In memoria di Antonino Zichichi

Con profonda tristezza apprendiamo della scomparsa del Professor Antonino Zichichi, figura di primo piano della fisica e punto di riferimento per la comunità scientifica internazionale.
Nel corso della sua lunga e straordinaria carriera, il Professor Zichichi ha contribuito in modo determinante allo sviluppo della ricerca scientifica, alla formazione di generazioni di ricercatori e alla diffusione della cultura scientifica nel mondo.
Abbiamo avuto l’onore di contribuire alla realizzazione dei suoi esperimenti, condividendo una visione della ricerca fondata sul rigore scientifico, sull’innovazione e sulla collaborazione internazionale.
Esprimiamo le nostre più sentite condoglianze alla famiglia, ai colleghi e a tutta la comunità scientifica, nel ricordo di una personalità che ha lasciato un segno profondo e duraturo nella storia della scienza.

In memory of Antonino Zichichi

With deep sadness, we have learned of the passing of Professor Antonino Zichichi, a leading figure in physics and a point of reference for the international scientific community.
Throughout his long and remarkable career, Professor Zichichi made decisive contributions to the advancement of scientific research, the education of generations of researchers, and the promotion of scientific culture worldwide.
We had the honor of contributing to the realization of his experiments, sharing a vision of research grounded in scientific rigor, innovation, and international collaboration.
We extend our heartfelt condolences to his family, colleagues, and the entire scientific community, in remembrance of a personality who left a profound and lasting mark on the history of science.

[caption id="attachment_57101" align="alignnone" width="860"] Photo: INFN Media Library[/caption]

L'articolo Remembering Antonino Zichichi proviene da CAEN - Tools for Discovery.

Among the most notable innovations presented by CAEN were the new high-voltage power supply modules N2470 and N2470ET, designed to deliver great performance and reliability for complex detector applications. These multi-channel solutions integrate an onboard ARM processor for enhanced control and diagnostics, and they also allow software-level polarity switching.
Equally significant was the introduction of the DTL Digitizer Series, including models 2730, 2745, and 2751. These state-of-the-art waveform digitizers offer enhanced capabilities for accurate time and energy measurements, providing researchers with powerful tools for nuclear and particle physics investigations.

CAEN extends its appreciation to all professionals and researchers who visited the booths and contributed to meaningful discussions on the future of nuclear science and technology. The company looks forward to continuing its commitment to innovation and excellence at upcoming international events.

L'articolo Showcasing Innovation: CAEN at the Forefront of Nuclear Science in Yokohama proviene da CAEN - Tools for Discovery.

The Hyper-Kamiokande (Hyper-K) experiment in Japan is an advanced neutrino observatory designed to explore fundamental physics questions, including neutrino oscillations, proton decay, and astrophysical neutrino sources.
Located deep underground to reduce interference from cosmic rays, Hyper-Kamiokande consists of a massive tank filled with ultrapure water. When neutrinos interact with the water molecules, they produce Cherenkov radiation, which is detected by an array of over 400 large photomultiplier tubes (PMTs) for precise measurement of neutrino events.

To meet the specific demands of this experimental setup, CAEN is providing a reliable underwater power supply system composed of 911 Low Voltage and High Voltage boards. The Low Voltage section is based on the A7027HK module, which supplies stable and redundant power to the High Voltage boards and digitizers. It acts as a power interface between the remote source and the detector electronics, ensuring proper filtering, decoupling, and control.
The High Voltage system, the A7026HK module (24 channels, 2.6 kV / 500 μA each), is designed specifically to power the photomultiplier tubes (PMTs) that capture Cherenkov light, ensuring a consistent and reliable signal for data acquisition.

Technical rendering of Hyper-Kamiokande, a next-generation underground neutrino detector using water Cherenkov technology. Image credit: © Kamioka Observatory, ICRR, The Univ. of Tokyo

Each component is engineered for high reliability with redundancy across both the high and low voltage systems. This redundancy ensures that even if a single component fails, the system remains operational, which is essential given the tank’s human-inaccessible environment. CAEN’s robust design also allows for extended maintenance intervals, a critical requirement for the remote and submerged setup of the Hyper-K detector, enhancing the stability and operational longevity of this groundbreaking experiment.
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L'articolo CAEN Powering Hyper-Kamiokande’s Neutrino Detector proviene da CAEN - Tools for Discovery.

The Winter School offered a unique blend of theoretical lectures and hands-on workshops, focusing on radiation detectors and nuclear measurement techniques. Participants had the opportunity to deepen their understanding and refine their practical skills in key areas, including nuclear waste characterization, Decommissioning and Dismantling (D&D), CAEN digitizers, and Neutron-Gamma Discrimination.

By combining cutting-edge theoretical knowledge with real-world applications, the event provided an immersive learning experience, allowing attendees to work with advanced nuclear instrumentation. The enthusiastic participation and collaborative spirit of all involved contributed to making the Winter School a resounding success.

L'articolo CAEN Winter School 2025 proviene da CAEN - Tools for Discovery.

