Linear Collider Collaboration
Images Calendar Contact Twitter Facebook
  • About LCC
  • ILC Home
  • CLIC Home
  • Physics & Detectors
  • Newsline
  • Tools
Search

Images and Graphics

Request high resolution images

Images

Many more linear collider images and graphics on the Interactions image bankspacer Graphic resourcesspacer spacer spacer
spacer spacer Render of ILC© Rey.Hori/KEK spacer Render of ILC© Rey.Hori/KEK spacer Render of ILC© Rey.Hori/KEK
spacer Render of ILC© Rey.Hori/KEK spacer ILC bird's-eye view© Rey.Hori/KEK spacer ILC cryomodule© Rey.Hori/KEK spacer ILC conceptual diagram© ILC GDE
spacer ILC conceptual diagram© ILC GDE spacer ILC bird's-eye view© Rey.Hori/KEK spacer ILC Silicon Detector (SiD)© Rey.Hori/KEK spacer ILC International Large Detector (ILD)© Rey.Hori/KEK
spacer Superconducting RF cavity© Fermilab spacer © CERN spacer Schematic drawing of CLIC showing the two-beam acceleration principle© CERN spacer © CERN
spacer The CLIC two-beam module© CERN spacer Artist's impression of the CLIC accelerator© CERN spacer Artist's impression of the CLIC detector© CERN spacer Layout of the Silicon Detector (SiD) concept as optimized for CLIC© CERN
spacer Simulated electron positron collision producing several jets in the SiD-like detector at CLIC© CERN spacer Simulated electron positron collision producing several jets in the ILD-like detector at CLIC© CERN spacer CLIC and ILC are designed to have two detectors where only one can be used at a time, being pushed-pulled in and out of the beam as needed© CERN spacer Vertical cut through the ILD-like detector with a simulated electron-positron interaction at CLIC. The picture illustrates the ability of the fine-graned detectors to reconstruct individual particles within multi-particle jets.© CERN
spacer Simulation of individual particles leaving the interaction region (top left) of a CLIC detector showing how different particles behave in the detector system© CERN spacer CLIC test facility© CERN spacer CLIC test facility© CERN spacer Two-beam test area in the CLIC test facility at CERN© CERN
spacer © CERN spacer The CLIC Test Facility CTF3 at CERN© CERN spacer CLIC test facility at CERN, built for testing CLIC two-beam acceleration concept© CERN spacer Test beam set-up for hadron calorimetry tests with tungsten absorber plates at CERN's Super Proton Synchrotron© CERN
spacer © CERN spacer CLIC accelerating structure prototype© CERN spacer Sachio Komamiya© KEK spacer Lyn Evans© KEK
spacer Hitoshi Murayama© IPMU spacer Mike Harrison© Fermilab spacer Steinar StapnesATLAS Experiment © CERN spacer Hitoshi Yamamoto© KEK
spacer Jon Bagger© KEK spacer Barry Barish© KEK spacer Pier Oddone© Fermilab

Videos

spacer The ILC in 2 minutes© Rey.Hori/KEK spacer © DESY spacer Large Hadron Collider & Linear Collider© Sandbox Studio for Symmetry Magazine spacer Dark Matter visualisationCourtesy J. Wise, M. Bradac (Stanford, KIPAC)

Background information

spacer ILC accelerator specifications spacer Detector (CLIC_SiD/CLIC_ILD) specifications spacer Detector (SiD/ILD) specifications spacer ILC Technical Design Report value estimate explained
spacer Laboratories, institutes and universities involved in the ILC (interactive map) spacer How does the ILC Work?Courtesy of Fermilab
gipoco.com is neither affiliated with the authors of this page nor responsible for its contents. This is a safe-cache copy of the original web site.