DEN HAAG (ANP) - Minister Vincent Karremans van Infrastructuur en Waterstaat laat aangifte doen tegen de personen die dinsdag brand hebben gesticht langs de snelwegen. Dat zei hij in het programma Pauw & De Wit op NPO 1.

Op meerdere plekken in Nederland stichtten boeren dinsdagmiddag brandjes langs de snelwegen, uit protest tegen de stikstofplannen van het kabinet.

"Ik kan me als minister ontzettend boos maken over deze acties. Ik ben echt pislink op mensen die dit doelbewust hebben gedaan. Ik pik dit niet", aldus Karremans, die ook de tientallen sabotageacties op het spoor van dinsdag scherp veroordeelde.

De politie heeft zeven mensen aangehouden voor het in gevaar brengen van de verkeersveiligheid. Ze zijn dinsdag verhoord en daarna vrijgelaten. Het onderzoek naar de feiten loopt nog, aldus de politie.

TEUGE (ANP) - Op het spoor tussen Apeldoorn en Deventer is dinsdagavond een buis gevonden. ProRail gaat ervan uit dat het om een nieuwe sabotageactie gaat die vermoedelijk in de avond is uitgevoerd.

De buis werd gevonden bij Teuge. Het treinverkeer tussen Deventer en Apeldoorn lag tijdelijk stil.

Election officials continue push to assure Americans mail ballots are safe after supreme court rules against president

• Reader Q&A: how united are the Democrats ahead of the midterms? Post your questions now

After the US supreme court halted Donald Trump’s efforts to make it significantly harder to vote by mail in the midterms, US election officials are redoubling their efforts to convince Americans it is safe to cast their ballots by mail.

The supreme court’s Monday ruling, which sent Trump into an angry froth on Truth Social, averted what election officials of both parties said would be an administrative disaster for this year’s elections. Trump’s order would have required states to comply with cumbersome new rules, including redesigning mail-in envelopes and uploading lists of voters to the USPS, that were not feasible to implement before ballots started going out. The effort was seen as a push by the government to change voting policy as well as one to weaken confidence in voting by mail.

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Toronto film festival: A fictionalised version of the cantankerous crime author plots a murder with an ambitious editor in a story in need of a sharper edge

The restrictions of Covid led to an inevitable rise in safely contained chamber-piece movies, where a handful of characters find themselves in a usually remote house, dialogue taking obvious precedence over action. There were some highlights, such Kevin Williamson’s timely slasher Sick, and some considerable low points, such as Sam Levinson’s vapid drama Malcolm & Marie, but while we had plenty of them, none of them rivalled some of the greatest and smartest pre-pandemic examples. The very best tended to be based on plays and quite often starred Michael Caine.

He was in Anthony Shaffer’s Sleuth, which went from Tony to Oscar success back in the 1970s, and then the arguably even better Deathtrap in the decade after, which Sidney Lumet adapted from Ira Levin’s deviously plotted play. In between there was also an under-seen TV movie called One of My Wives Is Missing, based on 60s play Trap for a Single Man, which was notably lesser but still delivered a similarly specific brand of twisty, talky thrills. There would be secrets, surprises, reversals and usually at least one dead body by the end of it, a subgenre entirely indebted to the work of Agatha Christie (who reportedly loved Sleuth on stage so much that she dedicated a picture of herself to be hung in the house used in the big screen adaptation). The bar is therefore held rather high, a puzzle that requires an ingenious level of writing that needs to be smart without smug and shocking without feeling cheap.

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Damaging budget report estimates cost would grow $3bn per month and stockpile could take five years to rebuild

The war in Iran has cost the US at least $38bn and left its stockpile of defensive missiles so depleted it could take five years to rebuild, the non-partisan Congressional Budget Office (CBO) has found, in a damaging report less than two months before midterm elections where the war and the cost of living crisis will likely hurt Republicans at the polls.

The economic report comes one day after the Pentagon’s inspector general finally released its own first review of the war, saying that the US spent $22.3bn on munitions alone through 30 June, put total spending at $33.4bn and found the fighting had “resulted in strategic inventory shortfalls and revealed industrial base bottlenecks for munitions resupply”.

