home.social

#cineca — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #cineca, aggregated by home.social.

  1. A woman merging with a beautiful full screen rendering of the simulated cosmic web in a simulation of mine...
    This is was a segment from "Destinazione Terra" (Destination Earth) a video using scientific simulations by Daniela Paoletti and Diego Molinari, together the VisitLab at #CINECA, the biggest supercomputing centre in #Italy
    It was presented at the Genova Science festival, and you can see the
    full video here youtube.com/watch?v=5SAybgEBiXE

    #astronomy #astrophysics #SimulatedUniverses #science

  2. A woman merging with a beautiful full screen rendering of the simulated cosmic web in a simulation of mine...
    This is was a segment from "Destinazione Terra" (Destination Earth) a video using scientific simulations by Daniela Paoletti and Diego Molinari, together the VisitLab at #CINECA, the biggest supercomputing centre in #Italy
    It was presented at the Genova Science festival, and you can see the
    full video here youtube.com/watch?v=5SAybgEBiXE

    #astronomy #astrophysics #SimulatedUniverses #science

  3. A woman merging with a beautiful full screen rendering of the simulated cosmic web in a simulation of mine...
    This is was a segment from "Destinazione Terra" (Destination Earth) a video using scientific simulations by Daniela Paoletti and Diego Molinari, together the VisitLab at #CINECA, the biggest supercomputing centre in #Italy
    It was presented at the Genova Science festival, and you can see the
    full video here youtube.com/watch?v=5SAybgEBiXE

    #astronomy #astrophysics #SimulatedUniverses #science

  4. A woman merging with a beautiful full screen rendering of the simulated cosmic web in a simulation of mine...
    This is was a segment from "Destinazione Terra" (Destination Earth) a video using scientific simulations by Daniela Paoletti and Diego Molinari, together the VisitLab at #CINECA, the biggest supercomputing centre in #Italy
    It was presented at the Genova Science festival, and you can see the
    full video here youtube.com/watch?v=5SAybgEBiXE

    #astronomy #astrophysics #SimulatedUniverses #science

  5. A woman merging with a beautiful full screen rendering of the simulated cosmic web in a simulation of mine...
    This is was a segment from "Destinazione Terra" (Destination Earth) a video using scientific simulations by Daniela Paoletti and Diego Molinari, together the VisitLab at #CINECA, the biggest supercomputing centre in #Italy
    It was presented at the Genova Science festival, and you can see the
    full video here youtube.com/watch?v=5SAybgEBiXE

    #astronomy #astrophysics #SimulatedUniverses #science

  6. Pasqal Delivers Neutral Atom QPU to Italy’s CINECA

    Insider Brief Pasqal delivered a 140-qubit neutral atom quantum computer to CINECA in Bologna, strengthening Italy’s hybrid HPC–quantum…
    #Italy #Europe #Europa #EU #CINECA #EuroHPC #italy #Italyquantum #NeutralatomquantumcomputingLeonardosupercomputer #Pasqal
    europesays.com/2785838/

  7. New murmuration movie of tracers following ordinary matter collapsing into a forming cluster of galaxies, in a fully Eulerian MHD Enzo simulation run at #CINECA (Italy).
    Notice how this cluster assembles its mass mostly along filaments in the N-S direction.

    About 10 million tracers evolved in @julialang , covering about 10 billions of years of cosmic evolution

    #SimulatedUniverses #Astrophysics #Science

  8. New murmuration movie of tracers following ordinary matter collapsing into a forming cluster of galaxies, in a fully Eulerian MHD Enzo simulation run at #CINECA (Italy).
    Notice how this cluster assembles its mass mostly along filaments in the N-S direction.

    About 10 million tracers evolved in @julialang , covering about 10 billions of years of cosmic evolution

    #SimulatedUniverses #Astrophysics #Science

  9. New murmuration movie of tracers following ordinary matter collapsing into a forming cluster of galaxies, in a fully Eulerian MHD Enzo simulation run at #CINECA (Italy).
    Notice how this cluster assembles its mass mostly along filaments in the N-S direction.

    About 10 million tracers evolved in @julialang , covering about 10 billions of years of cosmic evolution

    #SimulatedUniverses #Astrophysics #Science

  10. New murmuration movie of tracers following ordinary matter collapsing into a forming cluster of galaxies, in a fully Eulerian MHD Enzo simulation run at #CINECA (Italy).
    Notice how this cluster assembles its mass mostly along filaments in the N-S direction.

