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YAFU: News

RNA World (beta):

  • New electricity backend

    Veröffentlicht: Juli 13, 2018, 7:29am CEST
    A few days ago, a new electricity backend was setup.

    Vor wenigen Tagen wurde das RNA World Projekt an ein verbessertes Stromnetz angeschlossen.

    Michael.

YAFU: News

Asteroids@home: News

  • New models published

    Veröffentlicht: Juli 10, 2018, 10:07pm CEST
    A paper with new results has been accepted for publication in Astronomy and Astrophysics. The preprint is available at arXiv. The models will be available in DAMIT soon. Thanks for your contribution!
  • BOINC compoments shut down for two days

    Veröffentlicht: Juli 9, 2018, 9:51pm CEST
    Hi, I am sorry for the current situation with a disk space. There is again no free space available on server so I had to shut down BOINC compoments and results are moving to a temporary storage. I will start BOINC compoments in two days (11.07.2018). If possible I will start it tomorrow depending on the file transfer status (I'll inform you on twitter when BOINC is fully running again).
    We are also waiting for a new storage server which will solve the repeating disk space problem so I hope it will be very soon.

    Radim Vančo (FoxKyong)

YAFU: News

XANSONS for COD: News

  • 404 new structures

    Veröffentlicht: Juli 7, 2018, 7:50pm CEST
    New COD entries are added.

    Update. All WUs are sent to the hosts.

GPUGRID

  • More CPU jobs

    Veröffentlicht: Juli 3, 2018, 1:59pm CEST
    ...with a new and improved application (Linux only). The current version should eliminate dependencies on gcc and devel libraries.

Rosetta@home

MilkyWay@home:

  • New nbody runs July 2

    Veröffentlicht: Juli 2, 2018, 6:54pm CEST
    Hey All,

    I just put up some new nbody runs. They will be the first to run off the new version (v170). I waited some time to put these up so the queue would clear out of the old workunits.

    Please let me know if anyone encounters any issues with these runs.

    As always, thank you for you continuing support,
    Sidd

Climateprediction.net

  • Adhering to Paris Agreement climate goal could significantly decrease heat-related summer deaths

    Veröffentlicht: Juni 29, 2018, 3:48pm CEST by Julie Meikle

    New research from a collaboration between CPDN, the University of Bristol and UK health professionals has produced compelling evidence that loss of life through increased heat stress during heatwaves can be limited if we stabilise climate at the lower of the Paris Agreement climate goals.

    The paper, recently published in the journal Nature Climate Change, demonstrates that, all else being equal, mortality due to high temperatures could be significantly reduced (15-22 per cent per summer) in London and Paris if we stabilise climate at the lower of the Paris Climate Goals, 1.5°C, as compared with the higher temperature goal.

    In London, currently around 10 per cent of summers are free of any heat-related mortality, but this research has shown that under potential future climate change virtually all summers will have some heat-related mortality.

    Researchers from Bristol who lead the HAPPI project (Half a degree Additional warming, Prognosis and Projected Impacts Model Intercomparison Project) simulated future climate under climate goals consistent with the 1.5°C and 2°C global warming Paris Agreement climate goals. The project utilised researchers and citizen scientists from around the world to help run the experiments, via the climateprediction.net project.

    Dr Dann Mitchell, lead author of the study, and a lecturer in climate physics at the University of Bristol, said “Our results show a clear increase in heat-related mortality which can be avoided by adhering to the Paris Agreement goals.

    “Together with the recent publication of a wealth of evidence presented for climate drivers of other impact sectors (such as the crop sector), it is becoming increasingly clear as to how crucial these climate goals are.

    Dr Luke Harrington, a co-author from Oxford’s CPDN team adds, “This research, made possible by CPDN volunteers, helps cities to understand the magnitude of potential health impacts from extreme heat in the future. Decision makers can then plan suitable adaptation strategies to minimise them.”

    Paper:

    ‘Extreme heat-related mortality avoided under Paris Agreement goals’  by D. Mitchell, C. Heaviside, N. Schaller, M. Allen, K. Ebi, E. Fischer, A. Gasparrini, L. Harrington, V. Kharin, H. Shiogama, J. Sillmann, S. Sippel and S. Vardoulakis in Nature Climate Change.

     

    Image: www.flickr.com/photos/garryknight/6546085451

MilkyWay@home:

  • Nbody 1.70 release

    Veröffentlicht: Juni 27, 2018, 8:01pm CEST
    Hey All,

    I just released a new version of Nbody, v1.70. There were very minor but necessary changes. I am hoping the transition goes smoothly.

