today, according to research firm Bernstein. Government Support and Investment Incentives The Indian government has taken steps to attract investment in AI infrastructure, including offering foreign cloud providers tax exemptions through 2047 on services sold overseas if those workloads are run from Indian data centers. Expansion Plans and Development Pipeline AirTrunk has already begun laying the groundwork for its expansion in the country, with a letter of intent for land allotment at the Raigad Pen Growth Center in Maharashtra for a 3GW data center involving an investment of about ₹2 trillion (around $21 billion). The company already has a development pipeline of about 600MW across Mumbai, Chennai, and Hyderabad. Joining the Growing List of Investors AirTrunk joins a growing list of companies investing in infrastructure in the country, including Amazon, Google, Microsoft, OpenAI, Uber, Reliance Industries, Adani Group, and TCS. Challenges and Opportunities However, data centers require vast amounts of electricity, water, and land, and industry executives and analysts have pointed to resource issues as a potential bottleneck, particularly regarding power. Deloitte estimates data center build-outs in the Asia Pacific region could require tens of terawatt-hours of additional electricity by the end of the decade. Investment Thesis and Future Outlook AirTrunk’s investment thesis is underpinned by government support, a large pool of technical talent, and access to renewable energy, according to CEO Robin Khuda.

The Decision to Shut Approximately 150 BHF Retail OutletsThe British Heart Foundation announced it will close about 150 charity shops and cut jobs after a review deemed a quarter of its high‑street locations commercially unsustainable.Financial Strain Evident in Plunging Net ProfitNet profit across the charity’s 640 UK stores dropped from £18.8 million in 2024 to £3.6 million in the year to 31 March 2025. Total income for 2025 was £181 million, but net income after direct costs fell by almost £9 million to £129.6 million. The wage and pension bill reached £136 million, and the proportion of income allocated to charitable work fell to 72% from 77% the previous year, still above the 70% benchmark.Operational Implications for Staff and VolunteersRetail arm employs nearly 3,700 staff (3,692 FTE).Head office workforce totals 795 employees, bringing total headcount to 4,545.180 staff earn £60,000 or more.Chief executive Charmaine Griffiths received a £35,000 pay rise to £268,239 for the financial year.Job cuts are planned in central functions supporting retail operations.Broader Implications for the UK Charity Retail LandscapeThe closures reflect a wider shift toward online shopping that is pressuring traditional high‑street charity retailers. With a significant portion of income funding cardiovascular research, the BHF’s move underscores the tension between maintaining a sustainable retail model and preserving charitable impact.Outlook: Timeline for Closures and Future Funding StrategyThe charity aims to shutter 90 stores by the end of March 2027 and the remaining locations by March 2028. Executives stress that the difficult short‑term decisions are intended to protect the long‑term mission of funding lifesaving research.

The LeadA proposed travel card for northern England, modeled on London's Oyster system, could save commuters up to £276 a year while generating significant economic benefits for the region, according to new research.The Proposed Unified Transport SystemThe proposal would link together transport systems across northern England including Greater Manchester's Bee Network, West Yorkshire's planned Weaver Network and South Yorkshire's People's Network. This would allow passengers to move between regions without purchasing separate tickets, using a single payment system across multiple modes of transport.Users would tap in and out across different transport networks with fares automatically capped at the cheapest available rate. Passengers could use a bank card, phone or dedicated travel card, with software calculating the cheapest fare automatically and applying any relevant daily or weekly caps. Concessions for students, older people and disabled passengers would be applied across the entire network.Economic Impact AnalysisResearchers estimate the scheme could generate up to £2.7bn for the economy over five years by making it easier for people to travel between towns and cities for work, training and leisure. The financial benefits come from increased mobility and access to job opportunities across the region.The proposal is backed by the Good Growth Foundation thinktank and Luke Charters, Labour MP. Andy Burnham, Greater Manchester mayor, has also expressed interest in the concept of an "Oyster card for the north," having previously argued that better transport links are essential to boosting economic growth and connecting communities.Regional Transformation PotentialSupporters argue that while city regions across northern England have invested heavily in improving local transport, travelling between those networks currently involves navigating different ticketing systems, fare structures and operators. The proposed card would help people feel less "cut off" from job opportunities in the region.The proposal comes as mayors across the north continue to pursue greater control over local transport networks, following the rollout of Greater Manchester's Bee Network. Luke Charters noted that the growth of integrated transport systems across northern city regions means the foundations for a wider contactless network are already being put in place.Future OutlookNo formal plans for introducing the travel card scheme have been announced yet, but campaigners argue that ongoing transport changes across the north create an opportunity to develop a single ticketing system spanning multiple networks. The concept represents a potential shift toward more integrated regional transport policy, which could serve as a model for other areas of the UK facing similar connectivity challenges.

A Historic Leap for Inclusive Space ExplorationThe UK Space Agency has signed a memorandum of understanding with US startup Vast to support the flight of John McFall. This agreement paves the way for McFall, a member of the European Space Agency (Esa) astronaut reserve, to become the first individual with a physical disability to live in orbit aboard the commercial Haven-1 station.The Haven-1 Mission and Commercial InfrastructureStation Specifications: Haven-1 is a commercial station smaller than a single-decker bus but capable of housing up to four astronauts.Features: The station includes a maplewood veneer interior, a domed observation window, and a laboratory for microgravity research.Transport: McFall will travel to the station via SpaceX's Crew Dragon capsule and Falcon 9 rocket.Timeline: The mission is proposed for 2027, with a duration of approximately two weeks.Research Scope: Prosthetics and Human PhysiologyThe core objective of McFall's mission extends beyond the symbolic achievement of being the first disabled astronaut. Scientifically, the flight will rigorously test how the space environment affects the human body and, crucially, how it impacts modern prosthetic limbs that rely on sensors and microprocessors. This data is vital for developing lighter, more adaptable prosthetics and improving rehabilitation programs for amputees on Earth.Shifting Paradigms in Disability and EmploymentBeyond the laboratory, McFall's presence challenges deep-seated societal preconceptions about the capabilities of people with disabilities. By demonstrating that individuals with physical limitations can perform complex tasks in zero gravity, the mission sets a precedent for inclusive employment across high-risk and high-skill industries. Tim Peake has already hailed this as a "landmark moment for inclusive human spaceflight."The Future of Commercial Spaceflight and InclusionIf McFall successfully launches in 2027, it will signal a new era for commercial space stations like Haven-1. The success of this mission could accelerate the integration of diverse candidates into space programs, moving beyond the traditional "astronaut" archetype. It also suggests a future where private companies drive inclusivity standards, potentially opening the door for more astronauts with disabilities to participate in long-duration missions to the ISS or commercial outposts.