    About 10 million tracers evolved in @julialang , covering about 10 billions of years of cosmic evolution

    #SimulatedUniverses #Astrophysics #Science

  11. New murmuration movie of tracers following ordinary matter collapsing into a forming cluster of galaxies, in a fully Eulerian MHD Enzo simulation run at #CINECA (Italy).
    Notice how this cluster assembles its mass mostly along filaments in the N-S direction.

    About 10 million tracers evolved in @julialang , covering about 10 billions of years of cosmic evolution

    #SimulatedUniverses #Astrophysics #Science

  12. Simulated growth of magnetic fields (left) and of baryonic matter (right) at the birth location of a massive cluster of galaxies, simulated with the Enzo code at #CINECA (Italy)

    #SimulatedUniverses #astronomy #science

  13. Simulated growth of magnetic fields (left) and of baryonic matter (right) at the birth location of a massive cluster of galaxies, simulated with the Enzo code at #CINECA (Italy)

    #SimulatedUniverses #astronomy #science

  14. Simulated growth of magnetic fields (left) and of baryonic matter (right) at the birth location of a massive cluster of galaxies, simulated with the Enzo code at #CINECA (Italy)

    #SimulatedUniverses #astronomy #science

  15. Simulated growth of magnetic fields (left) and of baryonic matter (right) at the birth location of a massive cluster of galaxies, simulated with the Enzo code at #CINECA (Italy)

    #SimulatedUniverses #astronomy #science

  16. Simulated growth of magnetic fields (left) and of baryonic matter (right) at the birth location of a massive cluster of galaxies, simulated with the Enzo code at #CINECA (Italy)

    #SimulatedUniverses #astronomy #science

  17. Today #dariaheu scientific board online and an excursion to the top sightseeing spot in Bologna: #CINECA and the supercomputer Leonardo with colleagues in #INTERPARESTRUSTAI

  18. Today #dariaheu scientific board online and an excursion to the top sightseeing spot in Bologna: #CINECA and the supercomputer Leonardo with colleagues in #INTERPARESTRUSTAI

  19. Today #dariaheu scientific board online and an excursion to the top sightseeing spot in Bologna: #CINECA and the supercomputer Leonardo with colleagues in #INTERPARESTRUSTAI

  20. Unwrapping some of the new simulation data produced at #CINECA during holidays, where I multiply relaunched runs while mostly busy eating.

    This is a composite view of the last simulated cluster, of galaxies (from z=30 to z=0) which we will use together with the others to study the possible formation mechanism of large scale radio emission.

    #astrodon #astronomy #science #SimulatedUniverses

  21. Unwrapping some of the new simulation data produced at #CINECA during holidays, where I multiply relaunched runs while mostly busy eating.

    This is a composite view of the last simulated cluster, of galaxies (from z=30 to z=0) which we will use together with the others to study the possible formation mechanism of large scale radio emission.

    #astrodon #astronomy #science #SimulatedUniverses

  22. Unwrapping some of the new simulation data produced at #CINECA during holidays, where I multiply relaunched runs while mostly busy eating.

    This is a composite view of the last simulated cluster, of galaxies (from z=30 to z=0) which we will use together with the others to study the possible formation mechanism of large scale radio emission.

    #astrodon #astronomy #science #SimulatedUniverses

  23. Unwrapping some of the new simulation data produced at #CINECA during holidays, where I multiply relaunched runs while mostly busy eating.

    This is a composite view of the last simulated cluster, of galaxies (from z=30 to z=0) which we will use together with the others to study the possible formation mechanism of large scale radio emission.

    #astrodon #astronomy #science #SimulatedUniverses

  24. Unwrapping some of the new simulation data produced at #CINECA during holidays, where I multiply relaunched runs while mostly busy eating.

    This is a composite view of the last simulated cluster, of galaxies (from z=30 to z=0) which we will use together with the others to study the possible formation mechanism of large scale radio emission.

    #astrodon #astronomy #science #SimulatedUniverses

  25. This approach can already be extended to larger radio datasets, and will keep be improved waiting for the Square kilometer array.

    Once the network is trained, the time to analyse a single radio map of 2000 x 2000 pixels is just of 0.7s, i.e. incredibly faster than any human-based technique.

    Everything was done on the M100 and Leonardo superclusters at #CINECA.

  26. This approach can already be extended to larger radio datasets, and will keep be improved waiting for the Square kilometer array.

