We present an analysis of fermionic dark matter (DM) in the context of 6-dimensional Effective Field Theory (EFT). We also compared the result generated via 6-dimensional EFT analysis with the current experimental results for dark matter searches. These experiments are methodically categorized as direct and indirect searches and present some constraints on dark matter model parameters of 6-dimensional EFT. We constructed a new set of tools ensuring DM researches in various platforms. The model parameters are presented to guide DM production in colliders by taking account of the upper limits at direct and indirect searches. In this paper, we apply our approach for fermionic case to test the verification of the method. There are various types of search methods for DM, each depends on type of interaction of dark matter with SM particles. Finally we analyzed fermionic DM candidate of 6-dimensional Effective Field Theory (EFT) at the platforms of DM searches. A new set of numerical tools is specified for 6-dimensional fermionic DM model, and these tools are also tested.

我们在 6 维有效场论 (EFT) 的背景下对费米子暗物质 (DM) 进行了分析。我们还将通过 6 维 EFT 分析生成的结果与当前暗物质搜索的实验结果进行了比较。这些实验有条不紊地分为直接搜索和间接搜索，并对 6 维 EFT 的暗物质模型参数提出了一些限制。我们构建了一套新的工具，确保在各种平台上进行 DM 研究。通过考虑直接和间接搜索的上限，提出模型参数以指导对撞机中的 DM 生产。在本文中，我们将我们的方法应用于费米子案例来测试该方法的验证。有多种类型的 DM 搜索方法，每种方法都取决于暗物质与 SM 粒子相互作用的类型。最后，我们在 DM 搜索平台上分析了 6 维有效场论 (EFT) 的费米子 DM 候选者。为 6 维费米子 DM 模型指定了一套新的数值工具，并对这些工具进行了测试。