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  • Stamina, skills, hunger: how do England solve a problem like Shubman Gill? | England v India 2025

    Stamina, skills, hunger: how do England solve a problem like Shubman Gill? | England v India 2025

    Two games into the series we have already witnessed something very special from Shubman Gill. In the second Test at Edgbaston he produced a real rarity: an individual performance that defines and dominates a game. Not just piling on the runs, but forcing his opponents to toil in the field until they felt exhausted and out of options.

    That fatigue affects batters’ mental clarity and their decision-making – what to play, when to leave – as well as their movement and their footwork. Reducing England to 25 for three at the end of the second day went a long way to deciding the match. As well as India bowled with the new ball, it was Gill’s remorselessness that created the conditions for it to happen.

    We have to pay testament to his stamina, his skill and his hunger – not just for runs, but to set an example as the new captain of a young team. Captaincy can affect a player’s form detrimentally, but it seems to have focused him and his three highest Test scores have been made in the past three weeks.

    We are coming to the end of a period that has been dominated by the so-called Fab Four – Virat Kohli, Joe Root, Steve Smith and Kane Williamson – and the search has been on for players who can take over. Gill has shown he can fill those boots and in a wonderfully orthodox style: he plays all formats and is brilliantly adaptable, but with a foundation of classic technique.

    He has not just been making his own reputation, he is making history. No touring player has scored as many runs in a Test as the 430 at Edgbaston – only Graham Gooch against India at Lord’s, in 1990, has bettered it – and his 585 puts him 23rd on the list of highest individual tallies in Test series in England, two games in. Even Don Bradman’s world record of 974 in the 1930 Ashes looks under threat.

    He was given the opportunity to dictate the game because England chose to bowl first. The opportunity to stretch and tire opponents and then benefit from scoreboard pressure and fatigue, as well as the opportunity to bowl on a possibly deteriorating pitch towards the end of the game, is why people win the toss and bat. England will be reflecting on that decision as they consider ways of reducing Gill’s impact on the remainder of the series.

    Shubman Gill made history at Edgbaston. Photograph: Alex Davidson/Getty Images

    I remember Smith’s performances on the Ashes tour I went on as batting coach in 2017-18, when he scored two unbeaten centuries and a double century, ending the series with an average of 137.40. At times it felt like we just could not get him out, it was soul-destroying. He always seemed to have an answer. After a while it really does get to you and we had two very experienced frontline bowlers in Jimmy Anderson and Stuart Broad.

    Gill is used to the cast of bowlers England used in the first two matches, he knows their plans, their trajectories, their variations, their pace. If fatigue was not already going to force Ben Stokes to change his bowling group, the need to find fresh ways to challenge the India captain would have done it anyway.

    If Chris Woakes can put himself through a third match in a row I would keep him in, because his batting could play a part. He bowled a good new-ball spell on the first day at Edgbaston when he was a bit unlucky and Lord’s is a happy hunting ground for him.

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    Brydon Carse and Josh Tongue have been selected because they bowl with good pace, height and bounce and can present problems even on flat surfaces. They have done OK, but they have come up against top-class batting that has been ruthless – Stokes doesn’t like that word but India probably do. Now England need a point of difference: it’s going to be 30C in London, probably not great conditions for swing, and Jofra Archer has to be the man.

    But picking Archer, after one first-class game in four years, is a risk and with Stokes also needing to bowl in short bursts England then need a couple of people who can really put in a shift. What surprises me about their squad, aside from the three seamers who played the first two games, is the extraordinary lack of first-class overs in it: Gus Atkinson has come back in for the third Test having not played since the game against Zimbabwe in May and joins Jamie Overton, who would add extra depth to England’s batting but has played one T20 game since May and one first-class match this season.

    To pick either of them alongside Archer feels like a risk, particularly when it is going to be hot and dry and England have to be braced for long periods in the field.

