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Great Britain is on the verge of a record‑breaking summer of wind and solar generation, creating the possibility of the first zero‑carbon electricity periods in the nation’s power system.The government’s ambition to achieve a 95% gas‑free grid by 2030 underpins this push, as electrified transport, heat pumps and low‑carbon industry will need a clean power supply to meet climate targets.National Grid ESO (Neso) forecasts that on sunny weekend afternoons the grid could have more renewable power than demand, leaving excess capacity that would otherwise be wasted.To turn surplus into savings, Neso is urging households and businesses to shift flexible loads—such as charging electric vehicles, running dishwashers or doing laundry—to those high‑renewable windows.Leading suppliers Octopus Energy and British Gas have confirmed participation, offering special tariffs that reward consumers for using electricity when it is abundant.British Gas’s “PeakSave” scheme, for example, provides half‑price electricity from 11 am to 4 pm on Sundays, with an even cheaper “Super Sunday” option from 9 am to 5 pm. The company says the tariff has saved over £45 million for more than 1 million customers since its 2023 launch. Octopus Energy reports helping 2 million households save about £11 million, including £3 million in free electricity during periods of high renewable output.Other providers—including Ovo Energy and EDF Energy—offer similar “time‑of‑use” tariffs that charge higher rates when renewables are scarce, giving price‑sensitive users a clear incentive to shift consumption.Beyond bill reductions, flexible demand curtails the need for “constraint payments” to wind and solar farms—payments that reached almost £1.5 billion last year. By encouraging consumers to “turn up” rather than forcing generators to “turn down,” the grid can avoid these costly curtailments.Businesses are also joining the flexibility movement. Tech firms report that adaptable energy use can cut datacenter grid costs by up to 5% and slash emissions by as much as 40%. Danish engineering group Danfoss estimates that if datacentres operated flexibly for just 1% of the time, the pipeline of new facilities expected by 2035 could be accommodated without overloading the grid.In short, leveraging surplus renewable power now—through smart tariffs and demand‑shifting—offers a cheaper, faster alternative to massive storage or grid‑upgrade projects, while delivering tangible savings for consumers and a decisive step toward a low‑carbon British electricity system.

The UK government's ambitious plans to create 400,000 green jobs by 2030 seem to be failing to deliver for young people in England's coastal communities. Despite being surrounded by offshore windfarms, 44% of the UK's offshore windfarms are located in the east of England, areas like Lowestoft and Great Yarmouth are struggling with high unemployment and limited job opportunities.Jake Snell, a 19-year-old from Lowestoft, is a prime example. With high grades in maths and physics A-levels, a distinction in BTEC engineering, and work experience at an engineering company, he seemed like the perfect candidate for a role in the green energy sector. However, out of his 14-person cohort, only two people ended up with apprenticeships, and only one of these was in engineering.Rachel Wilde, a social anthropologist at University College London, notes that the term 'green jobs' is nebulous and that there is little concrete evidence of what these jobs actually are. She argues that there is a gap between politicians and policymakers promoting green jobs and people on the ground trying to talk to young people about job opportunities.Avril Keating, a professor of youth studies at UCL, suggests that the focus on high-profile roles in green energy is misleading and that more investment in continuing careers support for people in coastal and economically deprived areas is urgently needed.The government has announced plans to establish five technical excellence colleges that will focus training around the green energy sector, which could provide hope for the next generation of young people in these areas. However, for now, many young people like Snell are struggling to find employment and are feeling frustrated and disillusioned with the lack of opportunities.

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.

Emil Michael, the Pentagon's under secretary for research and engineering, declared a position in xAI valued between $500,000 and $1 million in March 2025. He sold these holdings on January 9 for between $5 million and $25 million, according to government ethics records. The value of his stake increased by 400% to 4,800% during the period he owned it. xAI, which is behind Musk's Grok chatbot, is not publicly traded, making it unclear how Michael obtained his position, how it was priced, or to whom he sold it. During Michael's ownership, the Pentagon announced two separate agreements with xAI. In July 2025, the Pentagon chose Grok as one of four commercial providers to help the department utilize artificial intelligence. On December 22, the defense department announced a new agreement with xAI, paving the way for the deployment of its advanced capabilities. Richard Painter, a former ethics lawyer at the White House, said that in general, it was a criminal violation for government officials to participate in actions that benefit their own financial interests. "It sounds pretty weird," he said of the transactions. The Pentagon stated that Michael was "in full compliance with all ethics laws and regulations. Any claims otherwise are false."

