スーパーカミオカンデへのガドリウム導入と超新星ニュートリノの観測

提高了μ子过滤器的处理时间和精度。发现需要一个完整的μ子过滤器来寻找散裂中子。这个过滤器将允许定位产生中子的介子诱导的阵雨。本地化将原本较大的背景缩小到可管理的水平。在Geant4模拟中更新了电子和光学模型，以反映从ATM到QBEE板的升级。协助评估伦敦玛丽女王大学正在开发的钆浓度测量系统的光谱仪。参与SK罐开放工作。

Improved processing time and accuracy of the muon fitter. It was found that a full muon fitter was needed to search for spallation neutrons. This fitter will allow the localisation of muon-induced showers that produce the neutrons. Localisation reduces the otherwise large backgrounds to managable levels.Updated electronics and optical models in the Geant4 simulation to reflect the upgrade from ATM to QBEE boards.Assisted in evaluating photo-spectrometers for gadolinium concentration measurement system being developed at Queen Mary University of LondonParticipated in SK tank open work.