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  1. europesays.com/it/248228/ il leader dei friulani risultato positivo all’antidoping. Il coach ha rassegnato le dimissioni da Trapani. Udine perde Hickey, Repesa saluta. Faried eletto Mvp di Eurolega #antidoping #Basket #Basketball #dimissioni #eletto #eurolega #faried #friulani #hickey #IT #Italia #Italy #leader #perde #positivo #rassegnato #repesa #risultato #saluta #serie #Sport #Sports #trapani #udine

  2. europesays.com/it/245192/ il leader dei friulani risultato positivo all’antidoping. Il coach ha rassegnato le dimissioni da Trapani. Udine perde Hickey, Repesa saluta. Faried eletto Mvp di Eurolega #antidoping #Basket #Basketball #dimissioni #eletto #eurolega #faried #friulani #hickey #IT #Italia #Italy #leader #perde #positivo #rassegnato #repesa #risultato #saluta #serie #Sport #Sports #trapani #udine

  3. (emph mine)

    Like Satoshi, Mr. Back used two spaces between sentences, an outdated practice that suggests Satoshi is older than 50. Mr. Back is 55.

    #oneofus

  4. Iran bantah komunikasi dengan AS di tengah kekhawatiran perang - ANTARA News

    "Negosiasi di bawah ancaman tidak akan berhasil" (Menlu Iran, Abbas Araghchi)

    antaranews.com/berita/5381969/
    #Iran
    #TelukPersia
    #ww3
    #muslimmatters

  5. Iran bantah komunikasi dengan AS di tengah kekhawatiran perang - ANTARA News

    "Negosiasi di bawah ancaman tidak akan berhasil" (Menlu Iran, Abbas Araghchi)

    antaranews.com/berita/5381969/



  6. 🌍 Global climate progress feels stuck, especially when a major actor isn't fully committed. But a new tool is emerging: Carbon Border Adjustments (CBAMs).

    The EU is leading by taxing imports based on their carbon footprint. The goal? Make sure cleaner producers aren't undercut by dirtier ones, preventing "carbon leakage."

    But this raises a critical issue of fairness for developing countries. A blunt tariff could harm economies least responsible for the crisis.

    #Climate #CarbonPricing #CBAM

  7. The docs say that using the "ondemand" power governor it can drop down to 400 MHz, and I'm looking at btop and I see lows of around 500. I also see it go down to 100 or even 24 MHz (this has to be a measurement error).

    Next: put it all in the dying desktop's case.

    #milkv #megrez #riscv

  8. The docs say that using the "ondemand" power governor it can drop down to 400 MHz, and I'm looking at btop and I see lows of around 500. I also see it go down to 100 or even 24 MHz (this has to be a measurement error).

    Next: put it all in the dying desktop's case.

    #milkv #megrez #riscv

  9. The docs say that using the "ondemand" power governor it can drop down to 400 MHz, and I'm looking at btop and I see lows of around 500. I also see it go down to 100 or even 24 MHz (this has to be a measurement error).

    Next: put it all in the dying desktop's case.

    #milkv #megrez #riscv

  10. The docs say that using the "ondemand" power governor it can drop down to 400 MHz, and I'm looking at btop and I see lows of around 500. I also see it go down to 100 or even 24 MHz (this has to be a measurement error).

    Next: put it all in the dying desktop's case.

    #milkv #megrez #riscv

  11. The operating system is a Debian trixie derivative. Out of the box, it has Firefox 131.0.2 and Xfce 4.18. apt-get install build-essential gave me gcc-14; other items in the repos: nodejs 20.17.0, emacs 29.4, golang 1.23. Elixir's still at 1.14.0 (aside: erlang won't get a JIT for RISC-V any time soon), Python's at 3.12, rustc 1.80.1 (but of course you can use rustup).

    Anyway, on to some benchmarks. glmark2-es2 reports a score of 1714, which is surprisingly 38% higher than @geerlingguy 's benchmark of the HiFive Premier P550.