    As always, please let us know if there are any issues.

    Thank you for your continuing support,
    Sidd

XANSONS for COD: News

  • 1071 new structures

    Veröffentlicht: Juni 23, 2018, 9:35pm CEST
    New COD entries are added.

    Update. All WUs are sent to the hosts.

YAFU: News

PrimeGrid

  • Another SR5 Mega Prime!

    Veröffentlicht: Juni 22, 2018, 8:40pm CEST
    On 20 June 2018, 06:35:42 UTC, PrimeGrid’s Sierpinski/Riesel Base 5 Problem project eliminated k=81556 by finding the mega prime: 81556*5^2539960+1 The prime is 1,775,361 digits long and will enter Chris Caldwell's The Largest Known Primes Database ranked 61st overall. 32 k's now remain in the Sierpinski Base 5 Problem. The discovery was made by Jiří Bočan (boceli) of the Czech Republic using an Intel(R) Core(TM) i3-6100 CPU @ 3.70GHz with 4 GB RAM running Microsoft Windows 7 Professional Edition. This computer took about 4 hours 23 minutes to complete the primality test using multithreaded LLR. Jiří is a member of the Czech National Team. The prime was verified on 21 June 2018, 11:41:42 UTC by Wolfgang Schwieger (DeleteNull) of Germany using an Intel(R) Core(TM) i7-7820X CPU @ 3.60GHz with 32 GB RAM running Microsoft Windows 10 Professional Edition. This computer took about 1 hour 11 minutes to complete the primality test using multithreaded LLR. Wolfgang is a member of the SETI.Germany team. For more details, please see the official announcement.
  • New SR5 Mega Prime!

    Veröffentlicht: Juni 21, 2018, 9:03pm CEST
    On 19 June 2018, 09:48:29 UTC, PrimeGrid’s Sierpinski/Riesel Base 5 Problem project eliminated k=327926 by finding the mega prime: 327926*5^2542838-1 The prime is 1,777,374 digits long and will enter Chris Caldwell's The Largest Known Primes Database ranked 60th overall. 71 k's now remain in the Riesel Base 5 Problem. The discovery was made by Selya Tsuji (stsuji) of Japan using an Intel(R) Core(TM) i7-6700K CPU @ 4.00GHz with 32 GB RAM running Microsoft Windows 10 Professional Edition. This computer took about 39 hours 37 minutes to complete the primality test using LLR. Selya is a member of Team 2ch. For more details, please see the official announcement.
  • Another GFN-262144 Mega Prime!

    Veröffentlicht: Juni 19, 2018, 5:08pm CEST
    On 17 June 2018, 15:40:35 UTC, PrimeGrid’s Generalized Fermat Prime Search found the Generalized Fermat mega prime: 5205422^262144+1 The prime is 1,760,679 digits long and enters Chris Caldwell's The Largest Known Primes Database ranked 8th for Generalized Fermat primes and 60th overall. The discovery was made by Scott Brown (Scott Brown) of the United States using an NVidia GeForce GTX 1080 in an Intel(R) Xeon(R) E5-1650 v3 CPU @ 3.50GHz with 32GB RAM, running Windows 7 Enterprise Edition. This GPU took about 18 minutes to probable prime (PRP) test with GeneferOCL3. Scott is a member of the Aggie The Pew team. The prime was verified on 17 June 2018, 16:44:04 UTC by Keith Reinhardt (Keith) of Canada using an NVidia GeForce GTX 1050 Ti in an Intel(R) Core(TM) i7-4790 CPU at 3.60GHz with 16GB RAM, running Windows 7 Professional Edition. This GPU took about 43 minutes to probable prime (PRP) test with GeneferOCL5. Keith is a member of the BOINC@Denmark team. The PRP was confirmed prime by an Intel(R) Xeon(R) E3-1240 v6 CPU @ 3.70GHz with 2GB RAM, running Linux. This computer took about 5 hours 50 minutes to complete the primality test using multithreaded LLR. For more details, please see the official announcement.

WEP-M+2 Project

PrimeGrid

  • World Cup Challenge

    Veröffentlicht: Juni 14, 2018, 1:10pm CEST
    Kick off for the first World Cup match is almost here, but we've started the World Cup Challenge on the SR5 (LLR) project. Come join us and see if you can score a goal! 5 day Challenge ends 19th June 2018, 00:00 UTC. Work units which are downloaded and completed during the challenge will count towards your challenge score. For more information, questions and friendly banter, please join us in this thread. May the best team win!