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Three openers and live band for Sheeran’s tour depart after removal of Macklemore over ‘free Palestine’ comments

All four supporting acts for upcoming dates of Ed Sheeran’s Loop tour have withdrawn in solidarity with fellow opening act Macklemore, as backlash grows to his removal from the tour over onstage comments in support of Palestine.

Finneas, the singer who was scheduled to open for Sheeran on six South American dates in November, withdrew from the tour on Tuesday afternoon, hours after Sheeran posted his own lengthy statement to Instagram explaining pressure from venue owners to remove Macklemore for pro-Palestine comments made during two shows at New Jersey’s MetLife Stadium.

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More than 100 people reported to have joined search for Noah, who is autistic, non-verbal and has partial hearing loss

Police are urging people to check their gardens and sheds for a three-year-old boy who went missing on Tuesday during a visit to a playground near the Suffolk-Essex border.

The boy, named Noah, was last seen at 3pm in Merriam Close in Brantham, near Manningtree, before being separated from a relative. Officers from Suffolk constabulary said Noah was reported to have run down an alleyway near the playground towards a housing estate.

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Analysis of 29 studies highlights potentially heightened danger from small particulate matter and nitrogen dioxide

Air pollution is associated with an increased risk of suicide and suicidal thoughts, according to research.

Environmental pollution is known to be associated with poorer mental health but its role in suicide risk is less well understood. Scientists at Queen’s University Belfast examined whether air, noise, light, and water pollution could influence the risk of death by suicide and suicidal behaviours.

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The landmark documentary series looked like it was done for good – until one participant was diagnosed with terminal cancer. Asif Kapadia takes the helm for its most elegaic, thoughtful outing ever

And so the great experiment begun by Granada Television in 1964 is over. That year, Seven Up! introduced the viewing public to 14 primary school children – 10 boys and four girls from a range of backgrounds – who would become part of an ongoing documentary project that returned to film them at regular intervals and interrogate the truth of the Jesuitical motto “Give me the child for the first seven years and I will give you the man”.

Seven Up!, part of ITV’s flagship World in Action series, was directed by Paul Almond but thereafter the enterprise became synonymous with Michael Apted, who originally helped find the children and took over the making of the programmes. He died in 2021, two years after completing 63 Up. It had been thought the series would end there but when one of the participants, Nick Hitchon – a Yorkshire farmer’s son who grew up to be a nuclear scientist – called one of the team to say that he had been diagnosed with terminal cancer and wanted to give one last interview, a final episode was commissioned.

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The bad news for everyone else is that Arsenal’s next generation is already here. Two mesmerising goals in a man-of-the-match display from Max Dowman underlined why the 16-year-old has been compared to a certain Lionel Messi by his manager, Mikel Arteta, as Ipswich were swatted aside with ease. Almost as impressive was the performance of 17-year-old Marli Salmon, who oozed class in central defence on only the second senior start of his career.

Ipswich won here the last time these two sides met in this competition, in 2011, but lost 3-0 in the second leg of the semi-final at the Emirates before Arsenal infamously lost to Birmingham in the final. Fifteen years on, Gary O’Neil’s heavily rotated side stood no chance here against last year’s runners up after Dowman’s brilliant opening goal. Noni Madueke and the stand-in skipper Mikel Merino were also on target as Arsenal made it seven wins out of seven to start the new campaign.

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Tottenham scored a consolation goal but consolation was otherwise absent for Roberto De Zerbi at Anfield. Spurs’ miserable start to the season continued as they were soundly beaten by a much-changed Liverpool side and a quality of finishing that De Zerbi can only dream of.

Alexis Mac Allister, for the second midweek running, Cody Gakpo and the substitute Dominik Szoboszlai each produced an outstanding finish – especially Szoboszlai – as Liverpool advanced into round four. Spurs had moments but fleeting moments are not enough.

