2023-09-012024-05-13https://scholars.lib.ntu.edu.tw/handle/123456789/651421量子色動力學(QCD)是用量子場論來描述夸克和膠子之間強相互作用的基礎理論。 QCD在高能量下是微擾的，在低能量下是非微擾的，因此在低能量非微擾狀態下很難求解。利用QCD的有效場論，以及將QCD置於時空晶格上(即晶格QCD)，我們將於本計劃探討： 1）部分子物理 2）少體物理 3）手徵動力學理論 4）與光暗物質探測相關的原子電離計算 Quantum Chromodynamics (QCD) is the underlying theory of strong interactions between quarks and gluons written in the language of quantum field theory. QCD is perturbative in high energies and non-perturbative in low energies, hence it is hard to solve in the low energy and non-perturbative regimes. Using the effective field theories of QCD and putting QCD on a space time lattice, i.e. lattice QCD, we study varies strongly interaction problems in 1) Parton physics 2) Few nucleon systems 3) Chiral kinetic theory 4) Atomic ionization calculations relevant for light dark matter detection強作用系統; 量子場論; 量子色動力學;Strongly Interacting Systems; Quantum Field Theory; Quantum Chromodynamics