SwissFEL

The latest large research facility at PSI generates very short pulses of X-ray light with laser-like properties. This enables researchers to observe extremely fast processes, such as how new molecules are created in a chemical reaction; to determine the detailed structure of vital proteins; or to determine the relationship between electronic and atomic structure in materials. This new knowledge expands our understanding of nature and leads to many practical applications, for instance new pharmaceuticals, more efficient processes in the chemical industry, or new materials for electronics.

Read more at: SwissFEL
Hotlabor

Public Tour Hot Laboratory

Discover the Hot Laboratory nuclear facility during our guided tour, a unique experimental facility in Switzerland for the nuclear technology investigation and analysis of highly radioactive materials. This is supported by a well-developed infrastructure in terms of safety, analysis, and preparation, with unique laboratories at your disposal.

Ein Strahlkanal des SwissFEL

Public Tour of the SwissFEL

The SwissFEL is one of only five X-ray laser facilities worldwide that can generate hard X-rays in laser quality and make them available for research. During our tour, we will learn about the operation and main research objectives of the X-ray laser and then take a guided walk to view the key components of the 700-meter-long facility.

Protonentherapie

Public Tour Proton Therapy

Proton therapy is a form of radiation therapy used to destroy cancerous tissue with charged particles, specifically protons. Protons are particularly well-suited for this purpose because they deliver their greatest effect deep inside the body, directly within the tumor. At the Proton Therapy Center of PSI, we treat more than 400 patients each year. During our tour, we will introduce you to the treatment rooms and explain PSI’s contributions to the development of proton therapy.

smus

SμS call for proposals I-25 is still open

The call for SμS proposals I-25 is still open.  Submission deadline: 01 December 2024

LNS Hero

SINQ call for proposals is closed now

The recent SINQ call I-25 was closed on 15 November 2024. More than 230 new proposals were received.

U19-Rollhockey-WM 2024

Physiklaborant-Lernender an der U19-Rollhockey WM

Diego G., Lernender Physiklaborant im 3. Lehrjahr, ist leidenschaftlicher Rollhockey-Spieler und schaffte es ins U19-Nationalkader für die Weltmeisterschaft vom 8. bis 14. September in Novara (ITA). Seine Erfahrungen und Eindrücke schildert er im folgenden Bericht.

Lenzburg 2024

Tag der Berufe

Mit der Swissmechanic gemeinsam in Lenzburg.
 

Zhu et al

Continuum Excitations in a Spin Supersolid on a Triangular Lattice

Magnetic, thermodynamic, neutron diffraction and inelastic neutron scattering are used to study spin correlations in the easy-axis XXZ triangular lattice magnet K2Co(SeO3)2. Despite the presence of quasi-2D “supersolid” magnetic order, the low-energy excitation spectrum contains no sharp modes and is instead a broad and structured multiparticle continuum. Applying a weak magnetic field ...

Cover 5423

Best practices for harnessing operando X-ray absorption spectroscopy in electrocatalytic water splitting studies

X-ray absorption spectroscopy (XAS) has found applications in a range of fields including materials, physics, chemistry, biology and earth science. XAS can probe the local electronic and geometric structure, such as the average oxidation state, coordination environment and interatomic distances, surrounding an element of interest. Thus, XAS is a valuable tool to inform catalyst design by tracking catalyst evolution under operating conditions, for example, via providing dynamic snapshots of the essential information.

Marius Köppel PhD

Marius Köppel defends his thesis on the Mu3e Data Acqusistion System

Marius Köppel has defended his PhD on the data acquisition system for Mu3e at Johannes Gutenberg University Mainz.

Andriushin et al

Reentrant multiple-q magnetic order and a “spin meta-cholesteric” phase in Sr3Fe2O7

Topologically nontrivial magnetic structures such as skyrmion lattices are well known in materials lacking lattice inversion symmetry, where antisymmetric exchange interactions are allowed. Only recently, topological multi-q magnetic textures that spontaneously break the chiral symmetry, for example, three-dimensional hedgehog lattices, were discovered in centrosymmetric compounds, where they are instead driven by frustrated interactions. Here we show that ...

TL_Chichkov

Julius Springer Price 2024

Prof. Thomas Lippert, Editor in Chief at Applied Physics A, awards Prof. Boris Chichkov the 2024 Julius Springer Prize for Applied Physics.