    For that reason Sam Cook has to come in, though he is someone who offers control, plenty of stamina and lots of overs, but not always a cutting edge. Cook may struggle at Old Trafford and the Oval given the nature of the pitches and this could be the one where he uses the slope cleverly and bowls lots of overs. Woakes and Cook can then provide control with Archer the ace up England’s sleeve, someone fresh and fast, and something new for Gill to try to deal with.

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  • Who made their mark in the wet at Silverstone? – Formula 1

    Who made their mark in the wet at Silverstone? – Formula 1

    1. Who made their mark in the wet at Silverstone?  Formula 1
    2. LIVE COVERAGE: Follow the action from the British GP  Formula 1
    3. Norris wins wet and chaotic home British GP  Dawn
    4. McLaren slammed over snub during podium celebrations after Nico Hülkenberg’s first F1 top-three finish  The Express Tribune
    5. Edd Straw’s 2025 British Grand Prix F1 driver rankings  The Race

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  • I’m Obsessed With the Relatable Dichotomy of Lana Del Rey’s Style

    I’m Obsessed With the Relatable Dichotomy of Lana Del Rey’s Style

    This summer, Lana Del Rey has been touring throughout Europe, and her fashions for the stage have been, well, extremely Lana-coded. To accompany the whole Southern-Gothic setting of her new show, the eye-catching performance wardrobe—helped brought to life by her go-to stylist, Molly Dickson—has revolved around a sweeter, more retro sensibility.

    A few shows in, and there has been a deliberate tradwife aesthetic to her custom Gucci and Valentino designs. We have seen loads of 1950s-style gowns with sweetheart necklines, cinched waists, and big full skirts. Her hair, styled in romantic updos or bouffants, has matched the throwback vibe. (Since marrying Louisiana alligator tour guide Jeremy Dufrene last year, the singer has seemingly leaned into a Southern Belle vibe, whether intentional or not.)

    And yet, off the stage, Del Rey’s summer style could not be more opposite. Where her performance outfits are marked by theatrical costuming, her day-off looks are decidedly much more simple. She has been doing normcore dressing to the extreme: You can regularly catch in her in skinny or straight-leg jeans—not trendy baggy or flared styles—paired with a simple crewneck sweater. Her white Keds sneakers, meanwhile, are as pragmatic and discrete as they come—a far cry from the bedazzled Louboutin boots she performed in at Coachella last year.

    Photo: Backgrid

    Image may contain Lana Del Rey Clothing Pants Jeans Person Teen Footwear Shoe Standing Car and Transportation

    Photo: Backgrid

    There is a tangible style dichotomy between working Lana and free time Lana that I find relatable and, frankly, endearing. While many performers cultivate a cohesive closet for both on and off the stage (see: Billie Eilish and her love of baggy attire, or Beyoncé and her love of red, white, and blue), Lana treats her public persona as something entirely separate. Concert Lana represents ideals of bygone beauty; her off-duty fashion is very much rooted in being a millennial in 2025.

    And so what? Don’t you dress down on your days off? To me, her normy attire makes seeing Lana all dolled up on stage all the more striking. We love a transformation. Plus, let her live! If she wants to grab a quiet drink at the Chateau Marmont in a ball cap and chore jacket in peace, we should. Though, the next time you spot some Keds in such a fancy setting, you might want to scan your eyes upwards and do a quick is-that-Lana check.

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  • Luton sex offender killed after propositioning friend

    Luton sex offender killed after propositioning friend

    Brian Farmer

    BBC News Bedfordshire

    Reporting fromLuton Crown Court
    Bedfordshire Police Sukhjinder Singh-Gill: A man with white hair and and white beard wearing a pale grey, round-necked. long-sleeved, top.Bedfordshire Police

    Sukhjinder Singh-Gill was found dead at his home in Luton in November 2024

    A registered sex offender was killed after making advances towards a friend as they watched television together, a jury was told.

    Luton Crown Court heard how Sukhjinder Singh-Gill, 57, was found with a cord around his neck and hands at his home last November – with police initially believing he had taken his own life.