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Het treinverkeer tussen Apeldoorn en Deventer is dinsdagavond vanaf 21.30 uur tijdelijk stilgelegd vanwege een vermoedelijke nieuwe sabotageactie, meldt spoorbeheerder Prorail…

Apple has addressed more than 260 CVEs across all of its operating systems, browsers, and other software products, marking the largest single patch cycle in Cupertino's history. While this CVE count is hardly notable compared to some vendors - hello, Microsoft’s record-breaking 974 bugs disclosed earlier this month - it does set a company record for Apple. It also reflects the new reality of AI-driven bug hunting, as models become exponentially better and faster at finding security vulnerabilities. However, the flip side of the AI coin we were promised - that models would also excel at writing patches and automatically fixing software and systems - yeah, that hasn't happened yet. The silver lining for everyone updating their Apple products right now (including this humble vulture): none of the vulnerabilities are listed as being under active exploitation. Of course, that may change very quickly as attackers are, at this very moment, looking to exploit the newly disclosed bugs, too. And we promise you that they are using AI. Apple’s latest mobile and operating system versions, iOS 27 and macOS 27 Golden Gate, released on Monday, also address a record 122 and 204 security vulnerabilities, respectively, across phone, iPad, and computer operating systems. Of these hundreds of CVEs, however, there are only ten (by our count) that AI is directly credited with finding. iOS 27 fixes 122 flaws Just two of the iPhone and iPad CVEs fixed with iOS 27 credit a coding agent or AI assistant with finding them. These include CVE-2026-65410, a vuln that exists in iPhone and iPad AVE video encoders, that can cause unexpected system termination. Apple credited AI-bug-finding firm Calif, along with Claude and Anthropic Research, with finding and reporting this security flaw. Then there's CVE-2026-65409, a type-confusion issue in iOS’ Foundation framework that can be abused to cause a denial of service, also found by Calif - specifically human researcher Bruce Dang - in collaboration with Claude and Anthropic Research. Some of the more interesting and serious iOS bugs fixed with the newest update aren’t listed as found by AI. These include CVE-2026-43689, a privilege-escalation flaw that could allow an app to gain root access. Apple credited Nosebeard Labs’ Andreas Jaegersberger and Ro Achterberg with reporting this bug. Additionally, CVE-2026-65406, a logic-issue flaw due to improper validation in Background Assets, could be abused to access sensitive user data. Background Assets is an Apple framework that lets you download large files and content in the background before a user opens the app for the first time. Baidu Security researcher Ye Zhang spotted this one. macOS 27 patches 204 vulns Meanwhile, the new macOS 27 update that addresses 204 vulns also fixes both the AI hunted bugs: CVE-2026-65410 and CVE-2026-65409. Plus, it credits AI helpers with discovering eight others, including one especially nasty flaw that could lead to remote code execution through the CUPS printer interface. Let’s start with that one. CVE-2026-43692 is a validation issue in CUPS that can be exploited by a remote user to either terminate the app or execute malicious code. Aaron Grattafiori and the Nvidia AI Red Team receive credit for disclosing this flaw. CVE-2026-64790 in CUPS can be exploited to gain elevated privileges. Grattafiori and the Nvidia AI Red Team again get credit for the win. CVE-2026-43791, a validation issue in StorageKit, can be abused to read files. Grattafiori, the Nvidia AI Red Team, Meridian Miftari, and Amy from amys.website disclosed this flaw to Apple. CVE-2026-43690 is a race-condition bug in the Server Message Block (SMB) network communication protocol. A local user can exploit the flaw to read kernel memory. Calif’s Bruce Dang, with Claude and Anthropic Research, found this one. CVE-2026-43719 is another SMB use-after-free bug, discovered by Calif’s Dang and Jakob Pammer, Claude, and Anthropic. “Mounting a maliciously crafted SMB network share may lead to system termination,” Apple warned. CVE-2026-65376 is yet another SMB issue - this one an out-of-bounds-read flaw reported by Dang, Claude, Anthropic, and 재영 정. CVE-2026-65374 is a memory-corruption issue in the WebDAV protocol that can lead to code execution. Dang, Claude, Anthropic, and He Wei (ギカク) receive credit for finding this bug. CVE-2026-65375, also in WebDAV, can cause unexpected system termination. Apple credited Dang, Claude, Anthropic, and Devcore Research Team’s YingMuo. CVE-2026-43677 is an out-of-bounds write issue in WebDAV with a slew of researchers receiving credit for finding it. In addition to the usual trio (Dang, Claude, and Anthropic), bubu, Omar Cerrito, HE WEI（ギカク), Roman Zabicki, Richard Zana, Chris Bailey - Short Circuit, Aswin Kumar Gokulakannan, and Surya Narayan Kushwaha are on the list.®

