Aims & Scope
In nearly 15 years of operation, the Large Hadron Collider at CERN has confirmed the Standard Model of particle physics as the current best description of the building blocks of matter at the shortest quantum distances. More and more refined measurements come in great agreement with elaborated and rapidly improving theoretical predictions. To properly document the landmark achievements in both experimental and theoretical high-energy physics, this issue of the Annual Review of Particle Physics aims to invite pioneers and experts at the forefront of research as contributors. The main goal of the Annual Review of Particle Physics issue is to document and keep the audience updated on the story of this remarkable scientific success and to prepare for the next steps forward with the high-luminosity phase of the LHC to possible future colliders. Additionally, we will cover the exploration of the intensity frontier, and the neighboring field of astroparticle physics and cosmology to enlarge our model of the Universe at different length scales.Topics include, but are not limited to:
- Precision tests of the Standard Model
- Higgs physics
- New-physics models
- Lattice gauge field theory progress
- Low-energy experiments
- Dark matter searches
- Machine learning and artificial intelligence approached in high-energy physics
- Multimessenger astrophysics