…The PRISMAS Graduate School relies on the combination of the following activities: Scientific and technical training Complementary skills development Networking Mentoring and career guidance Intersectorality Interdisciplinarity International mobility The curriculum also…
…magnet by applying an opposite magnetic field. Today the technology is commonly used in low-power devices such as computer memories, pyroelectric sensors, and piezoelectric transducers. A known device limitation is…
…clean energy. The PRISMAS program is designed to build a career platform for mentorship programs and allows peer-to-peer networking within the synchrotron community. PRISMAS offers you Customised training in advanced…
…on Applications (first item in the top panel of the desktop). Hover over the Internet menu and select the ThinLinc Client application. Type clu0-fe-2 or clu0-fe-3 as the server, your…
…the pairs themselves,” says Dr Zhi-Xun Shen, one of the study’s authors. Nd1.85Ce0.15CuO4 is an antiferromagnetic material. In a ferromagnet, a material that we would usually consider magnetic, all the…
…are available. Authentication is done with the usual MAX IV credentials and the service is only available within the MAX IV network. You can use: JupyterHub Server* offering several cores,…
…gadolinium aluminum garnet (Gd3Ga3Al2O12:Ce or GGAG:Ce) nowadays is one of the most relevant scintillator materials. Luminescence properties under UV-VUV excitation reveal the electronic structure of Ce3+ exited states and energy transfer…
…synchrotron experts. The initiative is supported by a consortium of eight Swedish universities (Implementing Partners) and an international network of 43 Associated Partners, including market-leading industrial companies, that are all…
…x-ray nanoprobe to measure the 3-D microstructural network, topology and elemental distribution in energy storage and conversion materials with high chemical sensitivity. Challenges and opportunities for future work will then…