    Nathaniel Sereaton told the trial he got angry after Mr Singh-Gill offered him money for sex, but had never intended to harm him.

    The 42-year-old, of Milliners Court, Luton, denies murder.

    Mr Sereaton told the trial on Tuesday how he had known Mr Singh-Gill for many years and saw him regularly.

    Brian Farmer/BBC Luton Crown Court: A brown-brock building with green-framed windows. The words "CROWN COURT" are written, beneath a crest, over the entrance.Brian Farmer/BBC

    Nathaniel Sereaton denies murder and is on trial at Luton Crown Court

    He said the two men were watching television at Mr Singh-Gill’s home in Althorp Road, Luton, when “the atmosphere changed”.

    Mr Sereaton said he “laughed off his proposal” and “carried on watching TV”, but when Mr Singh-Gill began making advances, he “thought he was going to try it on with me”.

    He said he “stood up and grabbed him around the neck”, “trying to stop him doing what he was doing”.

    He said he realised that Mr Singh-Gill was “not moving at all” and “panicked”.

    Mr Sereaton said he tried to make it appear that Mr Singh-Gill had “killed himself”.

    ‘Strangled’

    Richard Christie KC, prosecuting, had earlier told jurors how Mr Singh-Gill’s body was found at home by a builder.

    Police initially thought he had committed suicide, he said, but further investigation revealed he had been strangled.

    Mr Christie said a neighbour had seen a man matching Mr Sereaton’s description visiting the bedsit, and that the defendant had tried to sell Mr Singh-Gill’s phone.

    Mr Sereaton was “extremely muscly” and had been involved in martial arts, he said.

    The prosecutor said Mr Singh-Gill had a history of sex offending dating back to the early 1980s and listed indecent assaults on males and females.

    Mr Singh-Gill had been placed on the Sex Offenders’ Register in 2002, he said. and was being supervised until his death.

    Jurors also heard that Mr Sereaton had a history of offending, of mental health difficulties and drug-taking, as well as convictions dating back to 2001 – including robbery, burglary and a drug supply offence.

    Judge John Hillen told jurors the trial was likely to end later this week.

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  • Understanding the human brain architecture through gene coexpression analysis

    Understanding the human brain architecture through gene coexpression analysis

    In a comprehensive Genomic Press Interview published in Brain Medicine, Dr. Michael C. Oldham shares his unconventional journey from advertising executive to computational neuroscientist and his groundbreaking contributions to understanding the human brain’s cellular and molecular architecture through gene coexpression analysis.

    From Madison Avenue to molecular neuroscience

    Dr. Oldham’s path to neuroscience was anything but direct. After graduating from Duke University at age 20 with a pre-med focus, he found himself unable to commit to medical school, recognizing he lacked the intrinsic desire to treat patients. Following a stint in San Francisco’s advertising industry during the dot-com boom, his fascination with human language evolution and what distinguishes human brains from those of our closest primate relatives led him back to academia.

    “The genetic changes that gave rise to the modern human brain were the catalyst for life as we know it,” Dr. Oldham reflects in the interview. This fundamental question drove him to pursue a PhD at UCLA, where he would make discoveries that continue to shape neuroscience research today.

    Pioneering gene coexpression network analysis

    Working with Dr. Dan Geschwind at UCLA and biostatistician Dr. Steve Horvath, Dr. Oldham performed the first genome-wide analysis of transcriptional covariation in the human brain. His eureka moment came when he realized that recurrent patterns of gene activity in brain samples corresponded to transcriptional signatures of different cell types.

    “Variation in the cellular composition of bulk tissue samples should inevitably drive the covariation of markers for different cell types,” Dr. Oldham explains. This insight, published in Nature Neuroscience in 2008, demonstrated how gene coexpression analysis could reveal optimal markers of cell types and states-a principle that still forms the central thesis for his laboratory at UCSF.

