News

Mu3e Collaboration Group Picture at ETH Zürich Meeting

Mu3e Collaboration Meeting at ETH Zürich

The Mu3e collabaoration met at ETH Zürich to discuss the lessons learned from the June beam time and make plans for the rest of the year and 2026.

Event display from the 2025 beam run

Successful Mu3e Beam Time

In June, Mu3e took three weeks of muon beam at PSI. For the first time we operated the vertex pixel detcteor, scintillating fibre and scintillating tile modules together in the experimental environment.

Martin Müller Phd Graduation

Martin Müller defends his PhD on the Mu3e Data Acquisistion Sytem

Martin Müller has defended his PhD on the data acquisition system for Mu3e at Johannes Gutenberg University Mainz. He has developed firmware for synchronizing the detector at the few picosend level and configuring thousands of pixel chips with hundreds of millions of tune values in a few seconds.

Mu3e detector being craned

Mu3e craned into the magnet for June test run

Today the Mu3e detector was craned from the statging area to the piE5 beam area, where we plan to take beam with final detector elements from all three subdetectors in June. - With video!

Marius Köppel PhD

Marius Köppel defends his thesis on the Mu3e Data Acqusistion System

Marius Köppel has defended his PhD on the data acquisition system for Mu3e at Johannes Gutenberg University Mainz.

Ian Shipsey

Ian Shipsey

The Mu3e collaboration is deeply saddened to by the loss of our colleague and friend Professor Ian Shipsey, Head of Department of Physics in Oxford and co-lead of the Oxford Mu3e group.

Mu3e scintillating fibre test setup at MAMI in Mainz

Beam test of the scintillating fibres at MAMI un Mainz

The Mu3e scintillating fibre detector was tested using the electron beam of MAMI at the institute of nuclear physics in Mainz. The MuPix pixel detectors were used as a refernce.

Fourth Mu3e Data Challenge

Fourth Data Challenge

The Mu3e data challenges aim at establishing the data processing and storage procedures as well as the online monitoring tools. To this end, we use simulated data to test all involved systems and further develop the code. In the forth edition, we aimed at incorporating the farm FPGAs, GPU selection and advanced subdetector monitoring tools.