Activity log
piotr.piwowarczyk
piotr.piwowarczyk
updated
The neutron landscape in Europe at 2025-04-07 14:32:23 UTC.
Someone
changed Keywords
to: ["Neutron research", "Neutron facilities", "Scientific collaboration", "Neutron science"]
piotr.piwowarczyk
piotr.piwowarczyk
updated
The synchrotron and FEL landscape in Europe at 2025-04-07 14:31:20 UTC.
Someone
changed Keywords
to: ["Synchrotron", "Free electron lasers (FEL)", "Research infrastructures", "European scientific landscape", "Light sources"]
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to NEPHEWS Virtual Training at 2025-04-07 14:28:40 UTC.
Someone
changed Keywords
to: ["Research infrastructures", "Virtual training", "Synchrotrons", "Free electron lasers"]
piotr.piwowarczyk
piotr.piwowarczyk
updated
Neutron diffraction – introduction and examples at 2025-04-07 14:26:52 UTC.
Someone
changed Keywords
to: ["neutron diffraction", "material science", "Stress analysis", "Engineering components"]
piotr.piwowarczyk
piotr.piwowarczyk
created
Introduction to X rays as a probe of matter, materials and processes at 2025-04-07 14:24:57 UTC.
piotr.piwowarczyk
piotr.piwowarczyk
updated
Small angle neutron scattering and neutron reflectometry at 2025-04-07 14:04:39 UTC.
Someone
changed Keywords
to: ["Small Angle Neutron Scattering", "neutron reflectometry", "material characterization", "molecular interactions"]
piotr.piwowarczyk
piotr.piwowarczyk
updated
Neutron imaging – introduction and examples at 2025-04-07 14:01:53 UTC.
Someone
changed Keywords
to: ["Neutron imaging", "radiography", "tomography imaging", "non-destructive testing,"]
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to NEPHEWS Virtual Training at 2025-04-07 13:59:09 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
updated
The synchrotron and FEL landscape in Europe at 2025-04-07 13:58:36 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
updated
The neutron landscape in Europe at 2025-04-07 13:58:16 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to neutrons as a probe of matter, materials and processes at 2025-04-07 13:57:59 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
updated
Neutron diffraction – introduction and examples at 2025-04-07 13:57:34 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
updated
Small angle neutron scattering and neutron reflectometry at 2025-04-07 13:57:04 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
updated
Neutron imaging – introduction and examples at 2025-04-07 13:56:41 UTC.
Someone
changed Content provider
to: NEPHEWS project (104)
piotr.piwowarczyk
piotr.piwowarczyk
created
Neutron imaging – introduction and examples at 2025-04-07 13:52:16 UTC.
piotr.piwowarczyk
piotr.piwowarczyk
created
Small angle neutron scattering and neutron reflectometry at 2025-04-07 13:50:00 UTC.
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to neutrons as a probe of matter, materials and processes at 2025-04-07 13:47:42 UTC.
Someone
changed Short description
to: The video titled "Introduction to Neutrons as a Probe of Matter, Materials, and Processes" by Mark Johnson from the Institut Laue-Langevin (ILL) discussing the fundamental properties of neutrons and their applications in scientific research. In this presentation, Johnson explores how neutrons interact with matter, highlighting their unique ability to penetrate materials deeply without causing significant damage. He explains the principles of neutron scattering and how it can be utilized to investigate the structure and dynamics of various materials. The talk also covers practical examples of neutron applications across different scientific fields, illustrating the versatility and importance of neutron techniques in advancing our understanding of material properties and processes.
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to neutrons as a probe of matter, materials and processes at 2025-04-07 13:47:11 UTC.
Someone
changed Long description
to: The video titled "Introduction to Neutrons as a Probe of Matter, Materials, and Processes" features Mark Johnson from the Institut Laue-Langevin (ILL) discussing the fundamental properties of neutrons and their applications in scientific research. In this presentation, Johnson explores how neutrons interact with matter, highlighting their unique ability to penetrate materials deeply without causing significant damage. He explains the principles of neutron scattering and how it can be utilized to investigate the structure and dynamics of various materials. The talk also covers practical examples of neutron applications across different scientific fields, illustrating the versatility and importance of neutron techniques in advancing our understanding of material properties and processes.
