CERN Accelerating science

Academic Training Lectures

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2022-10-31
11:31
Forward detectors at the LHC for searches and high energy neutrinos measurements / Kling, Felix (speaker) (DESY)
Abstract:The FASER and SND@LHC experiments have been approved to start running in LHC Run-3. These experiments take advantage of the large particle flux produced at very small angles to the beam in the LHC collisions. [...]
2022 - 1:03:41. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : Forward detectors at the LHC for searches and high energy neutrinos measurements

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2022-10-31
11:29
Forward detectors at the LHC for searches and high energy neutrinos measurements / Kling, Felix (speaker) (DESY)
Abstract: The FASER and SND@LHC experiments have been approved to start running in LHC Run-3. These experiments take advantage of the large particle flux produced at very small angles to the beam in the LHC collisions. [...]
2022 - 1:08:22. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : Forward detectors at the LHC for searches and high energy neutrinos measurements

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2022-10-28
17:14
Forward detectors at the LHC for searches and high energy neutrinos measurements / Kling, Felix (speaker) (DESY)
Abstract: The FASER and SND@LHC experiments have been approved to start running in LHC Run-3. These experiments take advantage of the large particle flux produced at very small angles to the beam in the LHC collisions. [...]
2022 - 1:15:26. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : Forward detectors at the LHC for searches and high energy neutrinos measurements

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2022-09-15
14:12
REMOTE: An introduction to the Monte Carlo method for the simulation of radiation transport / Salvat Pujol, Francesc (speaker) (CERN)
Abstract:The propagation of radiation in complex material geometries is governed by an integro-differential equation known as the transport equation. Although several analytical solutions are known, these apply for simple radiation sources, for a limited number of interaction mechanisms (often just one or two), and for extremely simplified geometries (typically infinite media). [...]
2022 - 0:57:05. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : REMOTE: An introduction to the Monte Carlo method for the simulation of radiation transport

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2022-09-14
15:27
REMOTE: An overview of the FLUKA particle transport code and its graphical user interface Flair / Vlachoudis, Vasilis (speaker) (CERN)
Abstract:An overview shall be presented of FLUKA, a general-purpose code for the Monte Carlo simulation of radiation transport, and of its powerful graphical interface Flair. FLUKA can transport over 60 particle species, including photons, leptons, hadrons and ions, at energies up to the PeV domain and down to the keV domain, with the exception of neutrons, which can be transported down to the meV. [...]
2022 - 0:56:35. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : REMOTE: An overview of the FLUKA particle transport code and its graphical user interface Flair

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2022-09-13
16:46
REMOTE: The Geant4 particle simulation toolkit / Verderi, Marc (speaker) (Centre National de la Recherche Scientifique (FR))
Abstract:Geant4 is an open source software toolkit for simulating the passage of high energy particles into matter and interacting with it. It covers particle energy range from O(100 eV) to multi-TeV, and has some very low energy modules for microdosimetry down to O(eV) and phonon transport (O(mK)). [...]
2022 - 1:19:58. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : REMOTE: The Geant4 particle simulation toolkit

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2022-07-04
15:13
REMOTE: Geodetic metrology for future accelerators - Facing the future challenges in the domain of accelerator alignment / Sosin, Mateusz (speaker) (CERN) ; Gayde, Jean-Christophe (speaker) (CERN)
Abstract In particle accelerators, high radiation levels, ultra-high vacuum, cryogenic temperatures of the measured components and high electro-magnetic noise push accelerator surveyors to look for more robust, safe and accurate solutions of alignment. For example, for the High-Luminosity LHC project at CERN, a range of new and cost-optimized solutions using Fourier analysis-based Frequency Sweeping Interferometry (FSI) and capacitive technologies are under development. [...]
2022 - 0:58:42. Academic Training Lecture Regular Programme, 2021-2022 External link: Event details In : REMOTE: Geodetic metrology for future accelerators - Facing the future challenges in the domain of accelerator alignment

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2022-06-16
16:25
REMOTE: Geodetic metrology for future accelerators - Towards the alignment of future colliders / Mainaud Durand, Helene (speaker) (CERN)
Abstract Geodetic metrology for colliders has always been a challenge for surveyors, due to the high number and diversity of components to align, the very specific measurement environment and the non-standard alignment tolerances. This led to the development of new methods and instrumentation, the push for accuracy of the existing ones, and their automation. This lecture will describe the steps needed to perform the alignment of components inside a collider, from the geodetic infrastructure to the final smoothing inside the tunnel. [...]
2022 - 0:58:19. Academic Training Lecture Regular Programme, 2021-2022 External link: Event details In : REMOTE: Geodetic metrology for future accelerators - Towards the alignment of future colliders

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2022-06-15
13:57
REMOTE: Geodetic metrology for future accelerators - Geodetic infrastructure for new accelerator projects, / Weyer, Benjamin (speaker) (CERN)
Abstract  The geodetic infrastructure is a key part of new accelerator projects, for both site investigations, civil engineering and metrology works. This lecture will present requirements and particularities of such projects and current applications for the Future Circular Collider (FCC). [...]
2022 - 0:58:02. Academic Training Lecture Regular Programme, 2021-2022 External link: Event details In : REMOTE: Geodetic metrology for future accelerators - Geodetic infrastructure for new accelerator projects,

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2022-06-14
14:42
REMOTE: Geodetic metrology for future accelerators - Geodetic techniques for determining position and orientation with high accuracy / Wieser, Andreas (speaker) (ETH Zurich)
Abstract A core service of applied geodesy are the determination of coordinates and orientation with respect to chosen reference frames and the derivation of information including quality indicators therefrom. This is required for digitizing the 3d world, for transferring plans and models from the virtual space into the real one, and for reliably quantifying deformations and rigid body motion over time. [...]
2022 - 0:58:53. Academic Training Lecture Regular Programme, 2021-2022 External link: Event details In : REMOTE: Geodetic metrology for future accelerators - Geodetic techniques for determining position and orientation with high accuracy

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