We are thrilled to announce that CAEN SpA has joined The European Industrial Alliance on Small Modular Reactors (SMRs), which aims to speed up the development and deployment of SMRs in Europe by the early 2030s. SMRs are advanced nuclear reactors that provide low-carbon electricity and heat with enhanced safety and a smaller footprint. The alliance unites industry leaders, financial institutions, researchers, and policymakers to build a strong nuclear supply chain, support SMR projects, and overcome investment barriers. This initiative is a significant step towards integrating nuclear technologies into industrial applications and aiding Europe's decarbonization efforts.

This marks a significant milestone for our company as we join an elite network of organizations dedicated to shaping the future of the European energy landscape. As part of the Alliance, we have the opportunity to contribute to strategic Technical Working Groups (TWGs) addressing key topics such as:

• Ensuring a smooth collaboration with Industrial Applications.
• Building a comprehensive and credible R&D&I roadmap to secure an on-time deployment of SMR in Europe.
• Support the development of a comprehensive strategy for the Supply Chain.
• Plays a key role in Nuclear Safety and Safeguards through a standardized and versatile transition.
• Considering the on-going programs of the nuclear safety regulators Fuel Cycle and Waste Management.

L'articolo CAEN is now part of The European Industrial Alliance on Small Modular Reactors (SMRs) proviene da CAEN - Tools for Discovery.

L'articolo CAEN Extends Product Warranty to 36 Months proviene da CAEN - Tools for Discovery.

Website of the Ministry of Higher Education and Research (France): https://www.esr.gouv.fr/cir
The open-data lists are available here: https://data.enseignementsup-recherche.gouv.fr/explore/dataset/fr-esr-cir-et-cii-organismes-et-bureaux-de-style-agrees/information/

L'articolo CAEN has been granted the French Research (CIR) Tax Credits proviene da CAEN - Tools for Discovery.

We are proud to announce the signing of a Memorandum of Understanding (MoU) between CAEN SpA, CAENspa India Private Limited, and the Shiv Nadar Institute of Eminence (SNIoE).

[caption id="attachment_49460" align="aligncenter" width="600"] Gawdfather, CC BY-SA 4.0, via Wikimedia Commons[/caption]

CAEN SpA, a renowned manufacturer of electronic instrumentation for physics experiments, and its wholly-owned subsidiary, CAENspa India, have entered into this agreement with SNIoE, a prestigious international, multi-disciplinary research-led university in India. This MoU marks an important milestone for a collaboration focused on education, training, research, and development.

The three parties - SNIoE, CAEN SpA, and CAENspa India - are excited to combine their unique strengths and expertise to advance initiatives that will benefit the fields of science and technology. This partnership aims to set a virtuous example of collaboration between leaders in their respective fields.

This MoU represents CAEN's first collaboration of this kind in India, a milestone that fills us with pride and enthusiasm. We are confident that this initiative will open new avenues and opportunities in the Indian and international scientific and technological landscape.

We remain committed to supporting and developing projects that contribute to the advancement of knowledge and the training of new generations of scientists and engineers. We look forward to witnessing the outcomes of this collaboration and sharing the successes that will arise.

SNIoE Website: https://www.snu.edu.in/home/
SNIoE Linkedin page: https://www.linkedin.com/school/shiv-nadar-university/mycompany/

L'articolo Memorandum of Understanding with Shiv Nadar Institute of Eminence proviene da CAEN - Tools for Discovery.

The program kicked off with an introduction to CAEN SpA, laying the groundwork for a deep dive into essential subjects such as the characterization of nuclear waste and Decommissioning & Dismantling (D&D), insights into CAEN digitizers, the intricacies of Neutron-Gamma Discrimination, and the functionalities of the EasyPet System. Each segment was meticulously planned to fuse theoretical understanding with practical application, significantly enriching the learning journey for all participants.

The subsequent day shifted focus towards Environmental Radiation, coupled with an extensive, hands-on exploration of CAEN digitizers. These interactive sessions not only shed light on the forefront of technological advancements in the sector but also facilitated direct interaction with the latest equipment.

The triumph of the Winter School 2024 was the result of a collaborative endeavor, thanks to our partnership with the IMSci-Nu Master’s program. We extend our heartfelt gratitude for the lively engagement and contributions from everyone involved, which rendered the event both fruitful and gratifying.

L'articolo CAEN Winter School 2024 proviene da CAEN - Tools for Discovery.

The RADHAND 600, CAEN SyS’s latest innovation in radiation detection, garnered significant attention at the conference. Designed for versatility and precision, this portable device offers a new level of efficiency and safety in radiation monitoring. Its compact size, combined with advanced detection capabilities, makes it an ideal tool for professionals in various fields, including waste characterization, D&D operations and nuclear facility management.

During the event we showed the RADHAND 600 integrated with a UGV engineered by Sigma Ingegneria.

CAEN SyS’s participation in the World Nuclear Exhibition underscores their commitment to advancing nuclear safety and technology. The event offered a unique platform for the company to engage with industry leaders and explore potential collaborations.

Stay tuned for more updates from CAEN SyS on our Linkedin page.

L'articolo RADHAND 600 @ World Nuclear Exhibition 2023 proviene da CAEN - Tools for Discovery.