    Once the network is trained, the time to analyse a single radio map of 2000 x 2000 pixels is just of 0.7s, i.e. incredibly faster than any human-based technique.

    Everything was done on the M100 and Leonardo superclusters at #CINECA.

  27. This approach can already be extended to larger radio datasets, and will keep be improved waiting for the Square kilometer array.

    Once the network is trained, the time to analyse a single radio map of 2000 x 2000 pixels is just of 0.7s, i.e. incredibly faster than any human-based technique.

    Everything was done on the M100 and Leonardo superclusters at #CINECA.

  28. This approach can already be extended to larger radio datasets, and will keep be improved waiting for the Square kilometer array.

    Once the network is trained, the time to analyse a single radio map of 2000 x 2000 pixels is just of 0.7s, i.e. incredibly faster than any human-based technique.

    Everything was done on the M100 and Leonardo superclusters at #CINECA.

  29. This approach can already be extended to larger radio datasets, and will keep be improved waiting for the Square kilometer array.

    Once the network is trained, the time to analyse a single radio map of 2000 x 2000 pixels is just of 0.7s, i.e. incredibly faster than any human-based technique.

    Everything was done on the M100 and Leonardo superclusters at #CINECA.

  30. Come funziona Italia, il modello nazionale di AI che sfida i grandi LLM

    Sviluppato da #iGenius e allenato da #Cineca su dataset in italiano, è ora disponibile per tutti, è già pronto per #AIAct e vuole espandersi in Europa

    @aitech

    wired.it/article/italia-modell

    Qui, segnalato da @pazpi, il link x il download del modello: igenius.ai/language-models

    (Pesa 12.6GB e bisogna compilare un piccolo form con nome cognome e mail. Non accetta GMail quindi bisogna usare altri sistemi come firefox relay)

  31. Come funziona Italia, il modello nazionale di AI che sfida i grandi LLM

    Sviluppato da #iGenius e allenato da #Cineca su dataset in italiano, è ora disponibile per tutti, è già pronto per #AIAct e vuole espandersi in Europa

    @aitech

    wired.it/article/italia-modell

    Qui, segnalato da @pazpi, il link x il download del modello: igenius.ai/language-models

    (Pesa 12.6GB e bisogna compilare un piccolo form con nome cognome e mail. Non accetta GMail quindi bisogna usare altri sistemi come firefox relay)

  32. Come funziona Italia, il modello nazionale di AI che sfida i grandi LLM

    Sviluppato da #iGenius e allenato da #Cineca su dataset in italiano, è ora disponibile per tutti, è già pronto per #AIAct e vuole espandersi in Europa

    @aitech

    wired.it/article/italia-modell

    Qui, segnalato da @pazpi, il link x il download del modello: igenius.ai/language-models

    (Pesa 12.6GB e bisogna compilare un piccolo form con nome cognome e mail. Non accetta GMail quindi bisogna usare altri sistemi come firefox relay)

  33. Come funziona Italia, il modello nazionale di AI che sfida i grandi LLM

    Sviluppato da #iGenius e allenato da #Cineca su dataset in italiano, è ora disponibile per tutti, è già pronto per #AIAct e vuole espandersi in Europa

    @aitech

    wired.it/article/italia-modell

    Qui, segnalato da @pazpi, il link x il download del modello: igenius.ai/language-models

    (Pesa 12.6GB e bisogna compilare un piccolo form con nome cognome e mail. Non accetta GMail quindi bisogna usare altri sistemi come firefox relay)

  34. Come funziona Italia, il modello nazionale di AI che sfida i grandi LLM

    Sviluppato da #iGenius e allenato da #Cineca su dataset in italiano, è ora disponibile per tutti, è già pronto per #AIAct e vuole espandersi in Europa

    @aitech

    wired.it/article/italia-modell

    Qui, segnalato da @pazpi, il link x il download del modello: igenius.ai/language-models

    (Pesa 12.6GB e bisogna compilare un piccolo form con nome cognome e mail. Non accetta GMail quindi bisogna usare altri sistemi come firefox relay)

  35. #CINECA, the Italian non-profit consortium and super-computing center for #HPC and scientific research will buy 16 M€ worth of hardware for use of CNR, INAF, OGS, INGV, ACN (National Cybersecurity Authority) and (Agenzia #ItaliaMeteo); deadline for receipt of tenders: 2024-06-03 18:00 CEST; Note: some docs are in Italian but the 64-pages Technical Specifications is in English!