As Nvidia expands its influence through its NVLink Fusion tech, rival networking vendors are scrambling to bring alternative interconnects and switches to market. At the AI Infra Summit this week, Delos Data and Cornelis Networks officially entered the scale up networking race. Scale-up fabrics, like NVLink, are what have allowed Nvidia to make eight, 72, and now 576 GPUs behave as one enormous AI accelerator. To catch up, rivals like AMD have embraced emerging protocols like Ultra Accelerator Link. Today, these protocols are largely being tunneled over standard Ethernet switches. For instance, AMD is using Broadcom’s 102.4 Tbps Tomahawk 6-based switches connecting to custom I/O dies on the MI455X. Purpose-built UALink switches and physical interconnects remain elusive, but that won’t be the case for long if Cornelis and Delos have their way. The two companies are approaching this challenge from a few different angles, including standardization, software optimization, and physical hardware. Setting the standard for the Never-Nvidia network At AI Infra on Monday, HPC-centric networking vendor Cornelis introduced the Active Compute Fabric (ACF), which seeks to establish an open architecture for scale up and scale out networking that integrates programmable compute into the fabric. The standard signals Cornelis’ entry into the scale up networking arena. Spun out of Intel in 2020, Cornelis’ Omni-Path tech was originally designed as a scale-out interconnect for high-performance computing applications, including supercomputers like Trinity and Lynx. With the imminent launch of the company’s 800 Gbps-capable CN6000-series switches and NICs, the company has its sights set not only on bringing its tech to a broader audience through the open Ultra Ethernet protocol, but also on scale-up networking. ACF expands on the mission of technologies like UALink and the Ethernet for Scale-Up Networking, another scale up networking protocol, to set a baseline for in-network compute capabilities across a wide range of hardware, not just Cornelis’ own CN-series parts. One of the key technologies behind Nvidia’s NVSwitch ASICs is support for SHARP, which allows for things like in-network collectives to be offloaded to the switch ASICs, freeing up GPU compute and cutting down on communication overheads. Collective acceleration isn't new by any means, with major networking vendors from Broadcom to Cisco having implemented it in some capacity. As an open architecture, ACF appears to set a least common denominator so that customers deploying these systems know exactly what they’re getting. However, it doesn’t stop there. Cornelis sees opportunities to accelerate a variety of other functions. We’ve detailed a few below: KV cache offloading used to store and retrieve model state across multiple sessions. MoE expert dispatch to reduce duplicate transfers and communication overhead for mixture-of-experts models during inference and training. Message passing interface offload for HPC-centric applications. In fabric checkpointing for failure recovery during training and other large workloads. “Communications overhead and synchronization can leave expensive accelerators underutilized,” the company explained. These in-network accelerators “allow the network to operate on data as it moves through the system.” According to Cornelis, the savings potential from reclaiming that idle compute is significant. “In a 100,000 GPU system, Cornelis modeling of public data shows that roughly half of all GPU hours are spent waiting for data, worth about $1.68 billion a year in wasted capacity and 500 GWh of power.” As usual, take these claims with a grain of salt. However, reclaiming GPU idle time would equate to significant savings. Eliminating all the bottlenecks that contribute to them is easier said than done. A new kind of NIC for the AI age While Cornelis champions its ACF architecture, Delos Data, a startup founded by former Barefoot Networks and Intel execs, aims to tackle the physical layer with a series of new network reference designs. Marketed under its Nonstop AI portfolio, the network interfaces span the full gamut of connectivity from co-packaged interconnects to more traditional NICs. The idea, the company explains, is to provide customers with a system-level blueprint for speeding up data movement between endpoints and enabling larger compute domains scaling beyond a single rack. Delos’ data interface will be offered in three form factors. The first is an I/O die capable of more than 30 Tbps of aggregate bandwidth or about 8 TB/s in either direction. That’s more than double the interconnect bandwidth of either Nvidia's or AMD’s latest accelerators, which cap out at 3.6 TB/s. Just how competitive that ends up being will depend on when Delos’ I/O chiplets actually see deployment. That timeline is going to depend heavily on integration since those I/O dies need to be integrated directly into the accelerator package, which requires a high-degree of co-design. Critically, Delos isn't trying to trap its customers in a walled garden to the same extent that Nvidia does with its NVLink Fusion I/O dies or IP. At least as of writing, NVLink Fusion still requires customers to buy NVSwitches for scale up networking. Delos’ chiplets are protocol agnostic. They don’t care whether you’re using ESUN, UALink, or something else. Chip designers that'd rather focus their efforts and capital on the AI bits of their accelerators – which, it turns out, applies to most hyperscalers – could simply license Delos' chiplet design. This protocol agnosticism also extends to Delos’ near-packaged optics (NPO) tech, which will integrate a 10-plus Tbps data interface — that’s 2.5 TB/s bidirectional bandwidth in Nvidia speak — with optics engines from leading optics suppliers. Rack scale systems, like Nvidia’s NVL72, have largely relied on copper interconnects up to this point due to power constraints. As systems grow from 72 GPU rack systems to row-scale clusters with 576 and eventually 1,152 GPUs, optics become unavoidable. While integrating optics directly into the accelerators is possible using tech available today, the blast radius of a failed optical module is considerable. NPO offers an alternative. Copper interconnects are used within the rack, with optics provided via user-serviceable NPO modules between racks. Finally, Delos is working on a 400-plus Gbps NIC, which like the rest of its data interface offerings is protocol agnostic. This is arguably the least surprising entry in the entire lineup. Scale out networks are still going to be required for large training clusters as well as for front-end access and storage networks. These interfaces build on Delos’ existing compute reference design, which we looked at during Computex, as well as its Nonstop AI software platform, which is designed to facilitate the configuration and monitoring of these switched fabrics or meshes in order to enable dynamic rerouting of traffic in the event of a link failure. Telemetry gathered by its data interface offerings allows for even greater visibility into the network, allowing for faster rerouting and recovery. Fueling competition Investors appear more than eager for more competition in the scale up arena. Alongside its product announcements, Cornelis announced approximately $205 million in funding to bring its next generation of scale up and scale out networking products to market. Meanwhile, Delos Data announced Tuesday that it’s now raised more than $100 million in funding with support from venture capital firms Matrix, Playground, and Socratic Partners among others. ®

