Acceleratorfysik

Courses

1FA330, Accelerator Physics and Technology

We discuss the inner workings of high-energy particle accelerators and synchrotron radiation facilities. We cover the physics of charged particle beams subjected to magnetic systems for guiding and focussing, the radio-frequency system for acceleration, and a large number of different sensors to diagnose the state of the beam and various actuators to control it.

            Syllabus

1FA589, Optics and Photonics

The course gives a solid introduction to the fundamentals of optics and photonics and covers emission, amplification, transmission, detection and application of light in a wide range of the electromagnetic spectrum – from the X-ray, over the visible, to the infrared and terahertz ranges. The course consists of three main parts: basics of optics; propagation of light in media and guiding systems; quantum lasers and free-electron lasers. The first part embraces basic concepts and methods of optics such as wave–particle duality, interference, coherence, diffraction, optical beams. The second part deals with the propagation of waves in lenses, waveguides, optical fibers and media. The third part presents the interaction of photons with matter, statistics of photon gas, Einstein theory of the atom-photon interaction, laser amplification and individual types of quantum lasers. Several types of radiation from moving charged particles such as Cherenkov, transition and undulator radiation are discussed as well.

Syllabus

1FA349, From Sensor to Report

We discuss the physics of sensors and their interfaces. We cover signal conditioning and digitization, the programming of a microcontroller, interfacing the microcontroller to a host computer via RS-232, Bluetooth, WIFI. We discuss data storage and presentation of the data and results. Guidelines are given for presentations in seminars and reports.

Syllabus

1FA361, Physics and Finance

This course explores the often similar methods used in physics and in finance and how to deal with noise or uncertainties.

Syllabus

Course webpage

Nordic Particle Accelerator Program

We organize the NPA Schools in collaboration with ESS, MAX Laboratory and Lund University.

NPA Schools

Two Massive Open Online Courses (MOOC) have been published on the Coursera platform, May 2019, Fundamentals of Accelerator Technology and Medical Applications of Particle Accelerators. These MOOCs have been produced within the Nordic Particle Accelerator Project sponsored by Erasmus+. Anyone, anywhere, can follow the course online.

Fundamentals of Accelerator Technology

Medical Applications of Particle Accelerators

International Accelerator Schools

We offer some restricted possibilities for students to participate in the JUAS and USPAS accelerator schools.

JUAS

USPAS

(PGF5336, University of Sao Paulo)
Physics of undulator radiation and free electron lasers (FEL)

The course embraces the physical concepts of dynamics of electrons in magnetic fields of undulators, undulator radiation, bunching of electrons and lasing in FELs. In particular, in the course we discuss electromagnetic radiation from a charge moving with acceleration; using trajectories of electrons in an undulator and Feynman’s formulas for retarded fields, we derive fundamental properties of undulator radiation from the first principles. Then, we proceed to a description of a collective behaviour of electrons in an FEL and how the emitted field reacts back on the electrons. This coupling changes the properties of the ensemble of electrons and gives rise to the emergence of coherence. The key results are derived analytically from the first principles. In addition, at lectures and in home assignments students use numerical simulation codes to study the FEL physics in more detail.

PGF5336

Project Works and Theses

We offer project work and theses related to topics in and around accelerators. A few completed topics are shown as examples. The presently available topics are shown at

Degree Projects

Project work (1FA565 and 1FA566)

Some examples of completed projects are

Bachelor theses (1FA195)

Some examples of completed projects are

Master theses (1FA193)

Some examples of completed projects are

PhD and Licentiate theses

Some examples of completed and/or ongoing theses are