Introduction to NEPHEWS Virtual Training
The video titled "Introduction to NEPHEWS Virtual Training" features Bridget Murphy providing an overview of the NEPHEWS project's virtual training initiatives. NEPHEWS, which stands for NEutrons and PHotons Elevating Worldwide Science, is a project aimed at introducing newcomers to the utilization of large-scale research infrastructures, particularly synchrotrons, free electron lasers, and neutron sources. In this presentation, Bridget Murphy outlines the objectives of the virtual training events, emphasizing their role in familiarizing participants with the research capabilities of these facilities and guiding them through access procedures. The training sessions are designed to enhance understanding and skills, enabling effective use of advanced research infrastructures.
NEPHEWS Project
(NEutrons and PHotons Elevating Worldwide Science)
Improved research infrastructure and scientific endeavours have the potential to propel innovation forward and significantly enhance the quality of life for populations. With this in mind, the EU-funded NEPHEWS project aims to broaden access to advanced neutron, synchrotron, and free-electron complementary research infrastructures across an expanding range of countries. The project will collaborate with its user base to develop a user-driven access program focused on enhancing the accessibility and usability of the research infrastructures (RI) for diverse communities. Additionally, it will offer a wide range of experiments, provide expert training, and conduct virtual and in-person workshops and collaborations. Finally, the project will facilitate political dialogue and advocate for research funding.
More information about the NEPHEWS project at:
- https://beamtime.eu/
- https://www.linkedin.com/company/104587056
Keywords: Research infrastructures, Virtual training, Synchrotrons, Free electron lasers, NEPHEWS project
Resource type: video
Target audience: beamtime users, researchers, PhD students
Difficulty level: Medium
Language: English