Databricks Co‑Founder Secures Prestigious ACM PrizeMatei Zaharia, co‑founder and CTO of Databricks, learned on April 8, 2026 that he had won the ACM Prize in Computing. The surprise announcement highlighted his decades‑long influence on big‑data processing and the emerging AI ecosystem.From Spark to AI Foundations: Zaharia’s Technical JourneyWhile completing his PhD at UC Berkeley under Ion Stoica in 2009, Zaharia released Apache Spark as an open‑source project that dramatically accelerated big‑data workloads. Spark became the engine that powered the early data‑science wave, and its success seeded the creation of Databricks, which has since evolved into a cloud‑native AI and data platform.2009 – Spark open‑source launch2013 – Databricks founded2026 – ACM Prize awardedFinancial Scale of Databricks and the ACM PrizeDatabricks has raised more than $20 billion in venture funding, reaching a valuation of $134 billion and a revenue run‑rate of $5.4 billion. The ACM award includes a cash prize of $250,000, which Zaharia intends to donate to an as‑yet‑undetermined charity.Funding: > $20 BValuation: $134 BRevenue run‑rate: $5.4 BACM cash prize: $250 KImplications for AI Development and Industry Perception of AGIZaharia’s bold statement—“AGI is here already”—challenges the conventional view that artificial general intelligence is a distant goal. He argues that current models already exhibit general‑purpose capabilities, but humans tend to judge them by human standards, which can obscure their true potential.He also warned about the security risks of AI agents that mimic trusted human assistants, citing the example of the “OpenClaw” agent that could inadvertently expose passwords or spend money without user consent.Future Outlook: AI‑Driven Research and Security ChallengesLooking ahead, Zaharia envisions AI becoming a universal research assistant—automating biology experiments, enhancing data compilation, and providing “AI for search” tailored to engineering and scientific inquiry. He stresses the need for robust security frameworks as AI agents become more autonomous.AI‑augmented research across biology, engineering, and data scienceEmphasis on non‑hallucinating, reliable modelsUrgent call for security standards for AI agents

The September 2026 Launch Window Apple is reportedly on track to debut its first foldable iPhone in September 2026, aligning with the launch of the iPhone 18 Pro and Pro Max. According to Mark Gurman of Bloomberg, the device aims to hit the market simultaneously with or shortly after the standard non-foldable models. Despite recent concerns from Nikkei Asia regarding potential delays due to engineering hurdles, the latest report suggests the timeline remains aggressive. Launch Window: Targeting September 2026 alongside iPhone 18 Pro series. Supply Constraints: Initial production volumes may be limited due to the device's complexity. Status: While six months out, the timing is not yet finalized. Engineering Breakthroughs: Durability and Display A critical factor driving this launch is Apple's reported resolution of key technical challenges that have plagued competitors. The new foldable device is said to feature significant improvements in screen quality and overall durability. Furthermore, Apple has reportedly addressed the "crease" issue, making it less visible when the device is unfolded, a common pain point for users of current foldable models. Market Implications: Entering the Foldable Wars The introduction of a foldable iPhone marks a pivotal shift in Apple's hardware strategy. For years, the company has observed the foldable market dominated by Samsung and emerging Chinese manufacturers. By entering this space, Apple aims to leverage its ecosystem lock-in and manufacturing scale to redefine the premium foldable experience. Future Outlook: Supply Chain and Adoption Analysts predict that while the September launch is the goal, supply chain bottlenecks could restrict availability. However, if Apple can deliver on its promises of a durable, high-quality foldable device, it could accelerate the mainstream adoption of foldable technology, forcing competitors to innovate further.

The conflict between the US and Israel against Iran has taken a devastating toll on the country's healthcare system. At least 2,076 people have been killed and 26,500 wounded in Iran since the US and Israel first launched strikes on the country on February 28.Iranian President Masoud Pezeshkian has strongly condemned the attacks, appealing to international health organizations to respond to the crisis. On Thursday, he wrote on X: “What message does attacking hospitals, pharmaceutical companies and the Pasteur Institute as a medical research center in Iran convey?”The Pasteur Institute, a key center for medical research and vaccine production in Tehran, has been targeted. The institute, founded over 100 years ago in collaboration with the Institut Pasteur in Paris, conducts research on infectious diseases, produces vaccines, and provides advanced diagnostics.According to the World Health Organization (WHO), over 20 attacks on healthcare facilities in Iran have been verified since March 1, resulting in at least nine deaths, including an infectious diseases health worker and a member of the Iranian Red Crescent Society.Some of the facilities hit include:Red Crescent warehouse in Bushehr province, which was destroyed by a drone strike on Friday morning.Tofigh Daru Research and Engineering Company, one of Iran’s largest pharmaceutical companies, which was hit on March 31.Delaram Sina Psychiatric Hospital in Tehran, which was significantly damaged on March 29.Ali Hospital in Andimeshk, which sustained damage from an explosion on March 21.Gandhi Hospital in Tehran, which was damaged during attacks on a nearby television communications tower on March 2.International humanitarian law states that health establishments and units, including hospitals, should not be attacked. The United Nations Security Council resolution 2286 was adopted unanimously in 2016, condemning attacks on healthcare and calling on nations to respect international law.The attacks on healthcare facilities are not limited to Iran. Israel has also targeted healthcare facilities in Lebanon and Gaza, resulting in significant damage and loss of life.