Thomas Hawk posted a photo:

Thomas Hawk posted a photo:

An anonymous reader quotes a report from Space.com: NASA's Chandra X-ray Observatory has found a brand new type of an otherwise familiar object -- compact binary systems that steal gas from other stars, but which do so while emitting very low-energy X-rays but copious amounts of ultraviolet. Chandra spotted 84 suspicious object emitting very low-energy X-rays in six galaxies -- four evolved ellipticals and two spirals, namely our near-neighbor the Andromeda Galaxy (M31) and the Pinwheel Galaxy (M101). "We've never encountered a group of objects that act like this," said Mustafa Muhibullah of the University of Alabama in a statement.

Compact objects, in the form of black holes, neutron stars and white dwarfs, are the remains of stars that have died. Their small size and powerful gravity means that they're adept at getting close to orbiting companion stars and ripping the stars' outer layers of gas away. The gas swirls around the compact object, falling onto its surface, and this accretionary process usually produces torrents of high-energy X-rays because the stolen gas becomes superheated by the compact object's gravitational vice-like grip.

Because of their weak X-rays, Muhibullah's team refer to them as 'hypersoft X-ray sources'. Since low-energy X-rays and ultraviolet light are next to each other on the electromagnetic spectrum, Muhibullah and his team suspect that the low-energy X-rays are spillover from objects emitting prodigious amounts of ultraviolet. Moreover, they think that these objects are lower-level compact binaries. They're hard to find though, because the interstellar medium of hydrogen and helium gas between the stars absorbs ultraviolet light. This could be why we have yet to find any hypersoft X-ray sources in our own galaxy, because we have to look through the interstellar medium through the plane of the Milky Way. Consequently, there could be a large population of hypersoft X-ray sources that remain undiscovered and they could have an important effect on the universe around them. The findings have been published in the journal Nature Astronomy.

Read more of this story at Slashdot.

Last year in Ireland, a bouncy castle infested with a “hypervirulent, multidrug-resistant pathogen” infected almost 50 children. Reality: always weirder than the weirdest sci-fi.