Images |
|---|
Many more linear collider images and graphics on the Interactions image bank
| 
| 
| 
|
| .jpg) Render of ILC© Rey. Hori/KEK
| .jpg) Render of ILC© Rey. Hori/KEK
| .jpg) Render of ILC© Rey. Hori/KEK
|
.jpg) Render of ILC© Rey. Hori/KEK
|  ILC bird's-eye view© Rey. Hori/KEK
|  ILC cryomodule© Rey. Hori/KEK
| .jpg) ILC conceptual diagram© ILC GDE
|
.jpg) ILC conceptual diagram© ILC GDE
|  ILC bird's-eye view© Rey. Hori/KEK
|  ILC Silicon Detector (SiD)© Rey. Hori/KEK
|  ILC International Large Detector (ILD)© Rey. Hori/KEK
|
.jpg) Superconducting RF cavity© Fermilab
|  © CERN
|  Schematic drawing of CLIC showing the two-beam acceleration principle© CERN
|  © CERN
|
 The CLIC two-beam module© CERN
|  Layout of the Silicon Detector (SiD) concept as optimized for CLIC© CERN
|  Simulated electron positron collision producing several jets in the SiD-like detector at CLIC© CERN
|  Simulated electron positron collision producing several jets in the ILD-like detector at CLIC© CERN
|
 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
|  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
|  Simulation of individual particles leaving the interaction region (top left) of a CLIC detector showing how different particles behave in the detector system© CERN
|  CLIC test facility© CERN
|
 CLIC test facility© CERN
|  Two-beam test area in the CLIC test facility at CERN© CERN
|  © CERN
|  The CLIC Test Facility CTF3 at CERN© CERN
|
 CLIC test facility at CERN, built for testing CLIC two-beam acceleration concept© CERN
|  Test beam set-up for hadron calorimetry tests with tungsten absorber plates at CERN's Super Proton Synchrotron© CERN
|  © CERN
|  CLIC accelerating structure prototype© CERN
|
 Sachio Komamiya© KEK
|  Lyn Evans© KEK
|  Hitoshi Murayama© IPMU
|  Mike Harrison© Fermilab
|
 Steinar StapnesATLAS Experiment © CERN
|  Hitoshi Yamamoto© KEK
|  Jon Bagger© KEK
|  Barry Barish© KEK
|
 Pier Oddone© Fermilab
| | | |
Videos |
|---|
 The ILC in 1 minute© Rey. Hori/KEK
|  © DESY
|  Dark Matter visualisationCourtesy J. Wise, M. Bradac (Stanford, KIPAC)
| |
Background information |
|---|
 Detector (CLIC_SiD/CLIC_ILD) specifications
|  Detector (SiD/ILD) specifications
|  ILC Technical Design Report value estimate explained
|  How does the ILC Work?Courtesy of Fermilab
|
Render of ILC
Render of ILC
Render of ILC
Render of ILC
ILC bird's-eye view
ILC cryomodule
ILC conceptual diagram
ILC conceptual diagram
ILC bird's-eye view
ILC Silicon Detector (SiD)
ILC International Large Detector (ILD)
Superconducting RF cavity
Schematic drawing of CLIC showing the two-beam acceleration principle
The CLIC two-beam module
Layout of the Silicon Detector (SiD) concept as optimized for CLIC
Simulated electron positron collision producing several jets in the SiD-like detector at CLIC
Simulated electron positron collision producing several jets in the ILD-like detector at CLIC
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
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.
Simulation of individual particles leaving the interaction region (top left) of a CLIC detector showing how different particles behave in the detector system
CLIC test facility
CLIC test facility
Two-beam test area in the CLIC test facility at CERN
The CLIC Test Facility CTF3 at CERN
CLIC test facility at CERN, built for testing CLIC two-beam acceleration concept
Test beam set-up for hadron calorimetry tests with tungsten absorber plates at CERN's Super Proton Synchrotron
CLIC accelerating structure prototype
Sachio Komamiya
Lyn Evans
Hitoshi Murayama
Mike Harrison
Steinar Stapnes
Hitoshi Yamamoto
Jon Bagger
Barry Barish
Pier Oddone