Category: Newsletter

  • C++ and CERN

    C++ and CERN

    C++ and CERN In 1998, about fifteen years after its invention, C++ became a standard. Not in the sense of a few vendors agreeing on a minimal feature set, but in the sense of the standard for screws, paper and photographic film: a standard governed by the rules of the International Organization for Standardization ISO.

    Explore →

  • LHC interactive tunnel.

    LHC interactive tunnel.

    LHC interactive tunnel. Have you ever imagined how it would be like to walk inside the Higgs field or to cause collisions by playing football with a proton-ball made of three quarks? The PH/EDU group designed an interactive tunnel of the LHC that offers visitors the unique experience of being a particle physicist working on

    Explore →

  • Meeting the challenges of the High-Energy ISOLDE!

    Meeting the challenges of the High-Energy ISOLDE!

    Meeting the challenges of the High-Energy ISOLDE! The On-Line Isotope Mass Separator ISOLDE is a facility dedicated to the production, study and use of exotic nuclei located far from the valley of stability i.e. far from the species found naturally on Earth. These exotic nuclei are being studied in many different experiments in the fields

    Explore →

  • The RICH detector of the NA62 experiment

    The RICH detector of the NA62 experiment

    The RICH detector of the NA62 experiment The NA62 experiment is focused on precision tests of the Standard Model by studies of rare decays of charged kaons since only for few kaon decays there is a precise theoretical prediction. One of these exceptions is the very rare decay K+→π+ν ν, which has a branching ratio

    Explore →

  • Neutrino properties from cosmology

    Neutrino properties from cosmology

    Neutrino properties from cosmology Cosmology has entered the precision era: we now have a standard model for cosmology where the content, history and evolution of the Universe are described by few parameters. These parameters are constrained by observations at the percent level or better. As for particle physics and the search for beyond the standard

    Explore →

  • A philosophical experiment

    A philosophical experiment

    A philosophical experiment In 2008 a group of high-energy physicists, philosophers and historians of science decided to join forces to take a closer and critical look at the knowledge production which would accompany the first phase of operation of the LHC. In 2010, thanks to the support of the German Research foundation (DFG), the interdisciplinary

    Explore →

  • Google Summer of Code

    Google Summer of Code

    Google Summer of Code In 2013, CERN PH/SFT will apply to participate for a third year in Google Summer of Code, a global program that offers student developers stipends to write code for open source projects. The program was launched in 2005 and since then it has brought together over 6000 students with over 3000

    Explore →

  • The Concurrency Forum at CERN

    The Concurrency Forum at CERN

    The Concurrency Forum at CERN The successful processing of more than 15PB of data recorded by the LHC experiments in 2012 led to extraordinary discoveries in the field of HEP. The CPU hardware that will be at our disposal to treat the total projected data volume after the Lond Shutdown 1 will not feature higher

    Explore →

  • ISOLTRAP’s MR-ToF mass separator to plumb a neutron star

    ISOLTRAP’s MR-ToF mass separator to plumb a neutron star

    ISOLTRAP’s MR-ToF mass separator to plumb a neutron star The mass of an atomic nucleus is one of its most fundamental properties.Via the binding energy, i.e., the difference in mass between its constituents (protons and neutrons) and the entire nucleus, it reflects the sum of all interactions present. Precision mass measurements of short-lived isotopes provide

    Explore →

  • GBAR – Gravitational Behavior of Antimatter at Rest

    GBAR – Gravitational Behavior of Antimatter at Rest

    GBAR – Gravitational Behavior of Antimatter at Rest The GBAR experiment, proposing a gravity measurement of antihydrogen at the planned ELENA facility, was approved by the Research Board in May 2012. The collaboration is formed of 14 laboratories and about 40 researchers at present1. The goal of GBAR is to test the Einstein Weak Equivalence

    Explore →