    The approach, known as Weighted Gene Coexpression Network Analysis (WGCNA), has become a cornerstone technique in genomics research. Unlike traditional differential expression analysis that compares individual genes between cohorts, WGCNA identifies robust patterns of coordinated gene activity within biological systems. This methodology has proven particularly powerful for understanding complex tissues like the brain, where multiple cell types interact in intricate ways.

    From brain evolution to brain tumors

    Dr. Oldham’s early research focused on analyzing patterns of gene activity in the brains of humans and other species. These efforts identified functionally significant gene expression changes in human radial glia (Nature, 2014), interneurons (Cerebral Cortex, 2018), and astrocytes (Nature Neuroscience, 2018), while introducing novel methods for aggregating and comparing patterns of gene activity among biological systems.

    More recently, his research focus has shifted from studying what makes human brains unique to tackling one of medicine’s most challenging diseases: malignant gliomas. As a faculty member in UCSF’s Department of Neurological Surgery and Brain Tumor Center, he applies his computational approaches to these notoriously heterogeneous brain tumors.

    His team has analyzed gene activity patterns from over 17,000 human brain samples, including approximately 10,000 normal and 7,000 malignant glioma samples. This massive undertaking has led to the development of OMICON (theomicon.ucsf.edu), a platform designed to make the patterns of gene activity in these complex datasets accessible to the broader research community. The resource contains over 100,000 gene coexpression modules that have been extensively characterized via enrichment analysis with thousands of curated gene sets, providing researchers worldwide with unprecedented insights into brain function and dysfunction.

    By comparing patterns of gene activity between normal human brains and malignant gliomas, Dr. Oldham and his team are pinpointing highly reproducible molecular changes in specific cell types of the glioma microenvironment, including vascular cells and neurons. These molecular signatures provide opportunities for developing novel biomarkers and targeted treatment strategies for glioma patients. For example, cell-surface markers of glioma vasculature provide a potential molecular ‘zip code’ for targeting gliomas via the bloodstream.

    Confronting the reproducibility crisis

    Beyond his primary research, Dr. Oldham has become increasingly concerned with what he describes as science’s reproducibility crisis. “If most of the findings we toil to produce cannot feasibly be reproduced, what is the point?” he asks, highlighting a challenge that extends far beyond neuroscience.

    His response has been to take leadership roles addressing these systemic issues. As Vice Chair of UCSF’s Academic Senate Committee on Library and Scholarly Communication, he has launched a pan-UCSF Task Force on research data and metadata standardization. While the topic might sound technical, Dr. Oldham emphasizes its critical importance: these standards are essential prerequisites for more open and reproducible science, more precise biomedical knowledge representation, and more efficient collaboration.

    “Although there are many factors that affect the reproducibility of published research findings, there is no reason in principle why data analysis should not be completely reproducible,” Dr. Oldham notes. “By standardizing how we package and describe our research data, we can accelerate data discovery and analysis, including the use of artificial intelligence. More generally, standardized data packages with persistent identifiers can serve as building blocks for new technology infrastructure to modernize scholarly communication around reproducible data analysis.”

    The human side of scientific discovery

    The interview reveals personal insights that shaped Dr. Oldham’s career trajectory. His decision to spend two additional years in graduate school after his first major publication-a choice some considered “nuts”-resulted in a second, even more impactful paper that secured his selection as a UCSF Sandler Faculty Fellow. This prestigious position provided him with immediate independence and funding to establish his own laboratory.

    When not advancing neuroscience, Dr. Oldham can be found on the trails of Marin County, where he lives, often walking alone and lost in thought. He maintains close friendships from his San Francisco advertising days, adhering to their motto: “ABC (always be celebrating!).”

    Looking ahead, Dr. Oldham sees the integration of multiscale and multimodal data as crucial for understanding brain complexity. He advocates for standardized data production strategies that leverage robotic automation to generate reproducible datasets at scale. Dr. Oldham also believes that neuroscientists must ‘flip the switch’ from descriptive analysis of biological systems to predictive analysis using statistical models. “There is a big difference between describing what you think a dataset means versus predicting what you will see in the next dataset,” he says.

