Precision measurement of the anomalous spin precession frequency at the Muon g-2 experiment at Fermilab


The measurement of the anomalous magnetic moment of the muon, g-2, represents a very stringent test of the Standard Model. The most precise measurement so far, obtained at Fermilab (Chicago), shows a discrepancy of about 4 standard deviations with the theoretical prediction. A new measurement based on the data collected in 2019/20 aimed at improving the precision by a factor of two is expected this year.

The measurement of the muon g-2 is obtained by three ingredients: the anomalous spin precession frequency; the beam dynamics corrections; high precision measurement of the magnetic field.

The Liverpool group is involved in all these aspects.

The student is expected to contribute to the analysis of the anomalous spin precession frequency with the large data sample collected in 2021/22 which should allow to improve the measurement of the muon g-2 by a factor of four.

The advertised position is open to UK, EU and international candidates. Women and minority groups in STEM are explicitly encouraged to apply.

EU or international students whose first language is not English are usually required to provide an IELTS (or equivalent) test score to demonstrate their proficiency in English. Please see link for full details Physics - University of Liverpool

All reference letters should be sent to Prof Graziano Venanzoni ().

To apply for the position please follow the instruction on this webpage How to apply for a PhD - University of Liverpool  

Please make sure you mention Prof Graziano Venanzoni as the proposed supervisor on your application form and quote studentship reference: PPPR043.