    My real test is compiling sbcl; it's not in Debian or Ubuntu's repositories for RISC-V. I bootstrap it with GNU CLISP, and then rebuild it with itself, with sh ./make.sh --with-sb-doc --without-sb-thread. Unfortunately, I believe the build is single-core; I'm not sure if it's possible to use all the cores on my system for it.

    Times to rebuild sbcl with itself, including modules:

    Lichee Pi 3A (Ubuntu 24.04 derivative): 30 minutes
    VisionFive 2 (Ubuntu 24.04):            20 minutes
    Megrez (Debian trixie derivative):      12 minutes
    Ryzen 9900x (Ubuntu 24.04):              1 minute
    

    So, progress, but a long way to go.

    (Incidentally, both the Megrez and my desktop have 6400 memory.)

    #milkv #megrez #riscv #sbcl

  12. The operating system is a Debian trixie derivative. Out of the box, it has Firefox 131.0.2 and Xfce 4.18. apt-get install build-essential gave me gcc-14; other items in the repos: nodejs 20.17.0, emacs 29.4, golang 1.23. Elixir's still at 1.14.0 (aside: erlang won't get a JIT for RISC-V any time soon), Python's at 3.12, rustc 1.80.1 (but of course you can use rustup).

    Anyway, on to some benchmarks. glmark2-es2 reports a score of 1714, which is surprisingly 38% higher than @geerlingguy 's benchmark of the HiFive Premier P550.

    My real test is compiling sbcl; it's not in Debian or Ubuntu's repositories for RISC-V. I bootstrap it with GNU CLISP, and then rebuild it with itself, with sh ./make.sh --with-sb-doc --without-sb-thread. Unfortunately, I believe the build is single-core; I'm not sure if it's possible to use all the cores on my system for it.

    Times to rebuild sbcl with itself, including modules:

    Lichee Pi 3A (Ubuntu 24.04 derivative): 30 minutes
    VisionFive 2 (Ubuntu 24.04):            20 minutes
    Megrez (Debian trixie derivative):      12 minutes
    Ryzen 9900x (Ubuntu 24.04):              1 minute
    

    So, progress, but a long way to go.

    (Incidentally, both the Megrez and my desktop have 6400 memory.)

    #milkv #megrez #riscv #sbcl

  13. The operating system is a Debian trixie derivative. Out of the box, it has Firefox 131.0.2 and Xfce 4.18. apt-get install build-essential gave me gcc-14; other items in the repos: nodejs 20.17.0, emacs 29.4, golang 1.23. Elixir's still at 1.14.0 (aside: erlang won't get a JIT for RISC-V any time soon), Python's at 3.12, rustc 1.80.1 (but of course you can use rustup).

    Anyway, on to some benchmarks. glmark2-es2 reports a score of 1714, which is surprisingly 38% higher than @geerlingguy 's benchmark of the HiFive Premier P550.

    My real test is compiling sbcl; it's not in Debian or Ubuntu's repositories for RISC-V. I bootstrap it with GNU CLISP, and then rebuild it with itself, with sh ./make.sh --with-sb-doc --without-sb-thread. Unfortunately, I believe the build is single-core; I'm not sure if it's possible to use all the cores on my system for it.

    Times to rebuild sbcl with itself, including modules:

    Lichee Pi 3A (Ubuntu 24.04 derivative): 30 minutes
    VisionFive 2 (Ubuntu 24.04):            20 minutes
    Megrez (Debian trixie derivative):      12 minutes
    Ryzen 9900x (Ubuntu 24.04):              1 minute
    

    So, progress, but a long way to go.

    (Incidentally, both the Megrez and my desktop have 6400 memory.)