    Dr. Michael C. Oldham’s Genomic Press interview is part of a larger series called Innovators & Ideas that highlights the people behind today’s most influential scientific breakthroughs. Each interview in the series offers a blend of cutting-edge research and personal reflections, providing readers with a comprehensive view of the scientists shaping the future. By combining a focus on professional achievements with personal insights, this interview style invites a richer narrative that both engages and educates readers. This format provides an ideal starting point for profiles that explore the scientist’s impact on the field, while also touching on broader human themes. More information on the research leaders and rising stars featured in our Innovators & Ideas – Genomic Press Interview series can be found in our publications website: https://genomicpress.kglmeridian.com/.

    Source:

    Journal reference:

    Oldham, M. C., (2025) Michael C. Oldham: Clarifying the cellular and molecular architecture of the human brain in health and disease through gene coexpression analysis. Brain Medicine. doi.org/10.61373/bm025k.0080.

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  • Actor Humaira Asghar Ali found dead in Karachi flat

    Actor Humaira Asghar Ali found dead in Karachi flat

    Actor Humaira Asghar Ali. — Instagram@humairaaliofficial

    KARACHI: Actor Humaira Asghar Ali was found dead in a flat in Defence Phase 6’s Ittehad Commercial area on Tuesday, according to police.

    Law enforcement personnel said they had arrived at the premises around 3:15pm to vacate the flat on court orders. When no one answered, the police broke open the door and discovered the actor’s body lying on the floor.

    Police officials said the actor had been living alone in the flat for the past seven years. 

    Actor Humaira Asghar Ali. — Instagram@humairaaliofficial
    Actor Humaira Asghar Ali. — Instagram@humairaaliofficial

    Forensic evidence was collected from the scene, and the body was shifted to the hospital for post-mortem examination.

    The flat’s owner had filed a case over unpaid rent, officials added. The body was discovered when a court-appointed bailiff arrived to execute the eviction order.

    Police said the cause of death will be determined after the post-mortem. However, authorities revealed that the actor’s body is likely “15 to 20 days old”.

    Police surgeon Dr Summaiya Syed said that the body brought to the hospital was “decomposed.

    One of the actor’s neighbours told Geo News the flat owner had said that Humaira had been delaying rent payments. The neighbour also confirmed that police broke open the door of her flat earlier today and discovered her body inside.

    The neighbour further shared that Humaira did not interact much with other residents of the building and noted that she did not own a car.

    Ali famously appeared on a reality show, “Tamasha Ghar”, and in a film named “Jalaibee”.

    The actor-cum-model’s death comes less than three weeks after renowned actress Ayesha Khan was found dead in her flat in Karachi’s Gulshan-e-Iqbal area.

    84-year-old Ayesha’s death came to light when her neighbours informed her family about a foul smell emitting from her apartment.


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  • BitFlow CoaXPress Frame Grabber Aids in SuperKEKB Particle Accelerator Troubleshooting

    BitFlow CoaXPress Frame Grabber Aids in SuperKEKB Particle Accelerator Troubleshooting

    SuperKEKB is unique in its employment of a nano-beam scheme that squeezes beams to nanometre-scale sizes at the interaction point, along with the use of a large crossing angle between the colliding beams to enhance electron–positron collision efficiency.

    WOBURN, MA, JULY 7, 2025 — The SuperKEKB particle accelerator in Tsukuba, Japan, was constructed to achieve the highest particle collision rates in the world, enabling next-generation investigation of fundamental physics. SuperKEKB is unique in its employment of a nano-beam scheme that squeezes beams to nanometre-scale sizes at the interaction point, along with the use of a large crossing angle between the colliding beams to enhance electron-positron collision efficiency.

