CERN

RADNEXT 2030 is a Horizon Europe Research Infrastructure Services project that provides coordinated transnational access to radiation effects testing facilities across Europe and beyond. CERN is the project coordinator and also operates two key facilities within the network: CHARM and

RADNEXT 2030 is a Horizon Europe Research Infrastructure Services project that provides coordinated transnational access to radiation effects testing facilities across Europe and beyond. CERN is the project coordinator and also operates two key facilities within the network: CHARM and

Are you a hands-on physicist with a strong interest in advanced detector technologies and software development Join CERNs Experimental Physics (EP) Department and contribute to the next generation of instrumentation for the ATLAS experiment at the High-Luminosity LHC.You will work in

Are you a hands-on physicist with a strong interest in advanced detector technologies and software development Join CERNs Experimental Physics (EP) Department and contribute to the next generation of instrumentation for the ATLAS experiment at the High-Luminosity LHC.You will work in

Are you a hands-on physicist with a strong interest in advanced detector technologies and software development Join CERNs Experimental Physics (EP) Department and contribute to the next generation of instrumentation for the ATLAS experiment at the High-Luminosity LHC.You will work in

Are you a hands-on physicist with a strong interest in advanced detector technologies and software development Join CERNs Experimental Physics (EP) Department and contribute to the next generation of instrumentation for the ATLAS experiment at the High-Luminosity LHC.You will work in

Join our Human Resources People eXperience and Engagement team of HR Coordinators and HR Advisors to play a key role in shaping the employee journey at CERN supporting a diverse community of students graduates and staff while navigating a dynamic and evolving environment by designing

Join our Human Resources People eXperience and Engagement team of HR Coordinators and HR Advisors to play a key role in shaping the employee journey at CERN supporting a diverse community of students graduates and staff while navigating a dynamic and evolving environment by designing

Join our Human Resources People eXperience and Engagement team of HR Coordinators and HR Advisors to play a key role in shaping the employee journey at CERN supporting a diverse community of students graduates and staff while navigating a dynamic and evolving environment by designing

Join our Human Resources People eXperience and Engagement team of HR Coordinators and HR Advisors to play a key role in shaping the employee journey at CERN supporting a diverse community of students graduates and staff while navigating a dynamic and evolving environment by designing

In the context of Radiation to Electronics (R2E) activities within CERNs Beam Matter Interaction Physics (BMP) section you will work on studying radiation environments and their impact on accelerator systems. Within the Monitoring and Calculation Working Group your work will focus on

In the context of Radiation to Electronics (R2E) activities within CERNs Beam Matter Interaction Physics (BMP) section you will work on studying radiation environments and their impact on accelerator systems. Within the Monitoring and Calculation Working Group your work will focus on

In the context of Radiation to Electronics (R2E) activities within CERNs Beam Matter Interaction Physics (BMP) section you will work on studying radiation environments and their impact on accelerator systems. Within the Monitoring and Calculation Working Group your work will focus on

In the context of Radiation to Electronics (R2E) activities within CERNs Beam Matter Interaction Physics (BMP) section you will work on studying radiation environments and their impact on accelerator systems. Within the Monitoring and Calculation Working Group your work will focus on

The Event Filter (EF) is part of the ATLAS Trigger and Data Acquisition (TDAQ) system and consists of a multi-threaded asynchronous processing farm of commodity servers (CPUs with or without accelerators) running a subset of offline-like reconstruction algorithms together with menu-dr

The Event Filter (EF) is part of the ATLAS Trigger and Data Acquisition (TDAQ) system and consists of a multi-threaded asynchronous processing farm of commodity servers (CPUs with or without accelerators) running a subset of offline-like reconstruction algorithms together with menu-dr

The Event Filter (EF) is part of the ATLAS Trigger and Data Acquisition (TDAQ) system and consists of a multi-threaded asynchronous processing farm of commodity servers (CPUs with or without accelerators) running a subset of offline-like reconstruction algorithms together with menu-dr

The Event Filter (EF) is part of the ATLAS Trigger and Data Acquisition (TDAQ) system and consists of a multi-threaded asynchronous processing farm of commodity servers (CPUs with or without accelerators) running a subset of offline-like reconstruction algorithms together with menu-dr

The objective of the project is to introduce novel selections in the ATLAS trigger to enhance performance in challenging parts of the parameter space including exotic signatures and rare Standard Model processes and to improve the robustness of the muon trigger. Together with NexGen d

The objective of the project is to introduce novel selections in the ATLAS trigger to enhance performance in challenging parts of the parameter space including exotic signatures and rare Standard Model processes and to improve the robustness of the muon trigger. Together with NexGen d

The objective of the project is to introduce novel selections in the ATLAS trigger to enhance performance in challenging parts of the parameter space including exotic signatures and rare Standard Model processes and to improve the robustness of the muon trigger. Together with NexGen d

The objective of the project is to introduce novel selections in the ATLAS trigger to enhance performance in challenging parts of the parameter space including exotic signatures and rare Standard Model processes and to improve the robustness of the muon trigger. Together with NexGen d

The Global Hardware Trigger is part of the upgrade to the Trigger and Data Acquisition that ATLAS plans to deploy for the High-Luminosity LHC programme (HL-LHC). It is a custom hardware real-time data processing and filtering system currently under construction that uses fine-granular

The Global Hardware Trigger is part of the upgrade to the Trigger and Data Acquisition that ATLAS plans to deploy for the High-Luminosity LHC programme (HL-LHC). It is a custom hardware real-time data processing and filtering system currently under construction that uses fine-granular

The Global Hardware Trigger is part of the upgrade to the Trigger and Data Acquisition that ATLAS plans to deploy for the High-Luminosity LHC programme (HL-LHC). It is a custom hardware real-time data processing and filtering system currently under construction that uses fine-granular

The Global Hardware Trigger is part of the upgrade to the Trigger and Data Acquisition that ATLAS plans to deploy for the High-Luminosity LHC programme (HL-LHC). It is a custom hardware real-time data processing and filtering system currently under construction that uses fine-granular

The goal of this project is to introduce innovative selections into the ATLAS trigger system to improve the identification of events in difficult regions of the parameter space including rare Standard Model processes and exotic collaboration with NextGen doctoral students the selecte

The goal of this project is to introduce innovative selections into the ATLAS trigger system to improve the identification of events in difficult regions of the parameter space including rare Standard Model processes and exotic collaboration with NextGen doctoral students the selecte

The goal of this project is to introduce innovative selections into the ATLAS trigger system to improve the identification of events in difficult regions of the parameter space including rare Standard Model processes and exotic collaboration with NextGen doctoral students the selecte

The goal of this project is to introduce innovative selections into the ATLAS trigger system to improve the identification of events in difficult regions of the parameter space including rare Standard Model processes and exotic collaboration with NextGen doctoral students the selecte