Artist‘s view of the MESA cryomodules and the P2 spectrometer
Detector development for upgrade of the ATLAS experiment at CERN. | Photo/©: Eric Lichtenscheidt/JGU
Detector construction - NA62 Lab Mainz | Photo/©: Eric Lichtenscheidt/PRISMA - JGU Mainz
Checking a neural system for the recording of particle detector data | Photo/©: Thomas Hartmann/JGU
Newly created discussion area of the MITP guest and seminar center. | ©: MITP/JGU
PRISMA Detector Lab - discussing a scintillator prototype with surface mount device (SMD) silicon photomultiplier | Photo/©: Eric Lichtenscheidt/PRISMA - JGU Mainz
- Zu Bild 'Am 11. Juni 2017 haben Mainzer Physiker einen offiziellen Guinness World Records-Weltrekord aufgestellt - mit dem längsten magnetischen Kugelbeschleuniger der Welt. (Foto: Peter Pulkowski)'
- Zu Bild 'Artist‘s view of the MESA cryomodules and the P2 spectrometer'
- Zu Bild ''
- Zu Bild 'MESA - The video shows the construction and operating principle of the Mainz Energy-recovering Superconducting Accelerator.'
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Zu Bild 'The PRISMA video is online!
Es existiert auch eine deutsche Version. Bitte wechseln Sie auf die deutsche Sprachversion der Webseite und klicken Sie erneut das Foto an.' - Zu Bild 'Detector development for upgrade of the ATLAS experiment at CERN. | Photo/©: Eric Lichtenscheidt/JGU '
- Zu Bild 'Detector construction - NA62 Lab Mainz | Photo/©: Eric Lichtenscheidt/PRISMA - JGU Mainz'
- Zu Bild 'Checking a neural system for the recording of particle detector data | Photo/©: Thomas Hartmann/JGU'
- Zu Bild 'PRISMA compact | Opportunities for Interns at a glance'
- Zu Bild 'Newly created discussion area of the MITP guest and seminar center. | ©: MITP/JGU '
- Zu Bild 'PRISMA Detector Lab - discussing a scintillator prototype with surface mount device (SMD) silicon photomultiplier | Photo/©: Eric Lichtenscheidt/PRISMA - JGU Mainz'
The Cluster of Excellence PRISMA addresses the basic questions about the nature of the fundamental building blocks of matter and their importance for the physics of the universe. PRISMA consists of renowned research groups that work primarily in the areas of astroparticle, high energy and hadron physics, nuclear chemistry as well as precision physics with ultra-cold neutrons and ion traps. Conducting various new key experiments to study the fundamental forces and limits of the Standard Model is one of the main initiatives of the Cluster.
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