This summer, I had the extraordinary opportunity of being a CERN Summer Student. I was ecstatic when my CERN Summer School application had been accepted; I could not wait to contribute to cutting-edge research, attend the world-class Summer Student lectures, visit various CERN sites and meet people from around the world!
For the placement I worked alongside CERN intern Agustina Quesada, supervised by Dave Barney, EP-CMX group leader.
In a paper published in Nature, the AWAKE collaboration reports the first ever successful acceleration of electrons using a proton-driven wave through a plasma.
ATLAS presented first results from a more generic strategy that allows searches for physics beyond the Standard Model that effectively minimizes the probability of missing any signs of new physics.
Each summer CERN welcomes undergraduate students from all over the world to pursue research projects in physics or related science and technical disciplines. Meet them in this year's interactive map.
Measurement of antimatter production in p–He collisions helps to interpret astrophysics results from space-borne experiments and inaugurates a new research programme for the LHCb collaboration.
Last month, the ATLAS and CMS collaborations jointly announced the discovery of the Higgs boson decaying into a matter-antimatter pair of bottom quarks.
The ALICE experiment has recently released several measurements on the production of anti-deuterons and anti-3He that could help to understand AMS data.
In this issue, we interview Helen Quinn, Roberto Peccei and Pierre Sikivie on the ideas that led to the emergence of axions and inform current and future experimental concepts.
An interview with Helen Quinn about the steps that led to the formulation of the Peccei-Quinn mechanism and the value of science education for citizens.
A sit down with Roberto Peccei, a world-renowned theoretical physicist, who together with Hellen Quin suggested a mechanism to solve the strong CP problem.
In discussion with Pierre Sikivie, on the invention of experimental techniques for axion searches that can address some of the most pressing questions in modern physics.
by Pierre Pugnat on the behalf of the OSQAR collaboration
Two distinct OSQAR experiments at CERN, OSQAR-LSW and OSQAR-VMB look mostly for ALPS through studies of optical properties of the quantum vacuum permeated by a strong magnetic field
An ongoing R&D programme aims to tackle the challenges of tracking and identifying new particles with the CMS detector in the challenging environment of HL-LHC.
Welcome to the autumn issue of the EP newsletter!
In a paper published in Nature, the AWAKE collaboration reports the first ever successful acceleration of electrons using a proton-driven wave through a plasma.
ATLAS presented first results from a more generic strategy that allows searches for physics beyond the Standard Model that effectively minimizes the probability of missing any signs of new physics. 
Each summer CERN welcomes undergraduate students from all over the world to pursue research projects in physics or related science and technical disciplines. Meet them in this year's interactive map.
Measurement of antimatter production in p–He collisions helps to interpret astrophysics results from space-borne experiments and inaugurates a new research programme for the LHCb collaboration. 
The CMS Collaboration’s 800th paper describes a technique for measuring the positions of inactive elements using Nuclear Interactions.
Last month, the ATLAS and CMS collaborations jointly announced the discovery of the Higgs boson decaying into a matter-antimatter pair of bottom quarks.
The ALICE experiment has recently released several measurements on the production of anti-deuterons and anti-3He that could help to understand AMS data. 
An interview with Helen Quinn about the steps that led to the formulation of the Peccei-Quinn mechanism and the value of science education for citizens. 
A sit down with Roberto Peccei, a world-renowned theoretical physicist, who together with Hellen Quin suggested a mechanism to solve the strong CP problem. 
The last two decades, the efforts and size of the axion community have witnessed a real blossoming of ideas. 
Two distinct OSQAR experiments at CERN, OSQAR-LSW and OSQAR-VMB look mostly for ALPS through studies of optical properties of the quantum vacuum permeated by a strong magnetic field
An ongoing R&D programme aims to tackle the challenges of tracking and identifying new particles with the CMS detector in the challenging environment of HL-LHC. 
Discussing the ongoing experimental searches for axions at CERN.