Japan JSPS Fellowship: Collaborative Studies on Meson Photo and Electroproduction from Nuclei

由Laith J.Aburaddad提出的研究将使用完全相对论的形式论来研究介子的光和电产生过程，无论是在基本过程中还是在核结构中。计算方法将被用来探索复杂的介子光和自由核子电产生的基本过程。这些过程非常复杂，他们的研究在实验上具有挑战性，但在理论上是有回报的。在技术层面，这项工作将解决连接亚原子粒子的基本力的性质，以及几个天体物理过程的性质，如超新星爆炸和中子星结构。该奖项支持日本科学促进会(JSPS)在日本大阪大学核物理研究中心(RCNP)为Laith J.Aburaddad提供的为期两年的博士后奖学金。Aburaddad将与原子核理论小组主席Hiroshi Toki教授合作开展一个名为“介子照相和核电产生的合作研究”的项目。拟议项目中的计算研究将有助于理解连接亚原子粒子的基本力的性质，以及几个天体物理过程，如超新星爆炸和中子星结构。可能会对该领域做出有用的贡献，获奖者接触到新的研究环境将是智力上的刺激。拟议的工作将受益于与日本主办实验室的合作，在那里Aburaddad将获得必要的实验系统、设备和专门知识。

0002714AburaddadThe proposed research by Laith J. Aburaddad will examine the processes of meson photo and electroproduction from nucleons and nuclei using fully relativistic formalisms whether in the elementary process or in the nuclear structure. Computational methods will be used to explore the complex the elementary processes of meson photo and electroproduction from free nucleons. These processes are highly complex, and their study is experimentally challenging but theoretically rewarding. At a technical level, this work will address the nature of fundamental forces joining subatomic particles, and of several astrophysical processes such as supernova explosions and neutron star structure. This award supports a two-year Japan Society for the Promotion of Science (JSPS) Postdoctoral Fellowship for Laith J. Aburaddad at the Research Center for Nuclear Physics (RCNP) at Osaka University, Japan. Aburaddad will work with Professor Hiroshi Toki, Chairman of the Nuclear Theory Group, on a project entitled, "Collaborative Studies on Meson Photo and Electroproduction from Nuclei." The computational studies in the proposed project will contribute to an understanding of the nature of fundamental forces joining subatomic particles, and of several astrophysical processes such as supernova explosions and neutron star structure. Useful contributions to the field are likely, and the exposure of the awardee to a new research setting will be intellectually stimulating. The proposed work will benefit through collaboration with the Japanese host laboratory, where Aburaddad will have access to the necessary experimental systems, equipment and expertise.***