    #milkv #megrez #riscv #sbcl

  14. The operating system is a Debian trixie derivative. Out of the box, it has Firefox 131.0.2 and Xfce 4.18. apt-get install build-essential gave me gcc-14; other items in the repos: nodejs 20.17.0, emacs 29.4, golang 1.23. Elixir's still at 1.14.0 (aside: erlang won't get a JIT for RISC-V any time soon), Python's at 3.12, rustc 1.80.1 (but of course you can use rustup).

    Anyway, on to some benchmarks. glmark2-es2 reports a score of 1714, which is surprisingly 38% higher than @geerlingguy 's benchmark of the HiFive Premier P550.

    My real test is compiling sbcl; it's not in Debian or Ubuntu's repositories for RISC-V. I bootstrap it with GNU CLISP, and then rebuild it with itself, with sh ./make.sh --with-sb-doc --without-sb-thread. Unfortunately, I believe the build is single-core; I'm not sure if it's possible to use all the cores on my system for it.

    Times to rebuild sbcl with itself, including modules:

    Lichee Pi 3A (Ubuntu 24.04 derivative): 30 minutes
    VisionFive 2 (Ubuntu 24.04):            20 minutes
    Megrez (Debian trixie derivative):      12 minutes
    Ryzen 9900x (Ubuntu 24.04):              1 minute
    

    So, progress, but a long way to go.

    (Incidentally, both the Megrez and my desktop have 6400 memory.)

    #milkv #megrez #riscv #sbcl

  15. My 16 GB Milk-V Megrez arrived earlier this week. I had a spare sdcard for the OS image, but didn't have an SSD to install everything on. I went out and bought that today, and hooked everything up using my dying desktop's power supply (650w is overkill for this board).

    It booted off the sdcard, and I partitioned the SSD and copied everything over. I manually modified /etc/fstab and /etc/default/u-boot on the SSD to point to the new filesystems, ran u-boot-update inside a chroot, and popped the sdcard.

    I did it this way instead of dd'ing the image to the SSD as described in the docs because I wanted a larger swap partition. I wonder if this system supports suspend/hibernate (added to Linux 6.4 for RISC-V).

    I/O isn't fast, but it'll work:

    # hdparm -t --direct /dev/sda
    
    /dev/sda:
     Timing O_DIRECT disk reads: 1020 MB in  3.00 seconds = 339.89 MB/sec
    # 
    

    The board has an M2 slot, but it's for SATA, not NVMe. I had a cheap PCIe to NVMe adapter, so I installed a 1 TB drive on it, and repeated the above exercise to boot off that. The boot order appears to be sdcard, nvme/pci, ssd.

    # hdparm -t --direct /dev/nvme0n1
    
    /dev/nvme0n1:
     Timing O_DIRECT disk reads: 1570 MB in  3.00 seconds = 523.25 MB/sec
    # 
    

    I'm not sure if it's because the motherboard has a slow PCIe slot (it's PCIe Gen 3) or my adapter is slow.

    #milkv #megrez #riscv

  16. My 16 GB Milk-V Megrez arrived earlier this week. I had a spare sdcard for the OS image, but didn't have an SSD to install everything on. I went out and bought that today, and hooked everything up using my dying desktop's power supply (650w is overkill for this board).

    It booted off the sdcard, and I partitioned the SSD and copied everything over. I manually modified /etc/fstab and /etc/default/u-boot on the SSD to point to the new filesystems, ran u-boot-update inside a chroot, and popped the sdcard.

    I did it this way instead of dd'ing the image to the SSD as described in the docs because I wanted a larger swap partition. I wonder if this system supports suspend/hibernate (added to Linux 6.4 for RISC-V).

    I/O isn't fast, but it'll work:

    # hdparm -t --direct /dev/sda
    
    /dev/sda:
     Timing O_DIRECT disk reads: 1020 MB in  3.00 seconds = 339.89 MB/sec
    # 
    

    The board has an M2 slot, but it's for SATA, not NVMe. I had a cheap PCIe to NVMe adapter, so I installed a 1 TB drive on it, and repeated the above exercise to boot off that. The boot order appears to be sdcard, nvme/pci, ssd.