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
Someone
changed Short description
to: The video titled "Introduction to Neutrons as a Probe of Matter, Materials, and Processes" features Mark Johnson from the Institut Laue-Langevin (ILL) discussing the fundamental properties of neutrons and their applications in scientific research. In this presentation, Johnson explores how neutrons interact with matter, highlighting their unique ability to penetrate materials deeply without causing significant damage. He explains the principles of neutron scattering and how it can be utilized to investigate the structure and dynamics of various materials. The talk also covers practical examples of neutron applications across different scientific fields, illustrating the versatility and importance of neutron techniques in advancing our understanding of material properties and processes.
piotr.piwowarczyk
piotr.piwowarczyk
updated
The neutron landscape in Europe at 2025-04-07 13:45:33 UTC.
Someone
changed Long description
to: The video titled "The Neutron Landscape in Europe" features Dr. Astrid Schneidewind, Chair of the European Neutron Scattering Association (ENSA), providing an overview of the current state of neutron research facilities across Europe. In her presentation, Dr. Schneidewind discusses the distribution and capabilities of these facilities, highlighting their significance in various scientific disciplines. She also addresses recent developments and challenges within the European neutron research community, emphasizing the importance of collaboration and strategic planning to maintain Europe's leading position in neutron science.
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
Someone
changed Short description
to: The video titled "The Neutron Landscape in Europe" features Dr. Astrid Schneidewind, Chair of the European Neutron Scattering Association (ENSA), providing an overview of the current state of neutron research facilities across Europe. In her presentation, Dr. Schneidewind discusses the distribution and capabilities of these facilities, highlighting their significance in various scientific disciplines. She also addresses recent developments and challenges within the European neutron research community, emphasizing the importance of collaboration and strategic planning to maintain Europe's leading position in neutron science.
piotr.piwowarczyk
piotr.piwowarczyk
updated
The synchrotron and FEL landscape in Europe at 2025-04-07 13:43:33 UTC.
Someone
changed Long description
to: The video titled "The Synchrotron and FEL Landscape in Europe" features Cormac McGuinness, President of the European Synchrotron and Free Electron Laser Users Organisation (ESUO), providing an overview of the current state and distribution of synchrotron and free-electron laser (FEL) facilities across Europe. In this presentation, McGuinness discusses the various research infrastructures available, highlighting their roles, capabilities, and the scientific communities they serve. The talk aims to inform viewers about the opportunities these advanced light sources offer for scientific research and collaboration within the European context.
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
Someone
changed Short description
to: The video titled "The Synchrotron and FEL Landscape in Europe" features Cormac McGuinness, President of the European Synchrotron and Free Electron Laser Users Organisation (ESUO), providing an overview of the current state and distribution of synchrotron and free-electron laser (FEL) facilities across Europe. In this presentation, McGuinness discusses the various research infrastructures available, highlighting their roles, capabilities, and the scientific communities they serve. The talk aims to inform viewers about the opportunities these advanced light sources offer for scientific research and collaboration within the European context.
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to NEPHEWS Virtual Training at 2025-04-07 13:41:51 UTC.
Someone
changed Long description
to: 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
Someone
changed Short description
to: 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.
piotr.piwowarczyk
piotr.piwowarczyk
updated
Neutron diffraction – introduction and examples at 2025-04-07 13:39:56 UTC.
Someone
changed Long description
to: The video titled "Neutron Diffraction – Introduction and Examples" by Navid Qureshi provides an overview of neutron diffraction techniques and their applications. Neutron diffraction is a powerful tool that allows for the deep penetration into materials, enabling the study of large engineering components. This technique is particularly valuable for examining the internal structures and stresses within materials, which is essential for understanding their properties and performance.
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
piotr.piwowarczyk
piotr.piwowarczyk
updated
Neutron diffraction – introduction and examples at 2025-04-07 13:39:24 UTC.
Someone
changed Short description
to: The video titled "Neutron Diffraction – Introduction and Examples" by Navid Qureshi provides an overview of neutron diffraction techniques and their applications. Neutron diffraction is a powerful tool that allows for the deep penetration into materials, enabling the study of large engineering components. This technique is particularly valuable for examining the internal structures and stresses within materials, which is essential for understanding their properties and performance.
piotr.piwowarczyk
piotr.piwowarczyk
created
Neutron diffraction – introduction and examples at 2025-04-07 13:37:30 UTC.
piotr.piwowarczyk
piotr.piwowarczyk
updated
Introduction to neutrons as a probe of matter, materials and processes at 2025-04-07 13:35:58 UTC.