Dear Colleagues, dear Members of the EP Department and CERN Users,
In this edition of the EP newsletter you will find a collection of interesting articles from all across the department. Apart from the articles giving some insights in ongoing upgrade work of the LHC experiments you will also find news from the large number of smaller experiments at CERN.
by Dorothea vom Bruch (LPNHE/CNRS), Vladimir Vava Gligorov (LPNHE/CNRS) , Alex Pearce (CERN), Sascha Stahl (CERN)
In the next run of the LHC (Run 3) the upgraded LHCb experiment will operate at a factor of five times the luminosty of the first run. The LHCb trigger upgrade will enable parallel processing of 40 Tb/s: one of the biggest data challenges in HEP.
As searches for long-lived particles attract more attention, different exprimental approaches and novel theoretical ideas emerge to guide future searches at the LHC and beyond.
A collaborative effort between the ATLAS and CMS experiments with CERN's IT department enables rediscovering the Higgs boson within minutes using publicly available datasets and new computing tools.
by Kati Lassila-Perini (Helsinki Institute of Physics)
Following the last release of CMS open data in July and five years after the first release, through CERN's Open Data portal, it is time to reflect on the impact that these data have created.
The ATLAS collaboration recently published their first paper using RECAST; a novel framework for data and analysis preservation that enable future re-interpretation of collected data and broadening experimental searches for new physics.
by Peter Butler & Liam Gaffney (University of Liverpool), Joonas Konki (CERN)
Using the HIE-ISOLDE accelerator, researchers concluded that radon atoms provide less favourable conditions for the enhancement of a measurable atomic EDM than radium.
by Joel Butler (Fermilab), Keti Kaadze (Kansas State University), Tommaso Tabarelli (CERN)
A new timing detector for CMS, along with other major upgrades, will extend the detector performance and physics opportunities during the High Luminosity LHC era.
Following six successful years of operation, the AMS-02 experiment at the ISS recently successfuly performed a major upgrade, thus extending its lifetime and giving us more data to test theories for new physics.
BASE experiment publishes first results from a direct search for the interacton between dark matter and antimatter, demonstrating the versatility of the experimental setup and paving the way for future measurements.
70 years ago, in September 1949, Richard Feynman introduced the so-called Feynman diagramms; a representation of various interactions between fundamental particles allowing the calculation of interaction probabilities. Where do we stand today with these calculations?
The Physics Briefing Book of the 2020 EPSSU describes the main experimental goals in particle physics and proposes a bold, diverse and bright experimental programme to tackle them.
The meeting offered the opportunity to share use experiences and better understand how the service is used and how it could evolve to suit the community needs.
by Maciej P. Lewicki and Ludwik Turko (University of Wrocław) on behalf of the NA61/SHINE Collaboration
Latest results from the NA61/SHINE experiment contribute to the quest for understanding the phases of strongly interacting matter while the collaboration plans the next steps.
The MSCA project AMVA4NewPhysics has made important contributions in developing advanced tools and training the next generation of scientists to work with vast amounts of data whether searching for new physics or developing industrial applications.
Dear Colleagues, dear Members of the EP Department and CERN Users,
In the next run of the LHC (Run 3) the upgraded LHCb experiment will operate at a factor of five times the luminosty of the first run. The LHCb trigger upgrade will enable parallel processing of 40 Tb/s: one of the biggest data challenges in HEP.
As searches for long-lived particles attract more attention, different exprimental approaches and novel theoretical ideas emerge to guide future searches at the LHC and beyond.
Following the last release of CMS open data in July and five years after the first release, through CERN's Open Data portal, it is time to reflect on the impact that these data have created.
Presenting an open-source data management system for organizing, monitoring and accessing large volumes of distributed data. 
Using the HIE-ISOLDE accelerator, researchers concluded that radon atoms provide less favourable conditions for the enhancement of a measurable atomic EDM than radium.
A new timing detector for CMS, along with other major upgrades, will extend the detector performance and physics opportunities during the High Luminosity LHC era. 
Following six successful years of operation, the AMS-02 experiment at the ISS recently successfuly performed a major upgrade, thus extending its lifetime and giving us more data to test theories for new physics.
BASE experiment publishes first results from a direct search for the interacton between dark matter and antimatter, demonstrating the versatility of the experimental setup and paving the way for future measurements..jpg)
The Physics Briefing Book of the 2020 EPSSU describes the main experimental goals in particle physics and proposes a bold, diverse and bright experimental programme to tackle them. 
The meeting offered the opportunity to share use experiences and better understand how the service is used and how it could evolve to suit the community needs.
Latest results from the NA61/SHINE experiment contribute to the quest for understanding the phases of strongly interacting matter while the collaboration plans the next steps.
The MSCA project AMVA4NewPhysics has made important contributions in developing advanced tools and training the next generation of scientists to work with vast amounts of data whether searching for new physics or developing industrial applications.