Closing date 2024/5/31 ※The posting shall remain open until the positions are filled.

QUP24-3: QUP postdoctoral fellow for experimental physics related to the Belle II experiment

Private information

Private information obtained from application documents will not be used or provided to any third party for purposes other than the necessary procedures related to personnel affairs, salary, and welfare. Please note that documents submitted for the recruitment process will not be returned to the applicant.

Term

3 years, with the contract renewal every fiscal year

Interview date

The date of interview will be separately communicated to the applicants who will be interviewed.

Number of positions

A few

Application guidelines

Department

International Center for Quantum-field Measurement Systems for Studies of the Universe and Particles (QUP)

Job Description

The position will be based at KEK, working with QUP PI Nanae Taniguchi (Belle II/KEK).
The successful candidate is expected to make outstanding contributions to the following areas related to the Belle II experiment:
・new methods to study new physics in missing energy modes of B/Bs decays
・novel machine-learning techniques applications to data analysis
・operation and characterization of the Belle II Central Drift Chamber (CDC)
The research activities mentioned above will be undertaken as a member of the KEK-Belle II group.
They will align with its ongoing activities covering physics analyses, detector developments, and operation.

◆Applications will only be accepted via AcademicJobsOnline.org.
 For details, please refer to https://academicjobsonline.org/ajo/jobs/27383
 and https://academicjobsonline.org/ajo/KEK/QUP

Qualification

  • Those who have a doctoral degree in physics or a related field at the time of application, or those who are expected to obtain a doctoral degree by the time they take up the position.
  • Relevant knowledge/skills include data analysis in high-energy physics (HEP,) machine-learning algorithm applications and the operation and characterization of detectors in HEP.

Release date 2024/03/29 Updated 2024/06/06