    # hdparm -t --direct /dev/nvme0n1
    
    /dev/nvme0n1:
     Timing O_DIRECT disk reads: 1570 MB in  3.00 seconds = 523.25 MB/sec
    # 
    

    I'm not sure if it's because the motherboard has a slow PCIe slot (it's PCIe Gen 3) or my adapter is slow.

    #milkv #megrez #riscv

  17. My 16 GB Milk-V Megrez arrived earlier this week. I had a spare sdcard for the OS image, but didn't have an SSD to install everything on. I went out and bought that today, and hooked everything up using my dying desktop's power supply (650w is overkill for this board).

    It booted off the sdcard, and I partitioned the SSD and copied everything over. I manually modified /etc/fstab and /etc/default/u-boot on the SSD to point to the new filesystems, ran u-boot-update inside a chroot, and popped the sdcard.

    I did it this way instead of dd'ing the image to the SSD as described in the docs because I wanted a larger swap partition. I wonder if this system supports suspend/hibernate (added to Linux 6.4 for RISC-V).

    I/O isn't fast, but it'll work:

    # hdparm -t --direct /dev/sda
    
    /dev/sda:
     Timing O_DIRECT disk reads: 1020 MB in  3.00 seconds = 339.89 MB/sec
    # 
    

    The board has an M2 slot, but it's for SATA, not NVMe. I had a cheap PCIe to NVMe adapter, so I installed a 1 TB drive on it, and repeated the above exercise to boot off that. The boot order appears to be sdcard, nvme/pci, ssd.

    # hdparm -t --direct /dev/nvme0n1
    
    /dev/nvme0n1:
     Timing O_DIRECT disk reads: 1570 MB in  3.00 seconds = 523.25 MB/sec
    # 
    

    I'm not sure if it's because the motherboard has a slow PCIe slot (it's PCIe Gen 3) or my adapter is slow.

    #milkv #megrez #riscv

  18. My 16 GB Milk-V Megrez arrived earlier this week. I had a spare sdcard for the OS image, but didn't have an SSD to install everything on. I went out and bought that today, and hooked everything up using my dying desktop's power supply (650w is overkill for this board).

    It booted off the sdcard, and I partitioned the SSD and copied everything over. I manually modified /etc/fstab and /etc/default/u-boot on the SSD to point to the new filesystems, ran u-boot-update inside a chroot, and popped the sdcard.

    I did it this way instead of dd'ing the image to the SSD as described in the docs because I wanted a larger swap partition. I wonder if this system supports suspend/hibernate (added to Linux 6.4 for RISC-V).

    I/O isn't fast, but it'll work:

    # hdparm -t --direct /dev/sda
    
    /dev/sda:
     Timing O_DIRECT disk reads: 1020 MB in  3.00 seconds = 339.89 MB/sec
    # 
    

    The board has an M2 slot, but it's for SATA, not NVMe. I had a cheap PCIe to NVMe adapter, so I installed a 1 TB drive on it, and repeated the above exercise to boot off that. The boot order appears to be sdcard, nvme/pci, ssd.

    # hdparm -t --direct /dev/nvme0n1
    
    /dev/nvme0n1:
     Timing O_DIRECT disk reads: 1570 MB in  3.00 seconds = 523.25 MB/sec
    # 
    

    I'm not sure if it's because the motherboard has a slow PCIe slot (it's PCIe Gen 3) or my adapter is slow.

    #milkv #megrez #riscv

  19. I was walking down the street in Riyadh and someone shouted "ya hmar!" at me. What did he mean?

    #ollama #deepseek #gptel

  20. #today, endless meetings interrupted only by other meetings. But I get to go #swimming with the boys later and probably will get a bike ride in, so that'll be a nice relief.

  21. #today, endless meetings interrupted only by other meetings. But I get to go #swimming with the boys later and probably will get a bike ride in, so that'll be a nice relief.

