The mass dimension one spinor is a candidate to explain the dark matter content in our universe. This field is an eingenspinor of charge conjugation operator and has a peculiar mass dimension, which restricts its renormalizable interactions with the particles. As a dark matter candidate, its generic signature to be searched for in particle colliders is characterized by missing energy events, . In this work, we consider phenomenological aspects of a tree level mass dimension one spinor interactions based in Elko phenomenology and providing directions to its implementation to the new formulation of mass dimension one spinors in a pedestrian approach given the basics of a Monte Carlo simulation and recasting analysis, in order to explore possible to detect this kind of particle in nowadays colliders.

一维质量旋子是解释我们宇宙中暗物质含量的候选者。该场是电荷共轭算子的重要组成部分，并且具有特殊的质量维，这限制了它与粒子的可重新规范化的相互作用。作为暗物质候选者，其在粒子对撞机中要寻找的通用特征是缺少能量事件。在这项工作中，我们考虑了基于Elko现象学的树级质量维一旋量相互作用的现象学方面，并给出了蒙特卡洛模拟和重铸的基础，从而为行人方法中质量维一旋量的新公式的实施提供了指导分析，以探索在当今对撞机中发现这种微粒的可能性。