论文标题
对质子 - 普罗顿山脉的Dijet共振的敏感性
Sensitivity to Dijet Resonances at Proton-Proton Colliders
论文作者
论文摘要
在质子 - 普罗顿对撞机上发现的重要基准是对dijet共振的敏感性，x，S-channel过程的中间状态$ pp \ rightArrow x \ rightarrow 2 \ mbox {jets {jets} $。为了探测最高的谐振质量，强子对撞机实验使用了经典的技术来搜索两个单独解决的喷气机的质谱中的颠簸。在这项雪人2021研究中，我们探讨了当前和未来质子 - 普罗替型面带的二行共振的多种基准模型的搜索敏感性。我们以5σ$ Discovery和95 \％的置信度排除了diquark，Colorons，兴奋夸克，$ W^{\ prime} S $，$ Z^{\ prime} S $和Randall-sundrum Revertons的预期群众的预期群众，$ w^{\ prime} s $，$ z^{\ prime} s $和randall-sundrum gravitons，是由于10^5^5 $ fb $ fb $ fb $ fb $ fb $ fb $ fb $ fb $ fb $ fb $ fb $ fb^^$ rider的积累而产生的。 Energies $ \ sqrt {S} = $ 13、14、27、75、100、150、300和500 TEV。
A significant benchmark for discovery at a proton-proton collider is the sensitivity to a dijet resonance, X, the intermediate state of the s-channel process $pp \rightarrow X \rightarrow 2\mbox{ jets}$. To probe the highest resonance masses, hadron collider experiments have used the classic technique of searching for bumps in the mass spectrum of two individually resolved jets. In this Snowmass 2021 study, we explore the search sensitivity to multiple benchmark models of dijet resonances at current and future proton-proton colliders. We present the expected masses for $5σ$ discovery and 95\% confidence level exclusion of diquarks, colorons, excited quarks, $W^{\prime}s$, $Z^{\prime}s$ and Randall-Sundrum gravitons, resulting from accumulation of integrated luminosities between 10 and $10^5$ fb$^{-1}$, at proton-proton colliders operating at energies $\sqrt{s}=$ 13, 14, 27, 75, 100, 150, 300 and 500 TeV.