    In its quest to reach the world’s highest collision rates, SuperKEKB has repeatedly suffered from Sudden Beam Loss (SBL) events. An SBL event occurs when vertical beam current is reduced by ten percent or more, leading to the process being aborted within a few turns lasting only 20 to 30 milliseconds. It is unknown what specifically invokes an SBL event. According to one theory, beam orbit oscillation causes beam sizes to significantly increase a few turns before an SBL occurrence. Yet it was also observed size escalation started earlier than beam oscillation. Increases have been measured to be up to ten times larger than the usual beam size.

    SBL is the biggest obstacle to the longterm stability of SuperKEKB beam operation. It also has the potential to seriously harm accelerator components within the electrons or positrons rings, which are situated side-by-side within a tunnel. Determining the source behind SBL incidents and putting suppressive measures in place were crucial.

    IDENTIFYING THE ORIGIN OF SBL
    To help uncover the root cause of SBL and ensure redundancy, the SuperKEKB team developed two turn-by-turn beam size monitors operating at different wavelengths; one, an X-ray system for beam size diagnostics, and the other, a visible light monitor focusing on beam orbit variation and size increases.

    The 99.4 kHz revolution frequency of the particle accelerator made it necessary to use imaging components compliant with the CoaXPress 2.0 (CXP-12) high-speed standard. In both the X-ray and visible light systems, data transfer rates up to 50 gigabits per second were achieved by aggregating four links between a Mikrotron EoSens 1.1 CXP2 CMOS camera and a BitFlow Claxon CXP4 PCIe quad link frame grabber. During data acquisition, the Mikrotron’s camera shutter was operated in precise synchronization with SuperKEKB’s 99.4 kHz revolution frequency. Captured image data was continuously stored in the BitFlow frame grabber’s 2GB ring buffer. It was only when a beam aborted did the data in the ring buffer move to the disk server for offline analysis.

    The BitFlow Claxon CXP4 is also capable of handling 4 x 1-link cameras, 2 x 2-link cameras or any combination of these. Each link supports data acquisition of up to 12.5 Gb/s. The highly deterministic, low latency frame grabber will also provide a low speed uplink on all links, accurate camera synchronization, and 13W of Safe Power to all cameras per link.

    By reducing the size of the camera’s Region-of-Interest (ROI), the X-ray monitoring system captured 99,400 frames per second, while the visible light system used an ROI twice the size of the X-ray, operating at a speed of 49,700 frames per second. The beam profile was measured with one shot every two turns instead of every turn.

    DIFFERENTIATING BEAM PATTERNS
    The BitFlow frame grabber’s CXP-12 transmission speeds empowered SuperKEKB physicists to accurately differentiate between the various beam patterns developing before SBL events occurred.

    Combining observations from both the X-ray and visible light monitoring systems, a possible SBL event scenario evolved. Physicists theorized changes in the beam orbit may lead to a sudden increase in vacuum pressure in the damping section of the SuperKEKB with irradiation being the possible source. In this theory, when the beam hits a vacuum component, such as a beam collimator, the result is a sudden loss in beam current and an SBL event. However, this has not been fully clarified. To explore other possibilities, SuperKEKB is developing more advanced X-ray beam-size monitors that combines a silicon-strip sensor with a powerful ADC.

    Learn more about the BitFlow Claxon CXP4 frame grabber at http://www.bitflow.com or www.advantech.com.

    1. Measurements for beam size blowup in sudden beam loss events and analysis of the beam loss evolution mechanism, June 5, 2025, IPAC’25- the 16th International Particle Accelerator Conference, MITSUKA, Gaku (High Energy Accelerator Research Organization), Co-authors: NOMARU, Riku(The University of Tokyo); IWABUCHI, Syuhei( High Energy Accelerator Research Organization); ISHIDA, Takashi (High Energy Accelerator Research Organization)

    About BitFlow
    BitFlow has been developing reliable, high-performance Frame Grabbers for use in imaging applications since 1993. BitFlow is the leader in CoaXPress and Camera Link frame grabbers, building the fastest frame grabbers in the world, with the highest camera/frame grabber densities, triggering performance, and price. With thousands of boards installed throughout the world, into hundreds of imaging applications, BitFlow is dedicated to using this knowledge and experience to provide customers with the best possible image acquisition and application development solutions. BitFlow, located in Woburn, MA, has distributors and resellers located all over the world including Asia, the Americas, and Europe. BitFlow was acquired by Advantech in 2023.