At the Oxford Brookes Headington campus, a group of over 100 students are working tirelessly to build the fastest and best-designed race car possible for this year’s Formula Student competition.The Oxford Brookes Racing (OBR) team, the UK’s most prestigious Formula Student team, has won more design awards than any other UK university and frequently secures top spots in the international race held annually at Silverstone.Success in the competition is crucial as it gets the team noticed by the industry, where a handful of engineering jobs can have upwards of 10,000 applicants. Several OBR alumni are currently working in every Formula One team.“A lot of the coverage on TV is based around the drivers, but not really the actual engineers,” said Thomas Cawdery, a team manager and third-year motorsports technology student. “This is what you don’t see in Formula One. The engineers who make it happen.”The OBR team is entirely run by students and operates out of two buildings, where scores of people are working hard – cutting and shaping carbon fibre chassis by hand, and running simulations on computers. Students of all ages are teaching and learning from one another.While actual Formula One cars have much more power than the students are allowed for safety reasons, the complexity of the cars is very similar. “They’re the same if not more complex than Formula One cars,” Cawdery said.The OBR team surpasses industry expectations in some aspects, particularly in terms of gender balance. Unlike most Formula One teams, where only about 10% of engineers are women, OBR has a much better gender balance.Emma Deery, a first-year mechanical engineering student, finds the inclusive environment encouraging. “In the industry, a lot of women find themselves the only woman on their team. Here it’s different. We have a lot more women and a lot of women in leadership roles.”The OBR team will compete for the top spot this summer against 102 other teams from 27 countries. The competition is a useful recruitment tool for big industry names, as it showcases innovative engineering skills.Ross Brawn, the legendary former team principal, once said, “There are two really innovative forms of motorsport left. One of them is Formula One and the other one is Formula Student.”

UK drivers are being urged to hunt for the cheapest petrol as they prepare for an estimated 21.7 million journeys over the Easter bank‑holiday weekend – the busiest on the roads since 2022. Data from the RAC shows that the average price of a litre of unleaded petrol jumped 20p in March, rising from 132.83p on 1 April to 152.83p on 31 April. This is the fastest monthly increase on record, eclipsing the previous high of 16.6p recorded in June 2022 after Russia’s invasion of Ukraine. RAC policy chief Simon Williams called the rise “unprecedented” but stressed that travellers should fill up as usual and seek the cheapest forecourts nearby ahead of the holiday rush. To ease congestion, National Highways will temporarily suspend 1,500 miles (2,400 km) of roadworks on motorways and major A‑roads in England from Thursday through Easter Monday. The AA predicts this will accommodate roughly 1 million additional trips compared with last year, with traffic expected to peak on Thursday when schools break up. Analysts warn that the sharp fuel‑price surge may curb spending on trips. Susannah Streeter, chief investment strategist at the Wealth Club, noted that shorter journeys and fewer on‑the‑road purchases, such as chocolate treats, are likely. AA survey data shows that just over half of travellers plan to drive less than 50 miles, 5 % expect journeys of 50‑100 miles, about 1 % aim for 100‑200 miles, and fewer than 1 % anticipate trips beyond 200 miles. Rail disruptions are set to push more motorists onto the motorways. Engineering works will suspend west‑coast mainline services between London Euston and Milton Keynes from Good Friday to 8 April, and there will be no trains on several routes—including Preston to Lancaster (4‑5 April), Winchester to Southampton, and Herne Bay to Ramsgate—while services between London Waterloo and Clapham Junction will be reduced. Despite domestic challenges, the travel trade body ABTA estimates that 2 million UK residents will travel abroad this weekend. EasyJet is gearing up for its busiest Easter period yet, planning to operate 16,000 flights from UK airports over the two‑week school break. Passengers heading to the European Union should also prepare for potential two‑hour delays due to the rollout of the EU’s Entry‑Exit System, which requires third‑country nationals, including UK travellers, to submit photographs and fingerprints before entering the Schengen area.