  22. #today, endless meetings interrupted only by other meetings. But I get to go #swimming with the boys later and probably will get a bike ride in, so that'll be a nice relief.

  23. Clarkson blasts ‘mad’ school dinners as Welsh kids fed chicken from China and Thailand

    The former Top Gear host — now better known to many as a working farmer thanks to his hit Amazon series Clarkson’s Farm — has waded into the controversy after it emerged children across Wales are being served chicken from countries including China, Thailand and Brazil.

    And he’s speaking from experience.

    Since taking over Diddly Squat Farm, Clarkson has repeatedly highlighted the financial pressures, regulations and challenges facing British farmers — something he says makes the school meals situation even harder to understand.

    Typical school dinner tray featuring fried chicken, macaroni, corn and diced potatoes — similar to meals served in Welsh schools using imported poultry.
    (Image: Ezumeimages / Dreamstime.com)

    Swansea figures spark outrage

    As previously revealed by Swansea Bay News, the situation in south west Wales has left many readers stunned.

    In Swansea itself, just 2.33% of the chicken used in school meals comes from the UK, with the vast majority imported — including a significant proportion from outside Europe altogether.

    Elsewhere in the region, the picture is no clearer. Carmarthenshire Council admitted using chicken from outside the EU to cater for halal dietary requests but declined to say where it came from, while Pembrokeshire also refused to provide detailed figures. Neath Port Talbot did not respond to requests for information.

    Across Wales, the figures become even more stark. In Merthyr Tydfil, almost all school chicken — more than 99% — is imported, while in Gwynedd the vast majority is sourced from countries including Brazil, Thailand and China.

    Perhaps most striking of all, not a single council in Wales was able to confirm how much of the chicken served to children is actually Welsh.

    Jeremy Clarkson and Kaleb Cooper share a moment while working the land in Clarkson’s Farm. (Credit: Amazon)

    Clarkson: “It makes no sense”

    Writing in a national newspaper column, Clarkson said the situation left him completely baffled.

    “How is it possible to ship a chicken all the way from Chiang Mai to Bridgend and for it to arrive with a lower price tag than a chicken reared two miles down the road?”

    He blamed government policy for creating what he sees as a deeply unfair system — something he says he’s experienced first-hand.

    “It’s the government that imposes unbelievably strict and expensive standards on British farmers — and then allows imports that don’t follow anything like the same rules.”

    Clarkson said those rules — while often well-intentioned — can leave UK farmers struggling to compete.

    “Jumping through all these hoops makes farming here clean and efficient… but it also makes it more expensive.”

    Jeremy Clarkson takes a break on the farm alongside Kaleb Cooper during filming of Clarkson’s Farm. (Credit: Amazon)

    ‘British farmers being priced out’

    Drawing on his own experience running a farm, Clarkson warned that UK agriculture is being squeezed from all sides.

    He pointed to bans on certain pesticides and stricter welfare rules in Britain compared to other countries — arguing that while they may protect the environment and animals, they also drive up costs.

    “We do the right thing here… and then import food from places that don’t.”

    He said the result is a system where British farmers are effectively being undercut in their own market.

    “British farmers are being priced… into the bankruptcy court.”

    A system “no one can fix”?

    Clarkson also suggested the problem may be bigger than government alone, pointing to global trade rules that limit what the UK can do about imports.

    “On the face of it, there’s not a damn thing we can do about it.”

    But he did offer one solution — urging consumers and organisations to pay closer attention to where food comes from.

    “If there’s a little red tractor, it means the food you’re buying was grown here in the UK.”

    Campaigners are angry that Chicken imported from thousands of miles away are beiung used for school dinners – rather than locally bred animals

    Parents and farmers hit out

    The revelations have sparked a wave of frustration across Wales, particularly among farming families who feel they are being undercut in their own communities.

    Many parents have also been left questioning what exactly is ending up on their children’s plates, and why food is being shipped thousands of miles when high-quality produce is available locally.

