《黑暗宇宙物理學》是一本創新的在線雜志，它提供了同行評議的、被認為具有高度科學影響的原創研究文章的快速出版。該雜志的重點是對暗物質、暗能量、早期宇宙、引力波和中微子的理解，涵蓋了所有理論、實驗和現象學方面。暗宇宙物理學鼓勵提交關于這一領域以下主題的文章：暗物質：粒子暗物質的性質直接搜索間接搜索對撞機搜索，包括大型強子對撞機新模型和現有模型（如SUSY、額外尺寸、軸子等）低質量WIMP搜索暗能量：觀察和實驗結果新實驗的預測與設計真空能的模型和理論性質、本質、修正引力，以及一般暗能量、宇宙加速度及其替代解釋早期宇宙：通貨膨脹的模型和觀測檢驗黑暗使者：宇宙學中的引力波宇宙中微子背景除了以通常的格式提交科學論文外，我們還鼓勵以以下形式提交創新文章：為新實驗設計研究和概念論文，或描述新實驗的想法。特別值得歡迎的是，下一代超大型暗物質直接和間接探測器的實驗裝置、新的地下暗物質研究實驗室以及新的基于地面或基于空間的暗能量實驗。這些文章可以比一般的文章更長，描述實驗的同時關注其科學目標。

Physics of the Dark Universe is an innovative online-only journal that offers rapid publication of peer-reviewed, original research articles considered of high scientific impact.The journal is focused on the understanding of Dark Matter, Dark Energy, Early Universe, gravitational waves and neutrinos, covering all theoretical, experimental and phenomenological aspects.Physics of the Dark Universe encourages the submission of articles on the following subjects in this field:Dark Matter:Nature of particle Dark MatterDirect searchesIndirect searchesCollider searches, including for example the Large Hadron ColliderNew and existing models (e.g. SUSY, extra dimensions, axions, etc)Low mass WIMP searchesDark Energy:Observations and experimental resultsForecast and design of new experimentsModels and theoretical properties of vacuum energy, quintessence, modified gravity, and in general of Dark Energy, cosmic acceleration and its alternative explanationsEarly Universe:Models and observational tests of InflationDark Messengers:Gravitational waves in cosmologyCosmic neutrino backgroundIn addition to submission of scientific papers in the usual formats, we encourage the submission of innovative articles, in the following forms:Design Studies and Concept papers for new experiments or describing ideas for new experiments. In particular, experimental set up of the next generation of very large Dark Matter direct and indirect detectors, new underground laboratories for the study of Dark Matter, and new ground based or space based experiments on Dark Energy are particularly welcome. These articles can be longer than regular articles, describing the experiment while focusing on its scientific goals.