ILC Workshop on Potential Experiments (ILCX2021)

Session

S: ILC application (to physics, material science, etc.)

27 Oct 2021, 15:30

Room #5 (Zoom Meeting ID: 836 4660 8149)

Presentation materials

Zoom Link (Room #5)

33. Diversified use of ILC: A possibility of hadron photoproduction experiments at a beam dump

Norihito Muramatsu (ELPH, Tohoku University)

27/10/2021, 15:30

Session S: ILC application (to physics, material science, etc.)

Oral presentation using Zoom

The ILC provides an extremely high energy electron beam with an excellent beam divergence. Thus, a linearly polarized photon beam of about 75 GeV can be produced by coherent bremsstrahlung using a thin diamond radiator. Thanks to the electron beam polarization, it is also possible to generate a circularly polarized photon beam. Such a very high energy photon beam would be useful to produce...

38. New Regime of Ultrahigh Laser and High Electron/Positron Interaction

Dr James Koga (National Institutes for Quantum and Radiological Science and Technology (QST))

27/10/2021, 15:54

Session S: ILC application (to physics, material science, etc.)

Oral presentation using Zoom

The International Linear Collider (ILC) will have electron and positron beam energies above 125 GeV. High intensity lasers have achieved unprecedented intensities of ${10}^{23}$ W/cm${}^2$. Although typically such lasers have photons with energies in the eV range in the laboratory frame, colliding such high intensity lasers and the ultrahigh energy electron and positron beams of the ILC will...

328. Muon Production at the ILC

Takayuki Yamazaki (KEK)

27/10/2021, 16:18

Session S: ILC application (to physics, material science, etc.)

Oral presentation using Zoom

Conventional muon beams are produced using proton beams and are used in material sciences such as $\mu$SR and elemental analysis, and fundamental physics experiments such as muon g-2 measurements and precision measurements of muoniums. These muon beams have high intensity but poor emittance, and their kinetic energies are $O$(1) MeV. On the other hand, muon beams with a low emittance on the...

23. Neutron Production at the ILC

Kenji MISHIMA (KEK IMSS)

27/10/2021, 16:42

Session S: ILC application (to physics, material science, etc.)

Oral presentation using Zoom

Neutrons are widely used for material sciences, imaging, fundamental physics and so on due to its unique properties. Recently, spallation neutron sources using megawatt class accelerators are coming up as next-generation neutron sources instead of research reactors. A spallation neutron source irradiates proton beam with energy of a few GeV into a neutron spallation target made of a heavy...

78. Mo-99 production at cERL in KEK

Kentaro Harada (KEK)

27/10/2021, 17:06

Session S: ILC application (to physics, material science, etc.)

Oral presentation using Zoom

Medical RI production is a very promising application of superconducting (SC) linear accelerator. SC LINAC can easily generate large averaged current beam of higher energy than those from industrial electron sources for the electron beam (EB) processing where RI production must be avoided. ILC type long pulsed SC LINAC has great cost efficiency due to low duty factor where RF heat load can...

27. Probing non-perturbative QED in electron-LASER and photon-LASER collisions at the ILC

Jenny List (Deutsches Elektronen-Synchrotron (DE))

Session S: ILC application (to physics, material science, etc.)

Oral presentation using Zoom

The LUXE experiment (LASER Und XFEL Experiment) is a new experiment in planning at DESY Hamburg using the electron beam of the European XFEL. LUXE is intended to study collisions between a high-intensity optical laser and 16.5 GeV electrons from the XFEL electron beam, as well as collisions between the optical LASER and high-energy secondary photons. The physics objective of LUXE are processes...