    Critics say the situation simply doesn’t add up in a country with such strong agricultural roots, while campaigners warn it risks undermining both environmental goals and confidence in the food system.

    Pressure mounting in Wales

    The growing backlash is now turning the issue into a wider political and public debate.

    Campaigners are calling for councils to be far more open about where school food comes from, while also pushing for changes that would allow more Welsh produce to be used in public sector meals.

    There is also increasing pressure to reduce reliance on imported meat altogether, particularly at a time when local farmers are facing rising costs and uncertainty.

    A row far from over

    With a high-profile voice like Clarkson — and his very public farming struggles — now adding fuel to the fire, the debate over school meals in Wales shows no sign of slowing down.

    And for many, the question remains:

    Why are Welsh children eating imported chicken… when it could be produced on their own doorstep?

    Related stories from Swansea Bay News

    City leaders back Gower farm‑to‑fork revolution
    A hands‑on visit highlights the push for local, sustainable food production.

    Imported chicken in school dinners sparks anger
    Welsh farmers say they’re being sidelined as foreign meat fills menus.

    Collapsing milk prices threaten Welsh family farms
    The FUW warns livelihoods are at risk as returns fall sharply.

    Tractors roll into Westminster in farmers’ protest
    Campaigners demand fair budgets and tax rules to protect family farms.

    Top award for founder of Gower View Foods
    A local food champion earns national recognition for rural innovation.

    More farming stories
    All the latest on agriculture, rural policy and food production.

    #BritishFarmers #chickenImports #ClarksonSFarm #CountrysideAlliance #DiddlySquatFarm #Farming #foodSourcing #foodStandards #importedChicken #JeremyClarkson #KalebCooper #LisaHogan #localProduce #schoolDinner #schoolDinners #schoolMeals #schoolMealsUK #Sustainability #UKFarmingCrisis #WalesFarming #WelshAgriculture #WelshPolitics #WelshSchools
  24. "Das Himmelfahrtspogrom in #Magdeburg steht beispielhaft für die heute als » #BaseballschlägerJahre « bezeichnete Zeit der 1990er, als rechte Gruppierungen im Osten vor allem unter Jugendlichen enormen Zulauf hatten und massiv Gewalt ausübten." #Rassismus #Rechtsextremismus #FaridBoukhit

    RE: https://bsky.app/profile/did:plc:6prpd7p7ienkidesghckvdyl/post/3mlsaohxmrm2h

  25. "Das Himmelfahrtspogrom in #Magdeburg steht beispielhaft für die heute als » #BaseballschlägerJahre « bezeichnete Zeit der 1990er, als rechte Gruppierungen im Osten vor allem unter Jugendlichen enormen Zulauf hatten und massiv Gewalt ausübten." #Rassismus #Rechtsextremismus #FaridBoukhit

    RE: https://bsky.app/profile/did:plc:6prpd7p7ienkidesghckvdyl/post/3mlsaohxmrm2h

  26. Science: Reality check. “[Hany] Farid, a specialist at the University of California (UC), Berkeley, is one of the world’s leading experts in determining whether a photo or video has been manipulated. Since helping to found the field of digital forensics more than 20 years ago, he has kept pace with massive technological change.”

    https://rbfirehose.com/2026/05/07/science-reality-check/
  27. Science: Reality check. “[Hany] Farid, a specialist at the University of California (UC), Berkeley, is one of the world’s leading experts in determining whether a photo or video has been manipulated. Since helping to found the field of digital forensics more than 20 years ago, he has kept pace with massive technological change.”

    https://rbfirehose.com/2026/05/07/science-reality-check/
  28. Science: Reality check. “[Hany] Farid, a specialist at the University of California (UC), Berkeley, is one of the world’s leading experts in determining whether a photo or video has been manipulated. Since helping to found the field of digital forensics more than 20 years ago, he has kept pace with massive technological change.”

    https://rbfirehose.com/2026/05/07/science-reality-check/