Following the feasibility demonstration of the novel CLIC technology and the publication in 2012 of a CLIC Conceptual Design Report for a Multi-TeV Linear Collider to be built in stages, a new phase towards a technical design is being launched by a global collaboration of volunteer institutes. This paper reviews the status and plans of the CLIC study outlining the developments planned for the n...

Options for future lepton− proton, lepton−nucleus, γ− proton, γ−nucleus and FELγ − nucleus colliders are discussed. In the spirit of this content, we consider TESLA⊗HERA, LEP⊗LHC, μ−ring⊗TEVATRON, e⊗RHIC, Linac⊗LHC, √ s = 3TeV μp and CLIC based colliders.

Based on a model-independent framework including SU(2) singlet vector-like top partner (VLQ-T), we investigate the prospect of discovering single production VLQ-T decaying into Wb in e+e− collisions at 3 TeV Compact Linear Collider (CLIC). By carrying out full simulation for signal and relevant SM backgrounds, find that high integrated luminosity (5) ab−1, could be excluded correlated region co...

Supersymmetric particles can be produced copiously at future colliders. From the high-precision data taken at e+e− linear colliders, TESLA in particular, and combined with results from LHC, and CLIC later, the low-energy parameters of the supersymmetric model can be determined. Evolving the parameters from the low-energy scale to the high-scale by means of renormalization group techniques the t...

In order to achieve high luminosity in CLIC, ultra-low emittance bunches have to be generated in both electron and positron damping rings. To achieve this goal, big energy loss per turn in the wigglers has to be compensated by the RF system. This results in very strong beam loading transients affecting the longitudinal bunch position and bunch length. In this paper, the conceptual design of the...

Large microarray data sets have recently become common. However, most available clustering methods do not easily handle large microarray data sets due to their very large computational complexity and memory requirements. Furthermore, typical clustering methods construct oversimplified clusters that ignore subtle but meaningful changes in the expression patterns present in large microarray data ...

One important class of applications for high performance computers is based on 3{ dimensional block{structured grids. Multigrid and CFD codes using nite diierence or-nite volume discretizations fall into this class of applications. As the communication parts of these application programs are similar, the central Communications Library CLIC{3D has been developed. Because the CLIC Library is base...

The process e γ → e+W R W R is studied in the framework of the Left-Right symmetric model. It is shown that this reaction and e γ → l+W R W R for the arbitrary final lepton are likely to be discovered for CLIC collider option. For relatively light doubly charged Higgs boson its mass does not have much influence on the discovery potential, while for heavier values the probability of the reaction...

A set of signatures for physics processes of potential interests for the CLIC programme at √ s = 1 5 TeV are discussed. These signatures, that may correspond to the manifestation of different scenarios of new physics as well to Standard Model precision tests, are proposed as benchmarks for the optimisation of the CLIC accelerator parameters and for a first definition of the required detector re...