    ted.europa.eu/en/notice/-/deta

  36. #CINECA, the Italian non-profit consortium and super-computing center for #HPC and scientific research will buy 16 M€ worth of hardware for use of CNR, INAF, OGS, INGV, ACN (National Cybersecurity Authority) and (Agenzia #ItaliaMeteo); deadline for receipt of tenders: 2024-06-03 18:00 CEST; Note: some docs are in Italian but the 64-pages Technical Specifications is in English!

    ted.europa.eu/en/notice/-/deta

  37. #SimulatedUniverses
    Progression of gas density and of the synchrotron radio emission from shock accelerated relativistic electrons if we had layer after layer of volumes along the line of sight, in a small portion of a cosmological simulation produced with the ENZO code on Leonardo #CINECA
    Not entirely trivial to reconstruct the actual cosmic web distribution of gas based on the radio observation, given that the filling factors of the two fields are quite different.

    #astrodon #astronomy

  38. #SimulatedUniverses
    Progression of gas density and of the synchrotron radio emission from shock accelerated relativistic electrons if we had layer after layer of volumes along the line of sight, in a small portion of a cosmological simulation produced with the ENZO code on Leonardo #CINECA
    Not entirely trivial to reconstruct the actual cosmic web distribution of gas based on the radio observation, given that the filling factors of the two fields are quite different.

    #astrodon #astronomy

  39. #SimulatedUniverses
    Progression of gas density and of the synchrotron radio emission from shock accelerated relativistic electrons if we had layer after layer of volumes along the line of sight, in a small portion of a cosmological simulation produced with the ENZO code on Leonardo #CINECA
    Not entirely trivial to reconstruct the actual cosmic web distribution of gas based on the radio observation, given that the filling factors of the two fields are quite different.

    #astrodon #astronomy

  40. #SimulatedUniverses
    Progression of gas density and of the synchrotron radio emission from shock accelerated relativistic electrons if we had layer after layer of volumes along the line of sight, in a small portion of a cosmological simulation produced with the ENZO code on Leonardo #CINECA
    Not entirely trivial to reconstruct the actual cosmic web distribution of gas based on the radio observation, given that the filling factors of the two fields are quite different.

    #astrodon #astronomy

  41. #SimulatedUniverses
    Progression of gas density and of the synchrotron radio emission from shock accelerated relativistic electrons if we had layer after layer of volumes along the line of sight, in a small portion of a cosmological simulation produced with the ENZO code on Leonardo #CINECA
    Not entirely trivial to reconstruct the actual cosmic web distribution of gas based on the radio observation, given that the filling factors of the two fields are quite different.

    #astrodon #astronomy

  42. RT by @EFSA_EU: Grazie mille President @sbonaccini for your visit & insightful exchange on fostering ties between @EFSA_EU & @RegioneER! Many topics discussed, including how to develop Scuola per l’Europa, increase EFSA's attractiveness & promote #collaboration with #CINECA & UN Uni in Bologna!

    🐦🔗: nitter.cz/BUrl_EFSA/status/175

    [2024-02-06 14:18 UTC]

  43. RT by @EFSA_EU: Grazie mille President @sbonaccini for your visit & insightful exchange on fostering ties between @EFSA_EU & @RegioneER! Many topics discussed, including how to develop Scuola per l’Europa, increase EFSA's attractiveness & promote #collaboration with #CINECA & UN Uni in Bologna!

    🐦🔗: nitter.cz/BUrl_EFSA/status/175

    [2024-02-06 14:18 UTC]

  44. Il consorzio #Cineca è a totale partecipazione pubblica: cineca.it/chi-siamo/il-consorz

    Tra i software sviluppati da Cineca, Il sistema ESSE3 è installato nella maggior parte degli atenei italiani:
    cineca.it/sistemi-informativi-

    Chiediamo che il software sviluppato coi soldi pubblici sia distribuito con una licenza che ne permetta l'ispezione, l'adattamento e la condivisione.

    #SoftwareLibero

  45. Il consorzio #Cineca è a totale partecipazione pubblica: cineca.it/chi-siamo/il-consorz

    Tra i software sviluppati da Cineca, Il sistema ESSE3 è installato nella maggior parte degli atenei italiani:
    cineca.it/sistemi-informativi-

    Chiediamo che il software sviluppato coi soldi pubblici sia distribuito con una licenza che ne permetta l'ispezione, l'adattamento e la condivisione.

    #SoftwareLibero