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.
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.
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.
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.
Persistent tensions in the Standard Model of particle physics compel us to seek out new physics at the TeV scale, and the Higgs boson provides us with a potential portal.
The CMS beam pipe will be replaced in LS2, with one that will allow the extremities of the future pixel detectors to get even closer to the interaction point.
In order to achieve the full benefit of the HL-LHC, CMS has launched an intensive R&D programme along with major work on key infrastructures during LS2.
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. 
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.
ATLAS and CMS collaborations presented over summer their latest results from Higgs boson decays to second generation fermions with LHC's Run 2 data.
CMS experiment plans to upgrade its muon system during LS2 using Gas Electron Multiplies (GEM) technology.
Persistent tensions in the Standard Model of particle physics compel us to seek out new physics at the TeV scale, and the Higgs boson provides us with a potential portal.
The CMS trigger outperformed during Run 2, efficiently recording data for the CMS versatile physics programme
The CMS beam pipe will be replaced in LS2, with one that will allow the extremities of the future pixel detectors to get even closer to the interaction point. 
In order to achieve the full benefit of the HL-LHC, CMS has launched an intensive R&D programme along with major work on key infrastructures during LS2.