    About Advantech
    Advantech’s corporate vision is to enable an intelligent planet. The company is a global leader in the fields of IoT intelligent systems and embedded platforms. To embrace the trends of IoT, big data, and artificial intelligence, Advantech promotes IoT hardware and software solutions with the Edge Intelligence WISE-PaaS core to assist business partners and clients in connecting their industrial chains. Advantech is also working with business partners to co-create business ecosystems that accelerate the goal of industrial intelligence.

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  • Noah Lyles will face Letsile Tebogo in 200m at Monaco Diamond League Meeting

    Noah Lyles will face Letsile Tebogo in 200m at Monaco Diamond League Meeting

    Noah Lyles is ready for action.

    The Paris 2024 Olympic 100m champion announced on Tuesday (8 July) that he will compete at this week’s Diamond League meeting in Monaco.

    Competition there is set for Friday (11 July).

    Lyles has been out of competition since mid-April, dealing with what has been described as a “tight ankle,” according to FloTrack.

    In Monaco, the three-time 200m world champion will enter his signature event for the first time in the 2025 season in style, facing off with Paris gold medallist Letsile Tebogo.

    The American has not lost a 200m race in Diamond League competition in more than five years.

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  • Stats boss quits as minister says new leadership needed

    Stats boss quits as minister says new leadership needed

    Jack Fenwick

    Political correspondent

    Kate Whannel

    Political reporter

    Getty Images Sir Robert Chote holds up a medal in a red boxGetty Images

    Sir Robert Chote was made a Knight Bachelor in 2021

    Sir Robert Chote has resigned as chairman of the UK Statistics Authority, the body responsible for overseeing the troubled Office for National Statistics (ONS).

    Earlier this year, a highly-critical government review said the ONS had “deep-seated” issues which needed tackling.

    The Bank of England has also criticised the agency for the reliability of its job market data, which the central bank considers when deciding whether to raise or cut interest rates.

    Announcing Sir Robert’s resignation, Cabinet Office Minister Pat McFadden said “new leadership was critical” to address “the challenges identified and rapidly restore confidence in the statistics produced by ONS that underpin decision-making”.

    In a letter sent to Parliament’s Public Administration and Constitutional Affairs Committee, the Cabinet Office’s most senior civil servant Catherine Little said a new chair would be “in a more credible position” to act on the findings of the investigation.

    Sir Robert, who joined the UK Statistics Authority in 2022, will now take up a position as president of Trinity College, Oxford in September.

    A senior Cabinet Office source denied the government had wanted Sir Robert to go and said it was his own choice to leave, but said it was “hard to make effective government policy if you don’t have statistics that have integrity”.

    They added that “if we can’t know the true picture then it’s more difficult to make policy, so that’s why we’re getting on with fixing it”.

    This is the second senior resignation in recent months, after Sir Ian Diamond stepped down from his position as national statistician at the ONS in May due to health reasons.

    The ONS gathers and publishes data used by the government to make policy decisions in areas including state benefits, housing, migration and crime.

    In April, the government asked former senior civil servant Sir Robert Devereux to investigate the ONS after a series of issues.

    In his subsequent report, Sir Robert concluded “most of the well-publicised problems with core economic statistics are the consequence of ONS’s own performance”, in particular “choices made at the top of ONS, over several years.”

    He cited an “interest in the new” that took attention from “less exciting but crucial task” of delivering core economic data that were good enough to guide quality decisions.

