Kang Yang

Hello! I am an Experimental Particle Physicist working at Imperial College London and currently a member of the LHCb experiment.

I obtained my DPhil degree in Accelerator Neutrino Physics from the University of Oxford in 2023. I earned my bachelor’s and master’s degrees in Physics from the University of Manchester between 2015 and 2019.

I’m a fitness enthusiast who enjoys working out regularly. I’m not a professional trainer, but I love tracking my progress and optimizing my nutrition. Here are some Excel sheets I use to monitor my workouts and diet. Originally from Built With Science, shared for personal use only.

News

Feb 07, 2025	Created a new page to share some books I’ve read - none of them are about Physics. Enjoy!
Feb 21, 2024	Given another invited seminar at the Univeristy of Liverpool.
Jan 31, 2024	My first seminar of 2024 at Imperial College London.
Oct 31, 2023	Passed my DPhil Viva - Thesis: Measurement of the pion charge exchange differential cross section on argon with the ProtoDUNE-SP detector.
Aug 01, 2023	Started a new job as a Research Associate at Imperial College London!
May 30, 2023	Presented the third seminar of this year at the Univeristy of Cambridge - Cavendish HEP Seminars.

Selected publications

Measurement of the pion charge exchange differential cross section on argon with the ProtoDUNE-SP detector

Kang Yang

Oxford U., 2023

Abs HTML

The Deep Underground Neutrino Experiment (DUNE) utilizes Liquid Argon Time Projection Chamber (LArTPC) technology in its pursuit of uncovering the origins of matter. As a crucial prototype for the DUNE far detector (FD) module, ProtoDUNE-SP at CERN Neutrino Platform Facility employs a hadron test beam with a momentum range of 0.3 to 7 GeV/c to study the detector response to particles that could be produced in the neutrino interactions at the DUNE FD. Furthermore, ProtoDUNE-SP is dedicated to testing event reconstruction and performing detector calibration under controlled conditions. Neutral pion reconstruction performance is an important benchmark of the calorimetric and tracking capability of LArTPC, and understanding neutral pion in LArTPC is crucial to characterize backgrounds to oscillation measurements and rare searches. To improve neutral pion reconstruction in LArTPC, a kinematic fitting algorithm is developed, achieving a 12% resolution in neutral pion energy in ProtoDUNE-SP. This enhancement enables the first measurements of the pion-argon charge exchange differential cross-section. By com- paring these results with the current model, valuable constraints can be made to improve generator simulations in the future DUNE experiment.
Deep Underground Neutrino Experiment (DUNE) Near Detector Conceptual Design Report

A. Abed Abud, B. Abi, and others

2021

arXiv