    Responding to the review, acting national statistician Emma Rourke said she welcomed the report and “fully acknowledges the issues he has highlighted”.

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  • XPANCEO Reaches Unicorn Status to Pioneer AI Smart Lenses for Eyes and Vital Signs

    XPANCEO Reaches Unicorn Status to Pioneer AI Smart Lenses for Eyes and Vital Signs

    The round will accelerate the company’s mission to launch the world’s first all-in-one smart contact lens, integrating extended reality (XR), real-time health monitoring, night vision, and zoom into the ultimate interface for the next generation of computing: an AI-powered XR.

    XPANCEO,  a leading deep tech company developing the next generation of computing via smart contact lenses, today announced the successful closing of a $250 million Series A funding round at a $1.35 billion valuation, officially joining the ranks of unicorns. The round will accelerate the company’s mission to launch the world’s first all-in-one smart contact lens, integrating extended reality (XR), real-time health monitoring, night vision, and zoom into the ultimate interface for the next generation of computing: an AI-powered XR.

    The round was led by Opportunity Venture (Asia) , who previously spearheaded XPANCEO’s $40 million seed round. The new capital will be used to finalize the development of the world’s first smart contact lens, expand XPANCEO’s world-class team across R&D, product, design, and operations, and accelerate the company’s path to market, with the ultimate goal of replacing all personal gadgets with a single, seamless wearable.

    “There’s broad consensus across Big Tech that AI-powered wearable XR is the future. Yet, major players have only recently begun building glasses and headsets, so our smart lens technology puts us at least five years ahead. Becoming a unicorn is a powerful signal that we’re on the right path. In just 24 months, we’ve developed 15 working prototypes, each unlocking a new layer of possibility. Our vision remains the same: to merge all your devices into a single, invisible interface – your eyes.”

    -Roman Axelrod, founder and Managing Partner, XPANCEO. 

    Since its last round in 2023, XPANCEO has achieved major technological breakthroughs, including the development a lens for AR vision, a smart lens with intraocular pressure (IOP) sensing for glaucoma monitoring, a biochemical lens capable of measuring health parameters such as glucose directly from tear fluid, and a lens capable of real-time wireless charging and data reading. Other prototypes feature nanoparticle-enhanced lenses for night vision and color correction, as well as lenses designed for 3D imaging. These innovations have earned XPANCEO and its founders 24 international awards in deep tech, optics, and wearable technology.

    “To build something this ambitious, we had to push the boundaries of science itself. Our team possesses exceptional expertise at the forefront of physics, including on novel materials, nanoparticles development, nano-optics, and more. Our unique approach to research, which leverages AI to optimize our R&D workflows and patent analysis, allowed us to accelerate the development of an unprecedented number of prototypes in a short time and contribute to 110 scientific publications in leading journals, collaborating closely with world-renowned experts.”

    – Dr. Valentyn S. Volkov, Founder and Scientific Partner, XPANCEO.

    Founded by serial entrepreneur Roman Axelrod and physicist Dr. Valentyn S. Volkov, XPANCEO has rapidly scaled its operations, doubling both its team and laboratory capacity. The company has grown from 50 to 100 world-class scientists, engineers, and business leaders, while its state-of-the-art lab has expanded significantly to support the increasing scope of its research. XPANCEO collaborates with top global institutions – including the University of Manchester, the National University of Singapore, Donostia International Physics Center, and the University of Dubai – to remain at the forefront of material science and optics. With a market opportunity projected to surpass $750 billion over the next decade, the company is accelerating its push toward commercialization.

    “We see XPANCEO as a once-in-a-generation project. They’re not just building a product, they’re rewriting the rules of personal tech. We backed them early because we saw the boldness of their vision. Today, they’ve proven they can execute. With this funding, XPANCEO is poised to lead the post-smartphone era and redefine the personal computing landscape.”

    – Philip Ma, Managing Director, Opportunity Venture (Asia).  

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